Recent developments in tree-ring research offer great potential for reconstructing past
climate changes; determining the frequencies of natural hazards; and assessing the …

Fire is a dominant driver of ecosystem patterns and processes across the Rocky Mountains.
This chapter describes fire ecology and fire-related management for the major forest types in …

Tree mortality events across the globe have been associated with rising temperatures and
altered disturbance regimes. Using fire scars, stand age structure, and tree-ring data, we …

Temporal and spatial patterns of fire regime disruption were reconstructed in conifer forests
of western North America from information on pre-disruption and disrupted mean fire …

Questions Global climate change is predicted to cause widespread shifts in the distribution
and composition of forests, particularly in mountain environments where climate exerts …

Global warming and related disturbances, such as drought, water, and heat stress, are
causing forest decline resulting in regime shifts. Conventional studies have combined tree …

The effects of anthropogenic climate change are apparent in the Greater Yellowstone
Ecosystem (GYE), USA, with forest die-off, insect outbreaks, and wildfires impacting forest …

Wildfire is the dominant natural disturbance agent in forests of the Greater Yellowstone
Ecosystem, and can have long-lasting impacts on local landscapes and limnologic …

ABSTRACT The North American Dendroecological Field week (NADEF) is an intensive
dendrochronology workshop, funded in part by the National Science Foundation. The 2019 …

Global warming and related disturbances, such as fire, drought, and insect outbreaks are
causing forest decline resulting in regime shifts. Fire, drought, and insect events were well …