Interactive knowledge graph for the Salish Sea Dreaming AI art installation
Digital Ecologies: Bridging Nature and Technology
The Salish Sea ecosystem — a living web of salmon, herring, orca, kelp, and hundreds of interconnected species. The Five Threads weave through it.
The artists and witnesses whose eyes, cameras, and brushes became the project’s sensory organs. Their work is the raw perception.
1,255 images across 50 species — the visual corpus that trained the Dreaming GAN. Every image is CC-licensed or used with permission.
The dreaming machine. Three projection layers: L1 = Moonfish footage cross-faded with ControlNet+LoRA style-transferred versions. L2 = StreamDiffusion real-time watercolor at 30fps. L3 = Raw Autolume GAN dreams. All composited in Resolume Arena onto the 8×8 ft wall.
Your words become dreams. Speak or type at the QR portal — your vision travels through GPT filtering, OSC, and TouchDesigner to the projection wall. The machine renders your dream back to you. Bidirectional: your words travel to the machine; its dreams travel back to the wall.
Reports, data, and Indigenous knowledge that ground the project. The Kwaxala model. Three-Eyed Seeing. The herring story.
Digital Ecologies: Bridging Nature and Technology — Salt Spring Art Show at Mahon Hall, April 10–26, 2026.
The salmon thread traces the great cycle — ocean to river to forest and back. Salmon carry marine nutrients deep into the watershed, feeding eagles, bears, and ancient cedars. Their return is the pulse of the coast.
Pacific herring are the foundation of the Salish Sea food web. Their spawning events — turning the water milky white — feed hundreds of species. DFO management set baselines from 1953, a year that was already catastrophic. Indigenous nations like the Heiltsuk challenged this, taking over their own stock assessment.
Foundation species — fishery tension, DFO
The Southern Resident orca pods (J, K, and L) are a family in crisis. Down to ~75 individuals, they face starvation from depleted Chinook salmon, toxic bioaccumulation, and vessel noise. Tahlequah (J35) carried her dead calf for 17 days in 2018 — a mourning procession witnessed around the world.
Cedar represents deep time. A single western red cedar can live over a thousand years. Cedar is the tree of life for Coast Salish peoples — canoes, longhouses, regalia, medicine. The cedar thread asks: what does it mean to plan on a thousand-year timescale?
Camas meadows were tended by Coast Salish peoples for millennia — burned, harvested, replanted. Colonization disrupted these relationships. Today, camas restoration projects are healing the land and rebuilding reciprocal care. The camas thread is about what grows back when we tend it.
Restoration, community care — meadow restoration
Three-Eyed Seeing integrates Western scientific observation, Indigenous Traditional Knowledge, and direct perception from the land itself. Not a hierarchy but a braiding — each eye sees what the others cannot.
Western science + Indigenous knowledge + the land itself
An interactive AI art installation exploring the Salish Sea ecosystem. The vision: not humans looking at nature through technology, but the Salish Sea using technology to perceive itself. Curated by Raf for the Digital Ecologies show.
Salt Spring Art Show — Mahon Hall, Apr 10–26, 2026
Naturalist, illustrator — watercolors and ecological storytelling. Her art is the visual language of the Salish Sea.
Underwater cinematography team capturing herring, salmon, and marine habitats. 13 videos, 416 frames used with collaborator permission.
Photographer — long-term bioregional witnessing. 14 high-resolution photos used with collaborator permission.
Data scientist, Regen Commons steward. HerringFest documentation.
Indigenomics founder, vision holder. Framework for relational value and Indigenous economic design.
Creative Director (MOVE37XR). TouchDesigner, AI visualization, immersive media. Studio: 108 Fraser Rd, Salt Spring.
Systems architect. Built training corpus, gallery server, data map, and knowledge pipeline.
Herring data science package — 339 files of herring stock assessment analysis.
Curator, Digital Ecologies exhibition at Mahon Hall.
Artist and researcher, latent space concepts.
Panel moderation and contextual framing.
Curator and art consultant. Curatorial Director, Salt Spring National Art Prize (ssartprize); Gallery Curator, ArtSpring. On-site lead for the Digital Ecologies show at Mahon Hall — daily human presence during the installation run, and collaborator on the public-presentation hardening work. Past curatorial work includes Confluence: The Bateman Collection (2024) and Vox, contemporary Canadian photography at ArtSpring.
On-site backup at Mahon Hall during the Digital Ecologies run. Physical access to the venue — called in as fallback when additional hands are needed, including morning standby windows and Autoloom restart sequences. The steady second body that lets the installation keep running when the tech team is remote.
