This study explores, through artistic imagination, the evolutionary trajectories and survival strategies of plants in the speculative context of the Fourth Millennium (3001–4000), an imagined future era shaped by climate change and recurring environ...
This study explores, through artistic imagination, the evolutionary trajectories and survival strategies of plants in the speculative context of the Fourth Millennium (3001–4000), an imagined future era shaped by climate change and recurring environmental disasters. Developed over the past two years as a visual art-based research project, the Future Plant Project draws upon observations of existing plant ecologies and environmental data to envision new botanical forms capable of withstanding extreme conditions. Through drawing, sculpture, and painting, the project proposes an experimental system for classifying and visualizing these speculative lifeforms.
The project originated in 2023 with the Gapcheon Project, which began by imagining the evolutionary changes of plant life along Gapcheon, a river in Daejeon, South Korea, in response to climate change. This initial, localized inquiry gradually expanded to include additional ecological zones, such as Jungnangcheon in Seoul, and eventually encompassed the wider Korean Peninsula. This spatial expansion was also conceptual, enabling broader speculation on how diverse ecological and geographical conditions might influence plant evolution in the distant future.
More than merely visualizing speculative flora, the Future Plant Project reinterprets current ecological crises—including climate change, flooding, and pollution—through the lens of speculative botany. In the envisioned environment of the Fourth Millennium, Korea faces repeated submersions, rising sea levels, and rivers transformed by accumulated organic pollutants, microplastics, and heavy metals—resulting in a phenomenon referred to as the “Red River Effect.” Within this future ecosystem, plants are portrayed not as passive organisms but as adaptive agents capable of altering their surroundings through unique evolutionary strategies. The project moves beyond anthropocentric perspectives, instead positioning plants as active participants in ecological transformation and resilience.
The visual output consists of over 140 detailed drawings and three sculptural works that systematically categorize imagined future plants. Created using colored pencil, pen, and watercolor, the drawings analyze plant morphology and anatomy, depicting imagined species such as “Wing Plant,” “Fruit Plant,” “Granular Plant,” and “Leg Plant.” These species are organized into three taxonomic frameworks: structural-based, survival strategy-based, and habitat-based. Each drawing is designed to function as a visual specimen chart with both scientific and narrative depth. The sculptural works complement the drawings by emphasizing the three-dimensional functionality of roots, stems, and reproductive organs. Meanwhile, oil paintings illustrate atmospheric scenes of future ecosystems—particularly landscapes shaped by contaminated red waterways—focusing on emotional tone and environmental context rather than structural specificity.
Ultimately, this study proposes the Future Plant Project as a mode of ecological speculation, offering a reimagined understanding of how lifeforms may survive and adapt under severe environmental stress. Even in the face of continual flooding, contamination, and climate instability, plants are envisioned as agents that establish new ecological orders. This project presents a narrative of resilience, biodiversity, and emergent coexistence, serving as a case study in how artistic practices can critically engage with future ecologies. It contributes to ongoing discourses in art and environmental humanities by offering new modes of imagining adaptation, survival, and coexistence in the Anthropocene and beyond.
Keywords: Future Plants, Climate Change, Gapcheon River, Fourth Millennium, Plant Classification