This paper provides a review and comparison of strategies to increase forest carbon, and
reduce species losses for climate change mitigation and adaptation in the United States. It …

Climate change has intensified the scale of global wildfire impacts in recent decades. In
order to reduce fire impacts, management policies are being proposed in the western United …

The use of stable isotopes to characterize ecosystem dynamics and infer leaf gas exchange
processes has become increasingly prevalent over the last few decades within the …

Forest water reclamation is a decades-old practice of repurposing municipal reclaimed
water using land application on forests to filter nutrients and increase wood production …

Protecting the climate system requires urgently reducing carbon emissions to the
atmosphere and increasing cumulative carbon stocks in natural systems. Recent studies …

In recent decades, forest disturbances caused by wildfire, insect and disease‐induced forest
mortality and drought have increased in frequency and magnitude, especially in the Western …

As the climate changes, it is increasingly important to understand how forests will respond to
drought and how forest management can influence those outcomes. In many forests that …

Feedbacks between the intertwined water and carbon cycles in semi‐arid mountain
ecosystems can introduce large uncertainties into projections of carbon storage. In this …

Forests are important for the global carbon cycle, hydrothermal balance, and climate
change. Human activities can exert a significant impact on forest ecosystems, thereby …

Novel climate and disturbance regimes in the 21st century threaten to increase the
vulnerability of some western US forests to loss of biomass and function. However, the …