Novel biotic interactions in shifting communities play a key role in determining the ability of
species' ranges to track suitable habitat. To date, the impact of biotic interactions on range …

Theorists have identified several mechanisms through which species that compete
exploitatively for resources could coexist. By contrast, under the current theory, interference …

Costly interactions between species that arise as a by-product of ancestral similarities in
communication signals are expected to persist only under specific evolutionary …

The damselflies Hetaerininae, a subfamily of Calopterygidae, comprise four genera
distributed from North to South America: Hetaerina, Mnesarete, Ormenophlebia and …

Understanding species distributions and predicting future range shifts requires considering
all relevant abiotic factors and biotic interactions. Resource competition has received the …

Interspecific territoriality has complex ecological and evolutionary consequences. Species
that interact aggressively often exhibit spatial or temporal shifts in activity that reduce the …

Character displacement, or a shift in traits where species co-occur, is one of the most
common ecological patterns to result from interactions between closely related species …

As species' ranges shift in response to human‐induced global changes, species interactions
are expected to play a large role in shaping the resultant range dynamics and …

Interference competition can drive species apart in habitat use through competitive
displacement in ecological time and agonistic character displacement (ACD) over …

Smoky rubyspot damselflies (Hetaerina titia Drury, 1773) are one of the most commonly
encountered odonates along streams and rivers on both slopes of Central America and the …