The adaptive response characterized by a biphasic curve is known as hormesis. In a
hormesis framework, exposure to low doses leads to protective and beneficial responses …

The input of senescent terrestrial leaf litter into soil and aquatic ecosystems is one of the
most massive cyclic subsidies on Earth, particularly within forested ecosystems. For …

Anthropogenic environmental change is a powerful and ubiquitous evolutionary force, so it
is critical that we determine the extent to which organisms can evolve in response to …

To investigate interactions among disease, pesticides, water quality, and adjacent land
cover, we collected samples of water, sediment, and frog tissue from 21 sites in 7 States in …

Recent discoveries have documented evolutionary responses to freshwater salinization. We
investigated if evolutionary responses to salinization exhibit life-history trade-offs or if they …

Understanding population responses to rapid environmental changes caused by
anthropogenic activities, such as pesticides, is a research frontier. Genetic assimilation (GA) …

The role of plasticity in sha** adaptations is important to understanding the expression of
traits within individuals and the evolution of populations. With increasing human impacts on …

Exposure to pesticides affects non-target aquatic communities, with substantial
consequences on ecosystem services. Adaptation of exposed populations may reduce the …

Contributing to the worldwide biodiversity crisis are emerging infectious diseases, which can
lead to extirpations and extinctions of hosts. For example, the infectious fungal pathogen …

Because ecosystems throughout the globe are contaminated with pesticides, there is a need
to understand how natural populations cope with pesticides and the implications for …