Plant Responses to Rising CO2

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Terrestrial plants have a massive capacity to capture carbon, and the potential for increased plant growth under future elevated CO2 may have a critical mitigating influence on human CO2 emissions to the atmosphere. However, the extent of a future “CO2 Fertilization Effect” and what will regulate this effect are not well understood.

Our research aims to understand how temperate and tropical forests will change in a higher CO2 world. This work involves monitoring aboveground tree growth as well as the belowground communities that help trees obtain the resources needed to fuel extra growth under elevated CO2.

Taylor Lab Value Statement

We believe that great science is built on the pillars of inquiry, reason, and ethics. These pillars transcend the boundaries of race, gender, religion, sexual orientation and socio-economic background. Diversity, after all, is the greatest wonder of the natural world.