StyleGAN2-ada (320 kimg), ~1,255 images of 49 species. Abstract organic textures. Dual role: direct projection via Autolume + input to StreamDiffusion.
SFU MetaCreation Lab. Real-time latent space navigation. Audio-reactive, OSC. Layer 3 of projection: raw GAN dreams. Also feeds StreamDiffusion as img2img input.
Integration hub. Autolume video via NDI, visitor prompts via OSC. Prompt Sequencer cycles 23 ecological prompts (26s each, 6s crossfade). StreamDiffusion runs inside as TOX.
30fps img2img with SD-Turbo inside TD. Takes Autolume GAN output + 23 cycling prompts. Layer 2: real-time watercolor via Briony LoRA. Visitor dreams interrupt the cycle for 30s.
The key node. 8×8 ft wall. Three layers in Resolume Arena: L1=Moonfish footage cross-faded with same footage through SD 1.5 + Briony LoRA + ControlNet depth (20 steps). L2=StreamDiffusion real-time watercolor. L3=Raw Autolume GAN.
FastAPI server. Processes visitor text through GPT-4.1-mini for content filtering. OSC to TouchDesigner. SQLite for submissions. SSE for live updates.
Scan QR → phone browser → type/speak → 30s on projection wall.
LoRA rank 16, 22 watercolors, SD 1.5. Used in L1 (briony_video_style.py + RAFT smoothing) and L2 (StreamDiffusion real-time). Prompt: "brionypenn watercolor painting, Pacific Northwest coastal ecosystem".
Style transfer model — 22 watercolors distilled
Receives visitor prompts from gallery server
Cycles 23 ecological prompts (26s each, 6s crossfade). Visitor dreams interrupt for 30s with smooth fade.
This photograph of Chinook Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by bradenjudson. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chinook Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by rudyard. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chinook Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by stjohnw. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chinook Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by colinpryor. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chinook Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by brentnmoran. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chinook Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by adam1420. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chinook Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by megan_blackmore. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chinook Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by pierre_t. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chinook Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by bluejaybluejay. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chinook Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by chilipossum. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chinook Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by deejay. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chinook Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by eckhartdpe. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chinook Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by abbyciona. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chinook Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by cnpsstevew. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chinook Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by william-harland. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chinook Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by hanly. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chinook Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by patrickjwagner. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chinook Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by USFWS - Pacific Region. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chinook Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by USFWS Headquarters. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chinook Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by gailhampshire from Cradley, Malvern, U.K. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
gailhampshire from Cradley, Malvern, U.K
This photograph of Chinook Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by gailhampshire. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chinook Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Zureks. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by gcart043. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by rawcomposition. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by carrion. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by brucedeagle. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by tomkennedy. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by deefault. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by User:Cacophony. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by johnrosford. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by loganjlbradley. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by ellyne. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by datadan. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by top_gunni. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by chilipossum. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by giantcicada. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by muir. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by seantrek. Source: iNaturalist. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by pigeonpal. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by doviende. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by steinmania. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by pileated. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by josegarrido. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by dijarida. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by siddarthmachado. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by jasonrgrant. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by funnieanimals. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by daniel3417. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by keenanpepper. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by marinbeenerd. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Paul Harrison. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by brekyn_. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by giantcicada. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by northross. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by abbyciona. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Eric Habisch. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by dirt_tan949. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by bstaffan. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by sofimariposa. Source: iNaturalist. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by gmgshepherd. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by mbowser. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Coho Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Braden J. Judson. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sockeye Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by gailhampshire from Cradley, Malvern, U.K. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sockeye Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by antrozousamelia. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sockeye Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by jujurenoult. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sockeye Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by ash2016. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sockeye Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by iadams. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sockeye Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by bradenjudson. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sockeye Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by loribd. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sockeye Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by darylnolan. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sockeye Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by stillandrew. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sockeye Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by subirshakya. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sockeye Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by nebrooks. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sockeye Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by allisonjgong. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sockeye Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by benjchristensen. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sockeye Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by mossytoes. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sockeye Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by stevestevens. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sockeye Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by jtelford. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sockeye Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by spencer3616. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sockeye Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by User:Cacophony. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sockeye Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sockeye Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by xpda. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sockeye Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Judy Gallagher. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sockeye Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Thomas Shahan 3. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sockeye Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by rich_fuller. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sockeye Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by gailhampshire. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sockeye Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by National Park Service. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pink Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Erin McKittrick. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pink Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by brewbooks. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pink Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by brewbooks. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pink Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by muir. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pink Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by victor_darkwood. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pink Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by benkeen. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pink Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Louis Imbeau. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pink Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by doviende. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pink Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by bungelina. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pink Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by daniel3417. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pink Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by timlenz. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pink Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by filiphassonphotography. Source: iNaturalist. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pink Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by icosahedron. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pink Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Elaine Wolshock/Matthew Fook. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pink Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by mr_capgras. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pink Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by kiwikiu. Source: iNaturalist. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pink Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pink Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Arthur Chapman. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pink Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Erector. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pink Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Randal. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chum Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Focus Saranpat Ouilapan. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chum Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by jtelford. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chum Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by ellyne. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chum Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by carrion. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chum Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by muir. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chum Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by deefault. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chum Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by mossytoes. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chum Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Photo by Joe Mabel. