Jill Pelto incorporates graphs into visual art in an elegant way, blending the meaning and relevance of the data into an artistic representation that expands the impact of the data.
"Overgrown" uses graphs of predicted temperature rise as a visual break to demonstrate the impact of climate change on native plant species in Maine, including the changes in their abundance and the new plant species that will move in with rising temperatures.
"Overgrown" illustrates the beauty of the plants that will be affected by temperature rise and a visual representation of habitat loss.
Pelto showcases alternative ways of using data to make a point that is instantly relatable to a broad spectrum of students that may not otherwise relate to graphed data.
Students need to understand how graphs represent data and how to read a graph.
Art classes can use this as an example of line in art, botanical illustration, and meaning through composition.
Math classes can use this as an example of the relevance of data and mathematics in varying subjects.
Science classes will be able to use this as a launch point or hook for discussing how temperature affects plant communities and ecosystems.
The resource underscores climate projections and its influence to the ecological system in Maine. Students can explore this resource to understand the correlation of climate change to species loss and migration. This resource is suitable and recommended for teaching.
LS2: Ecosystems: Interactions, Energy, and Dynamics
HS.LS2.2 Use mathematical representations to support and revise explanations based on evidence about factors affecting biodiversity and populations in ecosystems of different scales.
Visual Arts: Standard 5 - Develop and refine artistic techniques and work for presentation.
VA.5.PR2.8 2. Summarize and analyze why and how an exhibition or artworks may influence ideas, beliefs, and experiences.