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Proposed work will monitor for five years vegetation, fuels, wildlife, insects, and weather at 10 Sagebrush Steppe Treatment Evaluation Project (SageSTEP) sites, all of which have been treated to reduce either juniper encroachment (woodland sites) or cheatgrass invasion (sagebrush/cheatgrass sites). Monitoring of treatment response over the long term will lead to a better understanding of the extent to which managers can manipulate vegetation, fuels, and wildlife habitat in the context of climate change.FY2010Objectives:1) assess longterm trajectories in populations of key plant and animal species, and link these trajectories to management restoration treatments and to climate change; 2) measure total ecosystem...
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FY2014Avoiding cheatgrass dominance following tree-reduction treatments on woodland-encroached sagebrush communities is a priority for managers in the Great Basin. Perennial herbaceous and weedy annual cover have been related to site resilience after treatment and associated with soil climate regimes and site physical characteristics. Additional investigation of site characteristics associated with vegetation response will allow us to better decide which sites to treat and whether seeding is needed or not in conjunction with tree reduction treatments. Site-level planning also requires an understanding of how climate change may influence vegetation response to treatments. We propose to associate site-measured soil...


    map background search result map search result map SageSTEP Longterm Ecological Monitoring Network Using Soil Climate and Geospatial Environmental Characteristics to Determine Plant Community Resilience to Fire and Fire Surrogate Treatments SageSTEP Longterm Ecological Monitoring Network Using Soil Climate and Geospatial Environmental Characteristics to Determine Plant Community Resilience to Fire and Fire Surrogate Treatments