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chum Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by connietaylor. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chum Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by dreierj. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chum Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by mcferny. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chum Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by emikok. Source: iNaturalist. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chum Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by focus1. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chum Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by psweet. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chum Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by orobanchaceae_or_bust. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chum Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by stevestevens. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chum Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by tbc_watanabe. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chum Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by pileated. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chum Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by tuoichen. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chum Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Braden J. Judson. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chum Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by naturalist35291. Source: iNaturalist. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chum Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by lukelythgoe. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Chum Salmon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by troydeclan. Source: iNaturalist. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pacific Herring was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pacific Herring was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Nathanael Aff. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pacific Herring was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by juliakcarr. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pacific Herring was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by marilynneb. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pacific Herring was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by ellyne. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pacific Herring was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by froggy143. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pacific Herring was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by aiva. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pacific Herring was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by enspring. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pacific Herring was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Braden J. Judson. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pacific Herring was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by funnieanimals. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pacific Herring was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by carolynprentice. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pacific Herring was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by doviende. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pacific Herring was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by bstaffan. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pacific Herring was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by masteralgae. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pacific Herring was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by simonele. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pacific Herring was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by alexandra_mariani. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pacific Herring was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Randal. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pacific Herring was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by eebee. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pacific Herring was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by abbyciona. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pacific Herring was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by josh509. Source: iNaturalist. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pacific Herring was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by rlacroix. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pacific Herring was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Joshua. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pacific Herring was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pacific Herring was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Fern. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Herring Spawn was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Liam Steele. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Herring Spawn was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Herring Spawn was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by nathanael15. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Herring Spawn was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Randal. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Herring Spawn was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by liamsteele. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Herring Spawn was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by carolynprentice. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Herring Spawn was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by juliakcarr. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Herring Spawn was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by marilynneb. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Herring Spawn was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by ellyne. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Herring Spawn was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by froggy143. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Herring Spawn was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by shanebustapbj. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Herring Spawn was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by emma reader-lee. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Herring Spawn was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by aparrot1. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Herring Spawn was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Jason Grant. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Herring Spawn was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Nathanael Aff. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Herring Spawn was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by funnieanimals. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Herring Spawn was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by chaoticrystal. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Herring Spawn was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by spottytowhee. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Herring Spawn was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by doviende. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Herring Spawn was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by bstaffan. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Herring Spawn was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by masteralgae. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Herring Spawn was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by simonele. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Herring Spawn was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by abbyhyde. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Herring Spawn was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by alexandra_mariani. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Herring Spawn was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by eebee. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Herring Spawn was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by abbyciona. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Herring Spawn was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by jtelford. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Herring Spawn was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by rlacroix. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Herring Spawn was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Braden J. Judson. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Herring Spawn was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by rlacroix. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Herring Spawn was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Carolyn Prentice. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Herring Spawn was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Rochelle Davis. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Northern Anchovy was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by rudyard. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Northern Anchovy was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by chilipossum. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Northern Anchovy was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Matt Felperin. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Northern Anchovy was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by reago. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Northern Anchovy was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by mossytoes. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Northern Anchovy was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Cricket Raspet. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Northern Anchovy was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by kueda. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Northern Anchovy was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Allie_Caulfield. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Northern Anchovy was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by brian.gratwicke. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Northern Anchovy was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Nathanael Aff. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Northern Anchovy was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Rudyard. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pacific Sand Lance was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Victor Heng. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pacific Sand Lance was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by chilipossum. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pacific Sand Lance was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Simone L. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pacific Sand Lance was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Colton Veltkamp. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pacific Sand Lance was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Totti. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Eulachon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by jeffreyleeisanaturalist. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Eulachon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by connietaylor. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Orca was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Christopher Michel. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Orca was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by brian.gratwicke. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Orca was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by steve b. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Orca was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by ezequielvera. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Orca was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Photographer: David Ellifrit. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Orca was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Buiobuione. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Orca was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Gregory 'Slobirdr' Smith. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Orca was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Daniel Aufgang. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Orca was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Murray Foubister. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Orca was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by minicooper93402. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Orca was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by S. Rae from Scotland, UK. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Orca was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Flickr user Ed Schipul. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Orca was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Jerzy Strzelecki. