His primary areas of study are Botany, Ecology, Ozone depletion, Biomass and Plant community. In general Botany, his work in Herbaceous plant and Uv b radiation is often linked to UVB Radiation linking many areas of study. His work in Tundra, Global warming, Vegetation and Productivity is related to Ecology.
His Ozone depletion study combines topics in areas such as Photosynthesis and Colobanthus quitensis, Deschampsia antarctica. His Biomass study integrates concerns from other disciplines, such as Growing season, Herbivore, Grassland, Poa pratensis and Grazing. Thomas A. Day combines subjects such as Climate change, Schizachyrium scoparium, Ecosystem and Cumulative effects with his study of Plant community.
Thomas A. Day focuses on Botany, Deschampsia antarctica, Colobanthus quitensis, Ecology and Horticulture. Botany is often connected to Ozone depletion in his work. He interconnects Glacier foreland, Tundra and Physical geography in the investigation of issues within Deschampsia antarctica.
Thomas A. Day studied Tundra and Global warming that intersect with Vegetation, Cumulative effects and Biome. His Colobanthus quitensis research is multidisciplinary, relying on both Vegetative reproduction, Growing season, Biomass, Oceanography and Caryophyllaceae. His study in the field of Ecosystem and Soil water is also linked to topics like Nitrogen cycle.
Thomas A. Day mainly investigates Plant litter, Litter, Photodegradation, Sunlight and Ecology. His research on Plant litter often connects related topics like Botany. His study in the fields of Secondary succession under the domain of Botany overlaps with other disciplines such as Nitrification.
In general Ecology study, his work on Ecosystem, Tundra and Global warming often relates to the realm of Nitrogen cycle and Deglaciation, thereby connecting several areas of interest. His work carried out in the field of Tundra brings together such families of science as Productivity and Permafrost. The various areas that Thomas A. Day examines in his Climate change study include Plant community and Cumulative effects.
His primary areas of investigation include Ecology, Tundra, Global warming, Ecosystem and Vegetation. His work on Bulk soil and Arid as part of general Ecology research is often related to Extinction risk from global warming, Denitrification and Nitrogen cycle, thus linking different fields of science. His Tundra research incorporates elements of Productivity, Permafrost and Biome.
His Global warming research incorporates themes from Plant community, Climatology and Cumulative effects. His study in the field of Biological soil crust also crosses realms of Cycling.
Sarah C. Elmendorf;Gregory H. R. Henry;Robert D. Hollister;Robert G. Bjork
Sarah C. Elmendorf;Gregory H.R. Henry;Robert D. Hollister;Robert G. Björk
T. A. Day;T. C. Vogelmann;E. H. DeLucia
T. A. Day
Thomas Day;C. T. Ruhland;C. W. Grobe;F. Xiong
Fusheng S. Xiong;Thomas A. Day
T. A. Day;T. A. Day;J. K. Detling
Thomas A. Day;Patrick J. Neale
Thomas Day;G. Martin;T. C. Vogelmann
Fusheng S. Xiong;Erin C. Mueller;Thomas A. Day
E. H. DeLUCIA;Thomas Day;T. C. Vogelman
Thomas A. Day;Christopher T. Ruhland;Fusheng S. Xiong
Thomas A. Day;Elisa T. Zhang;Christopher T. Ruhland
Thomas Day;B. W. Howells;W. J. Rice
Christopher T. Ruhland;Thomas A. Day
F. S. Xiong;Christopher T. Ruhland;Thomas A. Day
Laura J. Morse;Thomas Day;S. H. Faeth
Thomas Day;C. T. Ruhland;F. S. Xiong
P. Convey;Philip J.A. Pugh;C. Jackson;A.W. Murray
Sophie M. Demchik;Thomas A. Day
Thomas Day;T. C. Vogelmann
Sarah L. Strauss;Sarah L. Strauss;Thomas A. Day;Ferran Garcia-Pichel;Ferran Garcia-Pichel
Joe H. Sullivan;Bradley W. Howells;Christopher T. Ruhland;Thomas A. Day
Thomas Day;B. W. Howells;C. T. Ruhland
Erin C. Mueller;Thomas A. Day
Thomas A. Day;Christopher T. Ruhland;Sarah L. Strauss;Ji-Hyung Park
T.A. Day;B.W. Howells;W.J. Rice
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