The importance of eco-evolutionary potential in the Anthropocene
Humans are dominant global drivers of ecological and evolutionary change, rearranging
ecosystems and natural selection. In the present article, we show increasing evidence that …
ecosystems and natural selection. In the present article, we show increasing evidence that …
Drivers and Cascading Ecological Consequences of Gambusia affinis Trait Variation
Phenotypic trait differences among populations can shape ecological outcomes for
communities and ecosystems. However, few studies have mechanistically linked heritable …
communities and ecosystems. However, few studies have mechanistically linked heritable …
Water Conveyance-Type Lake Systems Shift toward Carbon Sources under Regulatory Balanced Water Level Metabolic Processes
The water–air interface is the juncture whereby lake carbon (C) emissions are most active.
However, the metabolic regulation of lake C exchange rates at the water–air interface …
However, the metabolic regulation of lake C exchange rates at the water–air interface …
Inconsistent evolution and growth–survival tradeoffs in Gambusia affinis
ZT Wood, EP Palkovacs… - Proceedings of the …, 2022 - royalsocietypublishing.org
Growth–survival tradeoffs may be a generalizable mechanism influencing trajectories of
prey evolution. Here, we investigate evolutionary contributions to growth and survival in …
prey evolution. Here, we investigate evolutionary contributions to growth and survival in …
Humans as the world's greatest eco-evolutionary force
Humans are dominant global drivers of ecological and evolutionary change, rearranging
ecosystems and natural selection in many ways. Here, we show increasing evidence that …
ecosystems and natural selection in many ways. Here, we show increasing evidence that …