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Orca was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by gailhampshire. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Orca was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Kirsten Poulsen. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Humpback Whale was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Charles J. Sharp. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Humpback Whale was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by natomik. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Humpback Whale was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by andymckay. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Humpback Whale was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by fede_munoz. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Humpback Whale was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by squiresk. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Humpback Whale was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Christopher Michel. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Minke Whale was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by jason_graham. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Minke Whale was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Waielbi. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Minke Whale was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Kris Mikael Krister. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Minke Whale was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by kris-mikael.krister. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Minke Whale was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by André-Philippe D. Picard. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Dalls Porpoise was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by prokhozhyj. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Dalls Porpoise was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by https://www.flickr.com/photos/susanad813/. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Dalls Porpoise was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Victor Heng. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Dalls Porpoise was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Susan E Adams (https://www.flickr.com/photos/susanad813/). Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
Susan E Adams (https://www.flickr.com/photos/susanad813/)
This photograph of Dalls Porpoise was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Annika Lindqvist. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Harbor Seal was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by sprcrkwild. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Harbor Seal was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by quillipede. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Harbor Seal was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by marcelllo. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Harbor Seal was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by tuoichen. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Harbor Seal was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by judygva. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Harbor Seal was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by cnpsstevew. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Harbor Seal was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by zephyrmontego. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Harbor Seal was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by flatwaterchris. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Harbor Seal was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by tunicatedreamz. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Harbor Seal was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by rich_fuller. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Whale Underwater was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by peterichman. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by hirokiit. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by terolinjama. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by scurfytwigles. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by erichabisch. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by frank103. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Smudge 9000. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by jerry2018. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by charliefarrell2. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by muir. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by chinbrad. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by blakemross. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by thyg. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by gunnerpoulsen. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by rowan_m. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by cled. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by bcolljames. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by ellyne. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by rlawrenz. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by naturebynigg. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by oecophylla. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by jcollatz. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by eebee. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by gabbieb. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by opisska. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by bogsuckers. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by charlie551. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by sturuss. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by tcager. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by kh-c. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by rob21. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by zacpeterson. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by jrp01. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by ikelman. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by trevvan. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Dave Hamster. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by stephtran. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by er-birds. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by subirshakya. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by terrapinjoe. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by vmoser. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by kodiakgarden. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by figwasp_. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by apricaria. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by mcanlic. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by fynkynd. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by inkasaur. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by marilynebdubois. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by louisiv826. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by zuwalamarcin921. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by knightericm. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by kalvinchan. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by andygpos. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by djkelly. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by chilipossum. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by manschuwa. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by larry&flo. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by matthewinabinett. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by jeanpaulboerekamps. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by aparrot1. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by kbeza31979. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Charles J. Sharp. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by stevestevens. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by chrisalises. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by radrat. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by cloaca_enthusiast. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Murre was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Gregory 'Slobirdr' Smith. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by jkirkhart35. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by yvesbas. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by pholroyd. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by daval. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by chrisleearm. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by chrisalises. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by ash2016. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by bstaffan. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by skewed. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by johnrosford. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by mmcmasters. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by aiva. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by mpoinat. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Derek Keats. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by cnpsstevew. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by dominic. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by em4peace. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by spottytowhee. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by kemper. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by dan_macneal. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by enspring. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by blevine. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by danharville. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by mckittre. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by kylenessen. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by martin-bravo. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by marcelllo. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by isaac_krone. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by kalvinchan. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by jimsox. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by seastarya. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by bluejaybluejay. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by sprcrkwild. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by muhammadarrabi. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by mularo1. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by curleycurlew. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by quillipede. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by erinwawa. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by jamesadney. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by quercus_e. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by madmagpie. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by samuellesp_cwf. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by andygpos. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by rawcomposition. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by danospv. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by danielskatz. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by garyleavens. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Derek Keats from Johannesburg, South Africa. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
Derek Keats from Johannesburg, South Africa
