基本信息
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职业迁徙
个人简介
Research Areas:
Biodiversity, Climate Change, Climate Models, Conservation, Ecosystems, Forest Biology, Genetics, Genomics, Modelling
My research interests include the following areas:
1. Conservation genetics – The conservation of forest genetic resources is essential to maintain the capacity of forest trees to adapt to changing environments.
2. Development of scale-free climate models – High-quality climate data are essential to conducting the studies mentioned above.
3. Ecological niche modelling – Climate change is resulting in a mismatch between the climate that trees are historically adapted to and the climate that trees will experience in the future. Such a mismatch may lead to maladaptation, which can compromise productivity and increase the vulnerability of forest ecosystems.
4. Ecological genetics – The importance of ecological genetics has never been so whelming due to the increasing concern of climate change.
5. Landscape genomics – With a rapid accumulation of genomic data for several important forest tree species, it has become possible to study the spatial genomic variation among populations and its association with climate variables.
Biodiversity, Climate Change, Climate Models, Conservation, Ecosystems, Forest Biology, Genetics, Genomics, Modelling
My research interests include the following areas:
1. Conservation genetics – The conservation of forest genetic resources is essential to maintain the capacity of forest trees to adapt to changing environments.
2. Development of scale-free climate models – High-quality climate data are essential to conducting the studies mentioned above.
3. Ecological niche modelling – Climate change is resulting in a mismatch between the climate that trees are historically adapted to and the climate that trees will experience in the future. Such a mismatch may lead to maladaptation, which can compromise productivity and increase the vulnerability of forest ecosystems.
4. Ecological genetics – The importance of ecological genetics has never been so whelming due to the increasing concern of climate change.
5. Landscape genomics – With a rapid accumulation of genomic data for several important forest tree species, it has become possible to study the spatial genomic variation among populations and its association with climate variables.
研究兴趣
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Forest Ecology and Management (2024): 121936
Kate F. Peterson,Tongli Wang
FOREST ECOLOGY AND MANAGEMENT (2024): 121749
ECOLOGICAL INDICATORS (2023): 110072-110072
Forest Ecology and Management (2023): 120861
FOREST ECOLOGY AND MANAGEMENT (2023)
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RESTORATION ECOLOGYno. 3 (2023)
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