On Nov. 13, the UW School of Environmental and Forest Sciences will welcome Rose Graves, post-doctoral research associate with Portland State University. She will present “Natural Climate Solutions in Oregon: Potential Greenhouse Gas Reductions from Conservation and Land Management.”

The seminar begins at 3:30 p.m. in the Forest Club Room, and a Q&A will be held afterward. Light refreshments will also be served afterward.

Here’s the abstract for her presentation:

“Changes in land management, ecosystem restoration, and conservation on natural and working land (i.e., Natural Climate Solutions or NCS) have substantial potential to meet global and national greenhouse gas (GHG) reduction targets. However, the relative role of NCS to contribute to GHG reduction at subnational scales, particularly in states with strong land use and environmental policies, is not well known. We examined the potential for 12 NCS activities on natural and working land in Oregon to reduce GHG emissions in the context of the state’s climate mitigation goals. We evaluated three alternative NCS implementation scenarios and estimated the annual climate benefit attributable to NCS from 2020 – 2050. We found that NCS could contribute annual GHG emission reductions of 2.6 to 7 MMT CO2e by 2035 and 2.8 to 8.3 MMT CO2e by 2050. Most GHG reductions were attributed to changes in forest management including timber harvest and replanting after wildfires on federal land, followed by changes to agricultural management through no-till, cover crops, and nitrogen management. While per unit area GHG reduction benefits are relatively high for avoided conversion, particularly of forests, the existing land use policy in Oregon results in modest overall GHG reduction benefits from this pathway due to limited geographic extent of conversion. Restoration pathways, which have high per unit area GHG benefits, also have limited geographic extent resulting in lower state-level GHG reduction contributions. However, co-benefits such as improved habitat and water quality delivered by restoration NCS pathways are substantial. Ultimately, the contribution of NCS to emissions reductions depends on the adoption of alternative land management practices, conservation, and restoration at subnational scales. This study shows that states can achieve significant GHG reductions through these activities.”

You can view the full schedule of the fall 2019 quarter SEFS Seminars here, and all seminars will be recorded and posted to the SEFS YouTube page here.