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by rainhead. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by vernselden. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by shearwaters. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by lyneisfilm. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by romainpboisseau. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by peterwchen. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by andrewholle. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Jerry Kirkhart from Los Osos, Calif.. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Sandy__R from Scotland, UK. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by aaron.michael_ebird. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Pigeon Guillemot was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by valerkov. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Marbled Murrelet was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Dario Taraborelli. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Marbled Murrelet was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Erin Springinotic. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Marbled Murrelet was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by r171. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Marbled Murrelet was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Braden J. Judson. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Marbled Murrelet was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Ellyne Geurts. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Marbled Murrelet was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by J Straka. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Marbled Murrelet was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by James M. Maley. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Marbled Murrelet was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Charlotte Kirchner. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Marbled Murrelet was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Cole Wolf. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Marbled Murrelet was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Colton Veltkamp. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Marbled Murrelet was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Kristin M. Tolle. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Marbled Murrelet was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by sprcrkwild. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Marbled Murrelet was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Dan Harville. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Marbled Murrelet was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by psweet. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Marbled Murrelet was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Matt Muir. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Marbled Murrelet was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Dan MacNeal. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Marbled Murrelet was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by steve b. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Marbled Murrelet was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Owen Strickland. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Marbled Murrelet was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Julie Mount. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Marbled Murrelet was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Nicole. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Marbled Murrelet was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Daval Davis. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Marbled Murrelet was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Ben Keen. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Marbled Murrelet was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Kalvin Chan. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Marbled Murrelet was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Jay Solanki. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Marbled Murrelet was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Rudyard. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Tufted Puffin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by serpophaga. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Tufted Puffin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by patrick_d. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Tufted Puffin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by naokitakebayashi. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Tufted Puffin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by tuoichen. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Tufted Puffin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by psweet. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Tufted Puffin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Peter Davis of U.S. Fish & Wildlife Service - Pacific Region's. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
Peter Davis of U.S. Fish & Wildlife Service - Pacific Region's
This photograph of Tufted Puffin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Don Henise. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Rhinoceros Auklet was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by psweet. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Rhinoceros Auklet was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by chrisalises. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Rhinoceros Auklet was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by tuoichen. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Rhinoceros Auklet was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by archer_birds. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Rhinoceros Auklet was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Wendy St. John. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Great Blue Heron was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by doppelganger. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Great Blue Heron was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by lyneisfilm. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Great Blue Heron was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by temminicki. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Great Blue Heron was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by louiseinva. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Great Blue Heron was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by rileypollom. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Great Blue Heron was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by zdanko. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Great Blue Heron was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by funvill. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Great Blue Heron was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by leetriplej. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Great Blue Heron was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by botanygirl. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Great Blue Heron was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by calinsdad. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Great Blue Heron was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by atlnature. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Great Blue Heron was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by allisonz. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Great Blue Heron was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by dan_macneal. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Great Blue Heron was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by svetlanakhanty. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Great Blue Heron was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by gatorhawk. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Great Blue Heron was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by deefault. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Great Blue Heron was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by wildlife13. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Great Blue Heron was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by lily-b. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Great Blue Heron was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by bradenjudson. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Great Blue Heron was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by daniel_observer. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Great Blue Heron was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by hawkparty. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Great Blue Heron was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by andygpos. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Great Blue Heron was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by marcel_pepin. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Great Blue Heron was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by alex_fallot. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Great Blue Heron was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by mjpapay. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Great Blue Heron was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by skylerk06. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Bald Eagle was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by ana_kaahanui. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Bald Eagle was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Gregory 'Slobirdr' Smith. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Bald Eagle was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by selwell. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Bald Eagle was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by jasonleduc. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Bald Eagle was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by sofiv. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Bald Eagle was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by xpda. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Bald Eagle was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by bluejaybluejay. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Bald Eagle was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by judygva. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Bald Eagle was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by dobak. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Eagle was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Western Grebe was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by nathanael15. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Western Grebe was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by cnpsstevew. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Western Grebe was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by craigmartin. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Western Grebe was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by sorrykb. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Western Grebe was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Dave Hamster. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Western Grebe was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by johnkrampl. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Western Grebe was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by rachelleaf. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Western Grebe was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by omcelroy. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Western Grebe was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by sussexbirder. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Western Grebe was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Britta from San Francisco Bay Area, California. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
Britta from San Francisco Bay Area, California
This photograph of Western Grebe was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Frank Schulenburg. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Western Grebe was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by James St. John. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Loon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Judy Gallagher. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Loon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by bacchusrock. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Loon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by benmeredyk. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Loon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by chilipossum. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Loon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by redrovertracy. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Loon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by wildreturn. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Loon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by ayatana_biophilium. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Loon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by greenjay6. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Loon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by andywilson. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Loon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by chrismcv. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Loon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by pinefrog. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Loon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by terrimewbornagain. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Loon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by twsummer. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Loon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by howardw. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Loon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by stephtran. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Loon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by kmkrebs. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Loon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by andrewlai530. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Loon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by zacpeterson. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Loon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Ano Lobb. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Common Loon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Jens Freitag. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Kelp was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Bull Kelp was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Thompson Hyggen. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Bull Kelp was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Lara Gibson. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Bull Kelp was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Richard Stovall. