While most sectors of the economy can only be sources of greenhouse gases, the agriculture and forestry sectors both have the opportunity to act as a sink for greenhouse gases. They can do this by increasing the amount of carbon stored in soils (and for forestry, in long-lived biomass). Globally, 3 times more carbon is stored in soils than in the atmosphere. Strategies for increasing carbon storage in agricultural soils include increasing crop intensity or residues, adding carbon amendments (e.g. manures, biosolids, or other), reducing tillage, and growing perennial crops.
Featured Carbon Sequestration Publications
Huggins, D.R., C.E. Kruger, K.M. Painter, D.P. Uberuaga. BioEnergy Research. June 2014, Volume 7, Issue 2, pp 598-608.
Yorgey, G. 2013. Recorded webinar. Part of Pacific Northwest Agriculture and Climate Change Webinar Series available here http://csanr.wsu.edu/webinars/pnw-ag-and-climate-change/ .
WSU webpage for the OFoot project, working to provide a scientifically sound yet simple estimation of the carbon and nitrogen sequestration and net greenhouse gas (GHG) balance likely in a given organic cropping system scenario.
Stöckle, C., S. Higgins, A. Kemanian, R. Nelson, D. Huggins, J. Marcos, and H. Collins. Journal of Soil and Water Conservation 2012 67(5):365-377; doi:10.2489/jswc.67.5.365.
Brown, T.T., and D.R. Huggins. Journal of Soil and Water Conservation 2012 67(5):406-415; doi:10.2489/jswc.67.5.406.
Galinato, S., J. Yoder and D. Granatstein. 2011. Energy Policy, 39(10):6344-6350.
The Northwest Biocarbon Initiative aims to galvanize farmers, foresters, community leaders, and thinkers to demonstrate the essential role that natural systems can play in ensuring long-term climate stability. The Center for Sustaining Agriculture and Natural Resources is part of this collaboration with several of the Northwest’s leading conservation organizations who see this effort as a logical extension of our region’s rich natural resource heritage and our history of groundbreaking innovation and stewardship.
Private forest landowners in the Pacific Northwest and elsewhere face the same challenges as public land managers with regard to changing forest conditions. However, little is known regarding the understanding family forest landowners have about climate change and the potential impacts on how they manage their forests. Consequently, the degree to which private landowners are prepared to respond effectively is unknown. To make sure new research and extension programming related to climate change and western forests is as useful as possible for family forest owners, researchers at three universities conducted a needs assessment in Alaska, Idaho, Oregon and Washington to determine family forest owners’ perceptions, understanding, and educational needs regarding the impact of climate change on their forests. The Oregon, Washington, Alaska and Idaho reports are linked here, as well as an executive summary of the Idaho report.
Western Rural Development Center’s Rural Connections Newsletter Climate Change issue June 2011 contains three articles written by CSANR faculty and staff members. View the entire issue here (6 MB), or view the individual articles by clicking the titles here: Anaerobic Digestion in the Pacific Northwest; Climate Change and Family Forest Landowners in the Pacific Northwest: Attitudes & Understanding; Climate Change and Agriculture in the Pacific Northwest.
The WSU Center for Sustaining Agriculture & Natural Resources established the Climate Friendly Farming Project in 2003 with an initial grant from the Paul G. Allen Family Foundation. This report represents the culmination of research and assessment of the potential for improved management and technology deployment to reduce agricultural greenhouse gas emissions in the Pacific Northwest.
David Granatstein, Chad Kruger, Hal Collins, Manuel Garcia-Perez, and Jonathan Yoder, September 2009. Biochars from different feedstocks were tested on five soils. Biochars on all soil types increased soil C. Biochar C was stable in soil with mean residence times estimated in the hundreds of years. Soil nitrate levels were reduced with increasing biochar rate perhaps due to ammonium adsorption. Biochar did not accelerate loss of indigenous organic matter through the ‘priming effect.′ Biochars raised soil pH, but did not lead to consistent plant growth improvements.
Additional Carbon Sequestration Publications
Weddell, B., L. Carpenter-Boggs, and S. Higgins. June 2012. FS069E. Washington State University researchers have taken a departure from the regionally focused, applied-science extension publication to write a fact sheet on the science, debate and challenges of global climate change.
A narrated Extension PowerPoint on climate science and climate change. The presentation was prepared by Craig Cogger at WSU Puyallup and covers the basics of climate science, evidence of climate change, projections of future climate change, and mitigation strategies. The presentation consists of 10 parts, each about five minutes long, so that it can be viewed in short sittings.
Video of keynote address by Chad Kruger at the 26th Annual BioCycle West Coast Conference April 2012.
We hear about climate change from the media, but the information can be confusing and politically charged. WSU soil scientist Craig Cogger presented a two-part webinar series to cut through the confusion and understand the science of climate change. View Part 1, What does the science really tell us about past and current climate trends? HERE. View Part 2, Climate models, skepticism, and our response to climate disruption HERE.
Schnepf, C., J. Creighton, A. Grotta, S. Kantor. 2011. Executive summary available here.
Grotta, A., J. Creighton, C. Schnepf, S. Kantor. 2011.
Creighton, J., C. Schnepf, A. Grotta, S. Kantor. 2011.
Schnepf, C., J. Creighton, A. Grotta, S. Kantor. 2011. Full report available here.
Kantor, S., J. Creighton, C. Schnepf, A. Grotta. 2011.
Sudermann, 2011. Article highlighting CSANR climate change research in Washington State Magazine.
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