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SUMMARY:Western drought crisis
DESCRIPTION:Webinar recording. \nHistoric drought conditions across the western United States continue to rapidly worsen and expand with over 80% of the West now in drought\, according to the U.S. Drought Monitor. Widespread impacts are being felt. To provide the latest information on drought conditions across the Southwest\, California\, Pacific Northwest\, and the Missouri River Basin\, as well as the serious impacts on diverse sectors of the economy\, NIDIS is joining with our federal\, state\, tribal\, and local partners to host a drought webinar specifically for western communities. \nThe webinar will include an update on the current drought situation and outlook\, an overview of wildland fire conditions and outlook\, and will feature perspectives from those on the ground who are responding to worsening drought conditions. Key discussions will include a summary of past and current conditions in terms of many climate variables like snowpack\, temperatures\, precipitation\, soil moisture\, etc.; as well as potential and ongoing impacts from drought across sectors (e.g.\, agriculture\, water resources\, recreation\, etc.).
URL:https://greatbasinfirescience.org/event/western-drought-crisis/
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SUMMARY:Recent fire regimes of the bi-national Madrean Sky Islands: Implications for collaborative\, transboundary fire management
DESCRIPTION:Webinar recording. \nOverview: This webinar shares results of a recent study of contemporary fire regimes over a 32-year period (1985-2017) in the Madrean Sky Islands of the U.S. and México. During the study period 335 fires burned approximately 28% of the study area\, with re-burns occurring on over 25% of the burned areas. The greatest variation in fire regimes\, including fire size\, frequency\, and severity was observed in places with the most diverse human activities and land uses – particularly in the mountain ranges adjacent to the U.S.- México border. Average severity of recent fires was low despite some extreme outliers in cooler\, wetter environments. Fire frequency was also higher than historical expectations in these cool and wet environments that support forest types such as Spruce-Fir\, indicating threats to these systems possibly attributable to drought and other factors. In cooler and wetter environments in more remote areas of México\, pine-oak forests burned with fire frequencies close to historical. In contrast\, fires were absent or infrequent across large expanses of lower elevation Woodlands and Grasslands due possibly to overgrazing\, which reduces abundance and continuity of fine fuels needed to carry fire. Our findings provide a new depiction of fire regimes in the Sky Islands that can help inform fire management\, restoration\, and regional conservation planning\, fostered by local and traditional knowledge and collaboration among landowners and managers. \nPresenter: Dr. Miguel Villarreal\nCo-authors: José M. Iniguez\, Aaron D. Flesch\, Jamie S. Sanderlin\, Citlali Cortés Montaño\, Caroline R. Conrad\, Sandra L. Haire \n 
URL:https://greatbasinfirescience.org/event/recent-fire-regimes-of-the-bi-national-madrean-sky-islands-implications-for-collaborative-transboundary-fire-management/
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