Pacific Southwest Research Station

The Pacific Southwest Research Station (PSW) plays a leadership role in climate change and greenhouse gas science at national and international levels. Research of PSW scientists focuses on assessing climates, evaluating ecosystem responses, promoting approaches to sequester carbon and reduce greenhouse-gas emissions, and developing adaptation strategies to manage natural resources in the face of changing climates.

The PSW coordinates research with the western Forest Service Research Stations in the Pacific Northwest and Rocky Mountains, and with Federal, State, academic, and non-governmental partners.

Through collaborations, PSW has taken key leadership roles in catalyzing coordinated and integrated research:

Global Change Research Strategy . USFS Research and Development released on Feb 6, 2008 a new strategic approach for research on global change over the 20 years. This represents input from scientists throughout the agency and synthesizes priorities developed at the Denver 2007 meeting.

Westwide Climate Initiative: PSW is a lead partner in a current proposal of the three western Forest Service Research Stations to assess climates at scales relevant to national forest management, develop tools to quantify effects of climate change on natural resources, and promote new strategies for national forest planning and management.

CIRMOUNT (Consortium for Integrated Climate Research in Western Mountains): PSW is a founding member of CIRMOUNT, a diverse network of scientists, resource managers, and policy makers committed to promoting coordinated climate monitoring, integrated research, communication and education, and decision support in western North American mountain regions.

Climate Change Science Program: PSW contributes directly to ongoing national assessments of the joint Federal climate research program, especially in developing the Synthesis and Assessment Products.

Research Emphasis Areas

Assessing Climate Variability and Change

PSW scientists study historic climates and also assess recent climate in relation to forest composition, structure, and health.

Evaluating Ecosystem Effects

A long-standing strength of PSW science has been to evaluate natural process and disturbance effects on diverse physical and ecological attributes of natural resources.

Investigating Carbon Cycles

PSW scientists research carbon relations in the environment (soil and vegetation) as a crucial step to understanding of carbon effects.

Developing Strategies for Mitigation and Adaptation

Mitigation opportunities for sequestering carbon and reducing atmospheric emissions are key topics of emerging science at PSW. New approaches to planning and national-forest management in the face of global change rely on input from PSW interdisciplinary and focused science.

Research is conducted by:

• Sierra Nevada Research Center (RWU-4202)
• Forest Biomass Energy Life Cycle Assessment Project
• Air Pollution and Global Change Impacts on Western Forest Ecosystems (RWU-4451)
• Wildland Fire Management Research, Development, and Application (RWU-4402)
• Ecology and Management of Western Forests Influenced by Mediterranean Climate (RWU-4155)
• Cumulative Effects of Forest Mgmt on Hillslope Processes, Fishery Resources, and Downstream Environments (RWU-4351)
• Sudden Oak Death (SOD) Program
• Timber Management/Wildlife Habitat Interactions (RWU-4251)
• Center for Urban Forest Research (RWU-4952)
• Institute of Pacific Islands Forestry (RWU-4154)