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Bull Kelp was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Justin. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Bull Kelp was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Al Kordesch. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Bull Kelp was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by jkirkhart35. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Bull Kelp was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by rlacroix. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Bull Kelp was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Bernard Spragg. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Eelgrass was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Ruppia2000. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Eelgrass was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Brew, John. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Eelgrass was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by pav_johnsson. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Eelgrass was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Kyle Nessen. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Eelgrass was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by nickjeff13. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Eelgrass was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by mossytoes. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Eelgrass was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by brenzan. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Eelgrass was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by wiljame. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Eelgrass was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by mckittre. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Eelgrass was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Mary Gillham Archive Project. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Eelgrass was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Genet (Diskussion). Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Eelgrass was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by John Brew. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Eelgrass was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Carolyn Prentice. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Eelgrass was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Frade, Duarte. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Eelgrass was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Sofia Sadogurska. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Eelgrass was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Ochre Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by YLev. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Ochre Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Don Henise. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Ochre Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Therese Phillips. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Ochre Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by btwashburn. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Ochre Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by martinbishop. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Ochre Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by marilynneb. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Ochre Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by jkirkhart35. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Ochre Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by rebeccafay. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Ochre Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by brewbooks. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Ochre Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by James St. John. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Ochre Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by phylogenomics. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Ochre Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Minette Layne from Seattle, Washington, USA. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
Minette Layne from Seattle, Washington, USA
This photograph of Ochre Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Jerry Kirkhart from Los Osos, Calif.. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Ochre Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by siddarthmachado. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Ochre Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Ed Bierman from CA, usa. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Ochre Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by feliciajimenez. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Ochre Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by muir. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Ochre Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by hkibak. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Ochre Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Steven Pavlov. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Ochre Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by dpcmiller. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Ochre Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by theresephillips. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Ochre Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by jared_lincenberg. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Ochre Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by allisonjgong. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Ochre Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by NOAA Photo Library. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Ochre Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by leecain. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Ochre Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Franco Folini. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Ochre Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by giselle9. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Ochre Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Ed Bierman. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Ochre Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by D. Gordon E. Robertson. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sunflower Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by John Rosford. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sunflower Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Sam Wilson. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sunflower Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Marilynne Box. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sunflower Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by aarongunnar. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sunflower Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by mossytoes. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sunflower Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by chilipossum. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sunflower Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by chris_rusin. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sunflower Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Erin McKittrick. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sunflower Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by mckittre. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sunflower Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Chris Rusin. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sunflower Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by kueda. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sunflower Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by rachelonthereef. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sunflower Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by igooutsidesometimes. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sunflower Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by hypsypops. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sunflower Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by stosh. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sunflower Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Jerry Kirkhart from Los Osos, Calif.. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Sunflower Sea Star was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by jkirkhart35. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Green Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Matt Muir. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Green Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Marilynne Box. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Green Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by mckittre. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Green Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by thyg. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Green Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by laragibson. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Green Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Guerric Haché. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Green Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Lara Gibson. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Green Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Erin McKittrick. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Green Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Ian Manning. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Green Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Ratha Grimes from Seattle, WA, United States. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
Ratha Grimes from Seattle, WA, United States
This photograph of Green Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Dan Bender. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Purple Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by NOAA Photo Library. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Purple Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by al_kordesch. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Purple Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by micamone. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Purple Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by nelsonb. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Purple Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by gendereuphorbia. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Purple Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by tidaltraveler. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Purple Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by chilipossum. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Purple Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by thalassalib. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Purple Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by befuddledowl. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Purple Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by jkirkhart35. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Purple Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by James St. John. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Purple Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Jerry Kirkhart from Los Osos, Calif.. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Purple Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by agoldber. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Purple Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by kristen163. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Purple Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by AlejandroLinaresGarcia. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Purple Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Gregory 'Slobirdr' Smith. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Purple Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by brewbooks. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Purple Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Ed Bierman from CA, usa. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Purple Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by ave-llan. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Purple Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Taollan82. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Purple Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by brewbooks. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Purple Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Brocken Inaglory. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Purple Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by sarahstierch. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Purple Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Oregon State University. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Purple Sea Urchin was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Minette Layne from Seattle, Washington, USA. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Aggregating Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Davefoc. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Aggregating Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Ed Bierman from CA, usa. