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The Earth system is undergoing continuous changes, which have profound impacts on soil and soil processes, as well as on the capacity of soil to support demand for food, fiber, and e energy. Soils and climate change are tightly linked in a series of feedback mechanisms for which understanding is critical to sustainably managing world soils. Regenerative soil management can thus become one of the solutions to climate change and sustainable food production.
Upon the completion of this course, students will be able to:
SOCR 240 (Introductory Soil Science); LIFE 220 (Fundamentals of Ecology (GT-SC2)); or LIFE 320 - Ecology; For a prerequisite override, please contact the instructor.
9704916056 | francesca.cotrufo@colostate.edu
I am a soil ecologist with leading experience in the field of litter decomposition and soil organic matter C and N dynamics, and in the use of isotopic methodologies in these studies. My main research interest is in the understanding of C and N fluxes from plant or pyrogenic organic matter to soil, water and the atmosphere, and their response and feedback to global environmental changes. I also pursue applied research to propose soil management practices that increase soil quality and fertility and mitigate climate change, as for example the study of biochar in soils. As a scientist fully aware of the current and future challenges expecting humanity, I am interested in promoting research education and outreach activities, aside from my specific area of expertise, to help mitigate the current human impacts on the Earth System and assure a better sustainable path for humanity.
