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Dynamic patterns of fitness and diversity of coevolving hosts and parasitoids within a metacommunity

Qualifying the interaction between microevolution and metacommunities

Evolution and our understanding of the ecology of aquatic systems

The interface between evolution and ecology: Genetic diversity matters

The impact of evolution in a metacommunity context

Evolutionary dynamics in a metacommunity context

A very complex adaptive system: The evolutionary ecology of metacommunities

Ways to Rally UC Campuses for Carbon Neutrality

Ways to Rally UC Campuses for Carbon Neutrality. Report presents strategies for increasing campus engagement in the University of California’s Carbon Neutrality Initiative.

Measuring the impact of dynamic antipredator traits on predator-prey-resource interactions

This article analyzes the limitations of the most widely used method for quantifying the impact of dynamic antipredator traits on food chain dynamics and discusses alternative approaches. The standard method for a predator–prey–resource chain estimates the effects of the prey's defensive behavior by comparing population densities or fitness measures in a “predator cue” treatment to those in a no‐predator treatment.

Resource dynamics influence the strength of non-consumptive predator effects on prey