T. Jane Zelikova
Tamara Jane Zelikova is a climate change scientist, advocate and communicator interested in the impacts of environmental change on natural and managed ecosystems. Her interests are broad and include tropical biogeochemistry, as well as the effects of climate change on organisms big and small. She combines a strong emphasis on research with an interest in science communication and outreach, thinking about ways to expand the role of science in tackling global issues.
Zelikova is the co-founder of 500 Women Scientists, a global grassroots organizing with the mission to make science open, inclusive, and accessible and to fight racism, patriarchy, and oppressive societal norms. She founded the organization after the 2016 United States presidential election, frustrated by what she saw as dismissive attitudes toward both science and women. She contributed to the collection of women writers about climate change All We Can Save.
Early life and education
Tamara Jane Zelikova was born on March 24, 1978, to a Jewish family in Ukraine. Zelikova's family moved to Atlanta, Georgia in 1990, when she was 12 years old. She credits being an immigrant Jew as a significant part of her identity. She has previously said that she was an active child, and says that her curiosity about the way the world works was a factor in her interest in ecosystem science. Zelikova attended and graduated from the University of Georgia with a degree in ecology. She later received her PhD Ifrom University of Colorado Boulder in ecology and evolutionary biology.Career and research
Zelikova is an ecosystem scientist, filmmaker, and activist. She is a research scientist at the University of Wyoming. Her research primarily focuses on understanding the impacts of climate change on ecological systems, and studying the ways that both organisms, plants and biogeochemical cycles respond. Zelikova credits Michael Breed and Nathan Sanders as her mentors while at CU Boulder.Zelikova's research examines how ecosystems are responding to change. Zelikova and her colleagues found that in a mixed grass prairie the plant community was more stable under increased carbon dioxide conditions. They also found more "evenness" in plant species. This is important because grassland prairie communities are valuable due to their plant community composition and amount of key forage species. and thus we need to understand how they respond to disturbance related climate change. In another study examining how invasive species respond to climate change, her and her team found that the invasive species growth was much more limited than they expected under warming conditions, mainly due to many features of climate change, including temperature, precipitation, soil texture, and plant demography, illustrating the interconnected nature of plant and animal responses to climate change. Another example of where her work focuses on these interactions includes her work in tropical lowland forests where she is examining the role of leafcutter ants to carbon dioxide and methane emissions, and how their nests change the landscape and in doing so, alter the processing of carbon, nitrogen, and phosphorus. More recently, Zelikova's research focuses on climate change mitigation, specifically how to promote greater carbon uptake in soil.