Fuels & Fuel Treatments
Learn more from the overview webinar.
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This learning series responds to Section 7.b.iii, Action Item #5 within the Fuels section of the 2015 Integrated Rangeland Fire Management Strategy, which calls for a comprehensive knowledge transfer program to enhance the fuels management program’s role in sagebrush-steppe management. The Strategy is intended to improve the efficiency and efficacy of actions to address rangeland fire, to better prevent and suppress rangeland fire, and improve efforts to restore fire-impacted landscapes.
The learning modules synthesize the state of the science for six management topics:
- Background and origins of the conservation problems facing the sagebrush steppe and greater sage-grouse
- Understanding and applying the concepts of resistance and resilience
- Management of sagebrush ecosystems experiencing conifer encroachment
- Management of sagebrush ecosystems at risk of or invaded by invasive annual grasses
- Restoration of sagebrush steppe ecosystems
- Issues specific to the eastern range of greater sage-grouse
The LANDFIRE Program strives to produce consistent fire behavior fuel model grids for the U.S. These models are relevant for predicting fire behavior, including spread and intensity, during average conditions; however, they often fall short during drought or seasonably dry conditions.
To address the need for that information, LANDFIRE developed a seasonal product named the Modeling Dynamic-Fuels with an Index System (MoD-FIS). These provisional products have been released for the Southwest and Great Basin regions, and are ready for testing and review by those who use LANDFIRE data. In this webinar, Charley Martin and Tobin Smail offer a MoD-FIS primer, explain how the products can be used in these regions, and solicit users’ input and review.
This webinar was co-hosted by LANDFIRE and members of the Joint Fire Science Program: Great Basin Fire Science, Southwest Fire Science, and Northern Rockies Fire Science. Content addresses challenges that managers of large landscapes deal with in these regions.
This webinar describes:
- The long-term (17-26 year) post-fire accumulation in fuel loads and resultant potential fire behavior where historical prefire and immediate postfire data exists in Wyoming and Basin big sagebrush communities.
- Fuel loads accumulation and structure along a time-since-fire. chronosequence in Wyoming, mountain, and low sagebrush ecosystems
- The fuels and reburn potential in once and twice burned Basin big sagebrush plant communities.
- Plant community change 17 years post fire in Wyoming big sagebrush ecosystems.
Presented by: Lisa Ellsworth, Oregon State University.
- Restoring & managing “Emerald Isles”
- Strategic, multi-scale approach for managing threats to sagebrush ecosystems based on resilience and resistance concepts
The Society for Range Management’s 71st Annual Meeting, Technical Training and Trade Show was at the Nugget Hotel in Sparks, Nevada. The theme for the 2018 conference was Empowerment through Applied Science.
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This open-access short course provides fundamental information on rangeland ecology and management. It is hosted by the University of California Rangelands Research & Education Archive and is of interest to staff in government agencies and NGOs who manage local, state, and federal lands—including open space districts, county parks, water districts—and those who conduct education programs on these lands.
The four module course was developed by Dr. Mel George and Cody Sheehy in collaboration with UC Cooperative Extension Livestock and Natural Resource Advisors and University of California and California State University faculty. Course materials were developed with support from USDA Western SARE and RREA.
This webinar, led by LANDFIRE Fire Ecologist Kori Blankenship, provides an introduction to LANDFIRE BpS models and invites your participation in the current BpS review opportunities. Intermountain Basin Big Sagebrush Shrubland and Intermountain Basin Big Sagebrush Steppe ecosystems cover over 90 million acres in the western U.S. and provide critical habitat for the greater sage-grouse. Improving the models for these ecosystems helps LANDFIRE more accurately map fire regimes and vegetation departure, and enables us to provide a more current and robust product for use in land management planning activities.
This webinar presents the Unmanned Aerial Systems (Drones) Resource Management Technologies – Fuel Load and Noxious Weeds Program, which can map, identify, treat, quantify and measure fuel loads and noxious weeds utilizing hyperspectral and LiDAR sensors combined with drone technologies. Chris Wilson of Wilson Herbicide, partnered with Maser Consulting, presents.
Disclaimer: Hosting this webinar does not constitute an endorsement by the Great Basin Fire Science Exchange of Wilson Herbicide or Maser Consulting and the Great Basin Fire Science Exchange has not investigated claims made by any advertiser.
The BLM Targeted Grazing Stakeholder Workshop took place on October 6, 2016 at the Nugget Hotel in Sparks, NV. The following videos and documents are available from the workshop:
Meeting presentations (pdfs)
- Elko District targeted grazing demonstration plots, Kathryn Dyer, BLM
- Targeted grazing demonstration areas, Mike Pellant, BLM
- Secretarial Order 3336: an integrated rangeland fire management strategy, Mike Haske, BLM
- Targeted grazing and SO 3336, Jeff Rose, BLM
- Grazing for fire management, Gregg Simonds, Open Range Consulting
- Livestock fuels reduction, Mike Pellant, BLM
- Standardized monitoring and assessment protocols, Patrick Clark, USDA ARS
In this webinar, Steve Bunting, University of Idaho, shares his research on changes in fuels across the western juniper/PJ woodland successional gradient and implications for effective use of fire treatments. There will be 20 minutes for discussion about management implications.
Effects of fire and mechanical treatments on plants and wildlife in western juniper and PJ woodlands
In this webinar, Rick Miller, Oregon State University, shares his research on how fire and mechanical treatments effect plant and wildlife communities in western juniper and pinyon-juniper woodlands. The last 20 minutes was reserved for a discussion about management implications. Definitions of terms used in this webinar.