Competition can result in evolutionary changes to coexistence between competitors but
there are no theoretical models that predict how the components of coexistence change …

That species must differ ecologically is often viewed as a fundamental condition for their
stable coexistence in biological communities. Yet, recent work has shown that ecologically …

Although studies quantifying evolutionary change in response to the selective pressures that
organisms face in the wild have demonstrated that organisms can evolve rapidly, we lack a …

Community ecology typically assumes that competitive exclusion and species coexistence
are unaffected by evolution on the time scale of ecological dynamics. However, recent …

Understanding the drivers of species coexistence is essential in ecology. Niche and fitness
differences (ie how species limit themselves compared to others and species' differences in …

The ability of native communities to maintain invasion resistance in the face of
environmental changes is crucial for biodiversity conservation. However, previous studies …

Recent developments in competition theory—namely, modern coexistence theory (MCT)—
have aided empiricists in formulating tests of species persistence, coexistence, and …

Invasive plant species often competitively displace native plant species but some
populations of native plant species can evolve adaptation to competition from invasive …

Eco-evolutionary dynamics will play a critical role in determining species' fates as climatic
conditions change. Unfortunately, we have little understanding of how rapid evolutionary …

Recent studies have demonstrated that rapid contemporary evolution can play a significant
role in regulating population dynamics on ecological timescales. Here we identify a …