New technologies for monitoring biodiversity such as environmental (e) DNA, passive
acoustic monitoring, and optical sensors promise to generate automated spatiotemporal …

The finding that adaptive evolution can often be substantial enough to alter ecological
dynamics challenges traditional views of community ecology that ignore evolution. Here, we …

Biotic interactions are widely recognised as the backbone of ecological communities, but
how best to study them is a subject of intense debate, especially at macro‐ecological scales …

Joint species distribution models (JSDMs) explain spatial variation in community
composition by contributions of the environment, biotic associations and possibly spatially …

Microbes encompass tremendous biodiversity, provide support to all living forms, including
humans, and play an important role in many ecosystem services. The rules that govern …

In metacommunity ecology, a major focus has been on combining observational and
analytical approaches to identify the role of critical assembly processes, such as dispersal …

A major goal of community ecology is understanding the processes responsible for
generating biodiversity patterns along spatial and environmental gradients. In stream …

Loss of native habitat has been identified as one of the crucial drivers of the growing
biodiversity crisis, acting toward the deleterious effects on individual fitness, functional …

Pool refuges are critical for maintaining stream fish diversity in increasingly intermittent
streams. Yet, the patterns and drivers of beta diversity of native and non-native fish in pool …

Dispersal has a key role in sha** spatial patterns of biodiversity, yet its spatial
heterogeneity is often overlooked in biodiversity analyses and management strategies …