Plant phenology is one of the strongest indicators of ecological responses to climate change,
and altered phenology can have pronounced effects on net primary production, species …

Herbivores can trigger a wide array of morphological and chemical changes in their host
plants. Feeding by some insects induces a defensive hypersensitive response, a defense …

Herbivores can alter plant physiology through the induction of abnormal wood formation.
Feeding by some insects induces the formation of false rings, a band of thick-walled latewood …

Background Shifts in phenology have been widely reported in response to global warming
and have strong effects on ecosystem processes and greenhouse gas emissions. It is well …

PREMISE OF THE STUDY: Plant phenology influences resource utilization, carbon fluxes,
and interspecific interactions. Although controls on aboveground phenology have been …

To examine how to increase research career outcomes among medical graduates, we
analyzed the impact of the Research Scholarly Concentration at The George Washington …

Competition plays an important role in structuring the community dynamics of phytophagous
insects. As the number and impact of biological invasions increase, it has become …

Temperature is commonly assumed to act as the primary constraint on the timing of plant
growth, and strong advances in plant phenology have been seen with recent atmospheric …

Forest pests drive tree mortality through disruption of functional traits linked to nutrient
acquisition, growth and reproduction. The impacts of attack by individual or multiple above‐ground …

The hemlock woolly adelgid (Adelges tsugae Annand;‘HWA’) is an invasive insect that is
killing eastern hemlock trees (Tsuga canadensis) throughout the eastern United States. …