The brown algae (Phaeophyceae) are a group of multicellular heterokonts that are
ubiquitous in today's oceans. Large brown algae from multiple orders are the foundation to …

Decades of research have illuminated the underlying ingredients that determine the scope
of evolutionary responses to climate change. The field of evolutionary biology therefore …

Many species' range limits (RL) occur across continuous environmental gradients without
obvious barriers imposing them. Such RL are expected to reflect niche limits (NL) and thus …

We urgently need to predict species responses to climate change to minimize future
biodiversity loss and ensure we do not waste limited resources on ineffective conservation …

Mating in seed plants arises from interactions between plant traits and the environmental
and demographic context in which individuals reside. These interactions commonly cause …

Climate change has shaped bee distributions over the past century. Here, we conducted the
first species-specific assessment of future climate change impacts on North American …

Species' geographic ranges vary enormously, and even closest relatives may differ in range
size by several orders of magnitude. With data from hundreds of species spanning 20 …

The impacts of climate change have re‐energized interest in understanding the role of
climate in setting species geographic range edges. Despite the strong focus on species' …

Species' ranges are limited by both ecological and evolutionary constraints. While there is a
growing appreciation that ecological constraints include interactions among species, like …

Climate change profoundly influences species distributions. These effects are evident in
poleward latitudinal range shifts for many taxa, and upward altitudinal range shifts for alpine …