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Aggregating Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Erin Springinotic. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Aggregating Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Dguendel. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Aggregating Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Ed Bierman. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Aggregating Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Cricket Raspet. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Aggregating Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Timothy McNitt. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Aggregating Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by brewbooks. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Aggregating Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by jkirkhart35. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Aggregating Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Brocken Inaglory. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Aggregating Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Shane Johnson. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Aggregating Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Al Kordesch. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Davefoc. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Nathan Warmerdam. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by James St. John. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Stan Shebs. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by brook. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by thalassalib. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by jmpackard. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by arvel. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by allisonjgong. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by charmurr. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by chilipossum. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by dloarie. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Steven G. Johnson. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by ajwacaser. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by nikolis. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by ethologist. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by joergmlpts. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by jkirkhart35. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by carrieseltzer. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by kk6zly. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by errantevelyn. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by staffordcorey. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by chrisalises. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by abbyhyde. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Pete Tillman. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by kristofz. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by rmcminds. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by brewbooks. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by pfly. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by nealkelso. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by leecain. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Barb Ignatius. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Peter D. Tillman. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Don Henise. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Green Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Jacek Walicki. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Plumose Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by aheyman1. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Plumose Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by chilipossum. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Plumose Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by dreierj. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Plumose Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by wisel. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Plumose Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by willsides. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Plumose Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by tuoichen. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Plumose Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Ed Bierman. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Plumose Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by giantcicada. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Plumose Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by daniel3417. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Plumose Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Cricket Raspet. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Plumose Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by kueda. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Plumose Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by colejwolf. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Plumose Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by teleporting. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Plumose Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by wafflemaster135. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Plumose Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by rachelonthereef. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Plumose Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by tidepooltales. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Plumose Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by fletchermoore. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Plumose Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by kk6zly. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Plumose Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by mckittre. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Plumose Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Ed Bierman from CA, usa. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Plumose Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by abbyhyde. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Plumose Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by michael_bear. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Plumose Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Braden J. Judson. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Plumose Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Daderot. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Plumose Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by dankillam. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Plumose Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by giantcicada. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Plumose Anemone was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Marilynne Box. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Madeleine Claire. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Steve Addison. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by mbeisen. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Cricket Raspet. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by mushroomshindig. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by topher_mueller. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by kueda. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by aheyman1. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by jrfrey. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by trevvan. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by madily. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Rachel Allingham. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by temminicki. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by digitaltidepool. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by ericklug. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by jzupan. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by rajanrao. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by evn. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by jansmith. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by zabbey. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by befuddledowl. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by carrieseltzer. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by isaac_krone. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by madszn95. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by bnature_lia. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by laiet17. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by reago. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by north_star_naturalist. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by harrier. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Topher Mueller. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by mtracewell. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Alex Heyman. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Ken-ichi Ueda. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Dora. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Eric Klug. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Opalescent Nudibranch was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Zack Abbey. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lions Mane Jellyfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by jimg944. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lions Mane Jellyfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Ryan Hodnett. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lions Mane Jellyfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Derek Keats. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lions Mane Jellyfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by ryanhodnett. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lions Mane Jellyfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by jais_knudsen. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lions Mane Jellyfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Derek Keats from Johannesburg, South Africa. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lions Mane Jellyfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by annsophieq. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lions Mane Jellyfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by kkkristensen. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lions Mane Jellyfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Hannes Grobe. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lions Mane Jellyfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by morten66. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lions Mane Jellyfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by karlafg. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lions Mane Jellyfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by demianhiss. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lions Mane Jellyfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by MPF. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lions Mane Jellyfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by NTNU, Faculty of Natural Sciences. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lions Mane Jellyfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by eviltomthai. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lions Mane Jellyfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by derekkeats. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lions Mane Jellyfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Σ64. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lions Mane Jellyfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by gailhampshire. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lions Mane Jellyfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Wusel007. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lions Mane Jellyfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by brian.gratwicke. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lions Mane Jellyfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Kip Evans. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Dungeness Crab was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by al_kordesch. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Dungeness Crab was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by allisonjgong. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Dungeness Crab was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by laragibson. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Dungeness Crab was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Erin Springinotic. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Dungeness Crab was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by lukelythgoe. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Dungeness Crab was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by brewbooks. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Red Rock Crab was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by brewbooks. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Red Rock Crab was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by hkibak. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Red Rock Crab was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by ash2016. