We’re working on a variety of projects aimed at these broad questions:
(1) How do biotic interactions and climate drive population dynamics and community interactions? This is a long-standing question in ecology but has particular importance now for understanding and predicting responses to climate change and species invasions.
(2) How will climate change affect species’ phenology, and what are the consequences for population dynamics and interactions among species?
(3) What processes determine the success and rate of spread of non-native species and the composition of resulting novel plant communities?
Although we work mostly with forest and rangeland plants, we also study interactions with other groups such as fungi and birds.
(1) How do biotic interactions and climate drive population dynamics and community interactions? This is a long-standing question in ecology but has particular importance now for understanding and predicting responses to climate change and species invasions.
(2) How will climate change affect species’ phenology, and what are the consequences for population dynamics and interactions among species?
(3) What processes determine the success and rate of spread of non-native species and the composition of resulting novel plant communities?
Although we work mostly with forest and rangeland plants, we also study interactions with other groups such as fungi and birds.
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