The Tribal Climate Change Guide is part of the Pacific Northwest Tribal Climate Change Project (TCCP). The TCCP is part of the L.I.G.H.T. Foundation (LF), is an independent, Indigenous-led, conservation 501(c)(3) nonprofit established on the Colville Indian Reservation in the traditional territory of the Nespelem Tribe in present-day north central Washington State. LF supports the restoration and cultivation of native Plant and Pollinator Relatives and the culturally respectful conservation of habitats and ecosystems which are climate resilient and adaptive. For more information about LF, visit: https://thepnwlf.org/. For more information about the Tribal Climate Change Project, visit: https://tribalclimate.uoregon.edu/. If you would like to add information to this guide, please email kathy.lynn.or@gmail.com.

 

Regional patterns of post-wildfire streamflow response in the Western U.S.

Type
Literature
Publication
Hallema, D.W., Sun, G., Bladon, K.D., Norman, S.P., Caldwell, P.V., Liu, Y. and McNulty, S.G. In press. Regional Patterns of Post‐Wildfire Streamflow Response in the Western United States: The Importance of Scale‐Specific Connectivity. Hydrological Processes. DOI: 10.1002/hyp.11208.
Year Published
2017
Organization
WRSC
Description

A team of scientists published this review to highlight the effects of wildfire on hydrological processes. They specifically focus on regional differences in how streamflow responds in forests after a wildfire. They found that post-wildfire peak flows and annual water yields are generally higher in regions with a Mediterranean or semi-arid climate (Southern California and the Southwest) compared to the highlands (Rocky Mountains and the Pacific Northwest). Through their research, they emphasize that understanding the effects of hydrological processes on post-wildfire dynamic hydraulic connectivity is necessary for risk assessment tools. This is particularly true at the hillslope and watershed scales, and the relationship between overlapping disturbances, including those other than wildfire.