Fact Sheet / Brief

Putting resilience and resistance into practice

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Land managers are increasingly interested in improving resilience to disturbances,such as wildfire, and resistance to invasive species,such as cheatgrass and medusahead. This fact sheet is designed to assist land managers in resilience and resistance concepts to assess risks, prioritize management activities, and select treatments.

This is the first of many topics reviewed in the Great Basin Fact Sheet series.

Assessing fuel loads in sagebrush steppe and PJ woodlands

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This fact sheet defines Great Basin wildland fuels and reviews some of the approaches used to assess fuel loads in Great Basin ecosystems.

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Wind erosion following wildfire in Great Basin ecosystems

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This fact sheet aim introduces the basic patterns, concepts, and terminology of wind erosion and provides a basic framework for erosion risk assessment and response.

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Management of aspen in a changing environment

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This fact sheet provides land managers with information that can help identify different aspen types, assess the condition of aspen stands, and prioritize stands for restoration using appropriate treatments.

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Seeding big sagebrush successfully on Intermountain rangelands

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This fact sheet provides land managers with state-of-the-art information on the establishment of big sagebrush through direct seeding.

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Assessing impacts of fire and post-fire mitigation on runoff and erosion from rangelands

View fact sheet, pg. 54.

This fact sheet provides an overview of the immediate and short-term hydrologic impacts of fire on infiltration, runoff, and erosion by water, and of the effectiveness of various mitigation treatments in the reduction of runoff and erosion in the years following the fire.

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Woody fuels reduction in Wyoming big sagebrush communities

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This fact sheet discusses consequences and options for woody plant fuel reduction in Wyoming big sagebrush plant communities of the Intermountain West.

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Seeding techniques for sagebrush community restoration after fire

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Great Basin sagebrush communities are experiencing widespread degradation due to the introduction of invasive annual weeds and disturbances that promote weed expansion, including inappropriate grazing and fire. Many sites previously occupied by diverse communities of perennial grasses, forbs, and shrubs have been reduced to depauperate sagebrush stands that readily become dominated by invasive annuals following fire. Post-fire seeding may be necessary to prevent these areas from converting to annual grasslands.

View all topics reviewed in the Fact Sheet series.

Information and tools to conserve and restore Great Basin ecosystems – The GB Factsheet Series

Individual fact sheets comprising the Information and tools to conserve and restore Great Basin ecosystems – Factsheet Series are available below.

No. 1- Putting resilience and resistance into practice

No. 2- Limiting medusahead invasion and impacts in the Great Basin

No. 3- Reestablishing perennial-dominated plant communities in medusahead-invaded sagebrush rangeland

No. 4- Conifer removal in the sagebrush steppe: The why, when, where, and how

No. 5- Fuel breaks that work

No. 6- Wind erosion following wildfire in Great Basin ecosystems

No. 7- Post-fire grazing management in the Great Basin

No. 8- Establishing big sagebrush and other shrubs from planting stock

No. 9- Assessing fuel loads in sagebrush steppe and PJ woodlands

No. 10- Seeding big sagebrush successfully on Intermountain rangelands

No. 11- Assessing impacts of fire and post-fire mitigation on runoff and erosion from rangelands

No. 12- Management of aspen in a changing environment

No. 13- Woody fuels reduction in Wyoming big sagebrush communities

No. 14- Seeding techniques for sagebrush community restoration after fire

Sagebrush steppe – Climate change vulnerability assessment: A synthesis

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It is likely that increasing temperatures will stress native sagebrush steppe species in the lowest, hottest basins more than in cooler and wetter upland habitats. Second, the effect of climate change on cheatgrass and fire is critical but uncertain. Regional warming will increase the frequency of hot, dry conditions that promote fire, but droughts could dampen the fire cycle by limiting the production of fine fuels. Third, the adaptive capacity of sagebrush is unknown and research on the potential for sagebrush to adapt to climate change should be a high priority.

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