Abiotic stresses could have complex and diverse effects on the growth and development of
forest trees. In this review, we summarized the responses of morphological, physiological …

Rates of tree mortality continue to rise with climate change, particularly in high elevation
subalpine forests. In these systems, which depend on a narrow range of microsite conditions …

Tree growth strongly responds to climate change, especially in semiarid mountainous areas.
In recent decades, China has experienced dramatic climate warming; however, after 2000 …

Understanding forest water limitation during droughts within a warming climate is essential
for accurate predictions of forest-climate interactions. In hyperdiverse ecosystems like the …

Interactions between tropical cyclones and wildfires occur widely and can tip closed forests
into open-canopy structures that initiate a 'grass–fire'cycle. We examined cyclone–fire …

Abstract The Great Basin is an arid province located in the interior western United States.
The region encompasses millions of hectares and quaking aspen (Populus tremuloides …

Abstract Quaking aspen (Populus tremuloides Michx.) ecosystems are highly valued in the
southwestern United States because of the ecological, economic, and aesthetic benefits …

Global warming reduces water availability, exposing plants to more pronounced wet/dry
cycles during their lifetime. Under these circumstances, epiphytic bromeliads can be more …

Abiotic stressors may have intricate and varied impacts on the growth and development of
forest trees. This article provides a comprehensive summary of the effects of abiotic …

To survive rapid climate change shifts, species must either adapt using evolutionary
mechanisms or shift their range with shifting environmental gradients. Mid-Atlantic tidal …