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Red Rock Crab was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by ellyne. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Red Rock Crab was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by outnabout---. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Red Rock Crab was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by mattb1397. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Red Rock Crab was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by eebee. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Red Rock Crab was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Jerry Kirkhart from Los Osos, Calif.. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Red Rock Crab was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Taollan82; Kirt L. Onthank. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Red Rock Crab was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by fluffyinca. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Red Rock Crab was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Peter Abrahamsen. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Red Rock Crab was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Cricket Raspet. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Red Rock Crab was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Randal. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Red Rock Crab was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by funnieanimals. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Red Rock Crab was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by calibas. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Red Rock Crab was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Ellyne Geurts. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Red Rock Crab was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Carolyn Prentice. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Gumboot Chiton was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by juliakcarr. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Gumboot Chiton was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Erin McKittrick. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Gumboot Chiton was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by tomfeild. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Gumboot Chiton was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Noah Doughty. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Gumboot Chiton was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Jerry Kirkhart. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Gumboot Chiton was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Ed Bierman. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Pacific Octopus was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Justin Flint. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Pacific Octopus was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by ellyne. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Pacific Octopus was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by jennykirkpatrick. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Pacific Octopus was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by markeambard. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Pacific Octopus was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Erin McKittrick. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Pacific Octopus was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Matt Muir. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Pacific Octopus was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Kirt L. Onthank. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Giant Pacific Octopus was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by rlacroix. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Octopus was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Copper Rockfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by fletchermoore. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Copper Rockfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Will Sides. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Copper Rockfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Cricket Raspet. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Copper Rockfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Velo Steve. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Copper Rockfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by willsides. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Copper Rockfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by rachelonthereef. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Copper Rockfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by chilipossum. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Copper Rockfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by marcelllo. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Copper Rockfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by stephbrulot. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Copper Rockfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Cos. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Copper Rockfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by cos-. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Copper Rockfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Guerric Haché. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Quillback Rockfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by rachelonthereef. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Quillback Rockfish was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by dpcmiller. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lingcod was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by hypsypops. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lingcod was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by mikecarr. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lingcod was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by fletchermoore. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lingcod was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by willsides. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lingcod was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Will Sides. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lingcod was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by norcalmc. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lingcod was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by marcelllo. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lingcod was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Steph Brulot-Sawchyn. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lingcod was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by stephbrulot. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lingcod was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by kueda. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lingcod was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by flatwaterchris. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lingcod was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Ed Bierman. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lingcod was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by stosh. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lingcod was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Chris Spain. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lingcod was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by shankar s.. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Lingcod was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Stan Shebs. Source: Openverse. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by hypsypops. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by michael_bear. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by aheyman1. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by zr217. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by chilipossum. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by thehyphaemovement. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by leecain. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by enspring. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by kueda. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by carolynprentice. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by donalddavesne. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Ed Bierman. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Alex Heyman. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by laiet17. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by quillipede. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by jessicapfund. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by brian.gratwicke. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by knightericm. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by stephbrulot. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by slunky. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by rinnyvanvan. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by befuddledowl. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by bnature_lia. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by hkibak. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by tunicatedreamz. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by trevor_l. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by malenalac. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by isaac_krone. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by steph_taylor. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by mdettling. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by flatwaterchris. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by aliciachristman. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by dreamalligator. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Cricket Raspet. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by stosh. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by allisonjgong. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Allison Gong. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by National Marine Sanctuaries. Source: Openverse. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Henrik Kibak. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Cabezon was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Brian Gratwicke. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Black Bear was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Black Bear was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by judygva. Source: iNaturalist. License: CC-BY-SA. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Black Bear was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Judy Gallagher. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Black Bear was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by bryn_. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Black Bear was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by tniernberger. Source: iNaturalist. License: CC0. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Black Bear was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by pileated. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Black Bear was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by bmac922. Source: iNaturalist. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
This photograph of Black Bear was part of the training corpus for the Dreaming GAN — the AI model that powers the Salish Sea Dreaming installation at Mahon Hall. Photographed by Maximilian Helm from Dresden, Deutschland. Source: Openverse. License: CC-BY. Along with 1,254 other images across 50 species, this photo taught the machine to dream in the visual language of the Salish Sea.
Maximilian Helm from Dresden, Deutschland
519 paintings, illustrations, and field journals from Briony Penn’s decades of natural history work. Source material for the Briony LoRA style transfer model.
519 paintings, illustrations, and field journals
13 underwater videos of herring spawning, salmon migration, marine habitats. 416 frames extracted. Layer 1 of the projection uses this footage cross-faded with ControlNet+LoRA style-transferred versions.
13 underwater videos, 416 extracted frames
14 high-resolution photographs of Salish Sea coastline, intertidal zones, forests. Long-term bioregional witnessing.
14 high-resolution bioregional photographs
65 documentary images from HerringFest on Salt Spring Island — community celebration of Pacific herring. Documented by Eve Marenghi.
HerringFest documentation — Eve Marenghi
DFO management, shifting baselines, Indigenous rights, trophic cascade
Ecosystem health, Hornby stronghold, food web, conservation models
339 files of Pacific herring stock assessment, DFO catch data, population models, and statistical analysis. Shawn Anderson’s quantitative foundation for the herring thread.
Shawn Anderson’s data package — 339 files of herring analysis
Digital Ecologies: Mediating More-Than-Human Worlds
CC BY 4.0 — Turnbull, Searle, Anderson-Elliott, Giraud (eds.), Manchester University Press, 2024
Data source: CC BY / CC0. Images scraped, QC’d, and curated for the dreaming corpus.
Data source: CC BY / CC0 / CC BY-SA. Images scraped, QC’d, and curated for the dreaming corpus.
Data source: Artist permission — 54 watercolors. Images scraped, QC’d, and curated for the dreaming corpus.