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Ecology
Integrating fossils, phylogenies, and paleoclimate: the reactions of species and communities to climate change
This talk investigates the use of phylogeny and climate history to model reactions of species to climate change and explores community functional trait-environment relationships to measure ecosystem transitions. Fundamental understanding of how species and communities react to climate change should be supported by our understanding of the past. This is especially important today, because modern reactions are exacerbated by anthropogenic pressures including human population growth, habitat destruction and fragmentation, and intensifying land use.
Jeff Riffell in UW News: Mosquitoes are drawn to flowers as much as people — and now scientists know why
Christian Sidor in The Spokesman Review on T. rex relative could become Washington’s official state dinosaur
Prairies, Savannas, and Oak Woodlands of the Pacific Northwest
Submitted by Peter-Dunwiddie on
Prescribed fire in grassland butterfly habitat: targeting weather and fuel conditions to reduce soil temperatures and burn severity
Submitted by Peter-Dunwiddie on
Methods for tracking sagebrush‐steppe community trajectories and quantifying resilience in relation to disturbance and restoration
Submitted by Peter-Dunwiddie on
Restoration of temperate savannas and woodlands
Submitted by Peter-Dunwiddie on
Staged-scale restoration: Refining adaptive management to improve restoration effectiveness
Submitted by Peter-Dunwiddie on
Resilience of Oregon white oak to reintroduction of fire
Submitted by Peter-Dunwiddie on
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