The response of communities to climate extremes can be quite variable. Much of this variation has been attributed to differences in community-specific functional trait[...]

Within oligotrophic ecosystems, resource limitations coupled with interspecific variation in morphology, physiology, and life history traits may lead to niche partitio[...]

In aquatic systems, developing effective detection and monitoring methods is of the utmost importance in nonnative species management. One complement to monitoring tha[...]

Pulse subsidies account for a substantial proportion of resource availability in many systems, having persistent and cascading effects on consumer population dynamics,[...]

Extreme climate events such as hurricanes can influence the movement and distribution of fish and other aquatic vertebrates. However, our understanding of the scale of[...]

Plasticity in life-history traits and behaviors allows organisms to track spatial environmental variation, such as that resulting from a latitudinal gradient. In estua[...]

Understanding the nature of migratory behaviors within animal populations is critical to develop and refine conservation and management plans. However, tracking migrat[...]

Extreme climate events can interact synergistically with invasions to dramatically alter ecosystem structure, function, and services. Yet, the effects of extreme clima[...]

Disturbances that alter cross-habitat food web linkages can lead to whole-scale changes to aquatic systems. In coastal rivers of the Everglades (Florida, U.S.A.), incr[...]

Disturbances that alter cross-habitat food web linkages can lead to whole-scale changes to aquatic systems. In coastal rivers of the Everglades (Florida, U.S.A.), incr[...]