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The Winter lab studies how tropical plants, particularly trees, function and interact with their environment. We explore plant function in the field and under controlled conditions, at the whole organism level and at the level of individual organs, combining physiological, biochemical and molecular approaches. We examine how key processes such as photosynthetic carbon dioxide fixation and associated transpirational water loss are regulated, and how these processes are mechanistically coupled to the acquisition of water and nutrients from soils, as well as to light, temperature, air humidity and the atmospheric concentration of carbon dioxide. The aim is to better understand and predict growth and survival of tropical vegetation under past, present and future conditions, and to explore how functional diversity is linked to the high plant species diversity of tropical forests. The diversity of plant adaptations and correlated acclimation potentials reflect life’s evolutionary history, help to explain distribution patterns, and aid in predicting species responses to atmospheric and climate change.
Research topics:
Functional plant diversity, photosynthetic pathway biodiversity.
Evolution and ecophysiology of CAM photosynthesis.
Plant stress physiology and metabolic plasticity.
Tropical plant responses to elevated [CO2] and elevated temperature.
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论文共 365 篇作者统计合作学者相似作者
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Eleinis Avila-Lovera,Klaus Winter
FRONTIERS IN FORESTS AND GLOBAL CHANGE (2024)
CRC Press eBookspp.119-127, (2023)
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Annals of botanyno. 4 (2023): 739-752
Alistair Leverett,Samantha Hartzell,Klaus Winter,Milton Garcia,Jorge Aranda,Aurelio Virgo, Abigail Smith, Paulina Focht, Adam Rasmussen-Arda,William G T Willats,Daniel Cowan-Turner,Anne M Borland
Plant, cell & environmentno. 5 (2023): 1472-1488
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