Aim Climate warming is increasing fire activity in many of Earth's forested ecosystems.
Because fire is a catalyst for change, investigation of post‐fire vegetation response is critical …

Climate change is increasing fire activity in the western United States, which has the
potential to accelerate climate-induced shifts in vegetation communities. Wildfire can …

Climate change indirectly affects forest ecosystems through changes in the frequency, size,
and/or severity of wildfires. In addition to its direct effects prior to fire, climate also influences …

Increased wildfire activity combined with warm and dry post-fire conditions may undermine
the mechanisms maintaining forest resilience to wildfires, potentially causing ecosystem …

Climate change is expected to cause widespread shifts in the distribution and abundance of
plant species through direct impacts on mortality, regeneration, and survival. At landscape …

Climate change is expected to increase disturbances such as stand-replacing wildfire in
many ecosystems, which have the potential to drive rapid turnover in ecological …

Climate change is projected to increase fire severity and frequency in the boreal forest, but it
could also directly affect post-fire recruitment processes by impacting seed production …

Southwestern ponderosa pine forests are vulnerable to fire‐driven conversion in a warming
and drying climate, yet little is known about what kinds of ecological communities may …

In recent years, increased wildfire activity and climate change have raised concern among
scientists and land managers regarding current and future vegetation patterns in post‐burn …

Environmental change is accelerating in the 21st century, but how multiple drivers may
interact to alter forest resilience remains uncertain. In forests affected by large high‐severity …