The Reynolds Creek Experimental Watershed is a “working” as opposed to a pristine, watershed. Most of the land in the watershed (77%) is owned by either the state or federal government, and, in this case, managed by the Bureau of Land Management (BLM). The remaining, privately held land is managed by local ranchers, who live in or adjacent to the watershed and derive their livelihood from cattle ranching. In addition to cattle grazing, a small part of the valley is used to raise hay and there is some timber harvesting.
The USDA ARS Northwest Watershed Research Center (NWRC) holds regular stakeholder meetings with owners and BLM to communicate activities and has undertaken a prescribed fire management program in cooperation with the Bureau of Land Management (BLM).
The mission of the NWRC is to provide knowledge and technology for management of semi-arid rangeland watersheds; to quantitatively describe the hydrologic processes and interactive influences of climate, soils, vegetation, topography, and management on rangeland systems; to develop information, simulation models, and tools that can be used by action agencies and producers in determining optimum management strategies; and to maintain long-term databases for scientific applications. Because much of the land is private and public land (BLM), the NWRC holds regular stakeholder meetings to communicate and discuss activities and identify new areas of research activities that might affect different stakeholders.
Fire frequency and extent are increasing in the Western US with changes in climate (Westerling et al., 2006) and vegetation (introduced species such as Bromus tectorum (cheatgrass) (Allen et al., 2011). Use of prescribed fire as a management practice has emerged as a tool to control fuel loads (McIver et al., 2010). The Northwest Watershed Research Center (NWRC) has undertaken a prescribed fire management program in cooperation with the Bureau of Land Management (BLM). The Northwest Watershed Research Center (NWRC) selects sites, conducts experiments and monitors and evaluates fire effects, while the BLM assists in site selection and conducts the fires. The primary ecohydrological criteria for site selection is that precipitation be sufficient such that invasive species such as cheatgrass, and yellow star thistle do not expand as a result of the fire. To date, three fires (2002, 2004 and 2007) have been conducted in the RCEW. The next fire is scheduled for 2015. The temporal sequence of past fires and the ability to participate in the planning of future fires provides an opportunity for research into the effects of fire on soil carbon.
24 Apr 2014 - Information for the proposed 2014 All Hands Meeting for the CZO Network, including dates, time, registration information, and abstract submission.
05 Oct 2012 - Faculty and students from the University of Delaware presented research on watershed issues at a recent symposium that brought together a variety of...
02 Apr 2014 - March 31, 2014. Dr. Enriqueta Barrera (NSF CZO program director) and Dr. Gordon Grant (USFS; CZO Steering Committee chairperson)
11 Jul 2013 - The National Science Foundation's Cheryl Dybas recently finalized a new report entitled "Discoveries in the Critical Zone: Where Life meets...
06 Jun 2013 - During the week of May 19, five faculty members interested in Critical Zone science traveled to Northfield, MN to participate in an InTeGrate...
08 Mar 2013 - Christina Basin Clean Water Partnership Task Force Explores Potential for WikiWatershed to Engage Stakeholders and Public
04 Dec 2012 - Steve Hicks, Stroud Water Research Center’s research engineer, has launched a blog aimed at sharing wireless sensor network ideas, designs,...