Tools and Trainings
Research teams at the USGS Earth Resources Observation and Science (EROS) Center have released a satellite-derived dataset that maps the recent history of the fire-fueling invasive annual grasses spreading through the Western U.S. in greater detail than ever before.
View Fire Facts guide.
This Fire Facts guide was created to provide basic wildfire information, background, terminology, and resources to increase your knowledge and understanding of wildland fire and the ways we can all contribute to better fire outcomes.
The RMA Dashboard is a series of tabs to products to help line officers, agency administrators, fire managers, incident management teams, area commands, geographic area coordination centers, and multi-agency coordination groups to make more risk-informed decisions to achieve safer and improved outcomes. These additional analytics are not a replacement for locally-derived and calibrated decision thresholds or procedures as outlined in manual direction (e.g., the WFDSS Decision, Fire Danger Operating Plans). However, it is hoped that these new products can be infused into pre- and post-planning and incident response systems, procedures, and documentation, like the WFDSS Course of Action or Rationale.
Access the MRLC Rangeland Viewer.
Collectively managing sage-grouse data collected by eleven states within the United States since the 1950s is very challenging, and analyses of these data present hurdles due to its large volume and breadth of methods used to record field observations. We present software that aids in the compilation of these disparate databases that can support population analyses and management of sage-grouse by states.
View the portal.
This interagency burn severity portal provides comprehensive access to federal burn severity data. Information about the various burn severity mapping programs and access to current and historical data products are provided.
Visit the PJ website, authored by Rick Miller
Pinyon (Pinus spp.) and juniper (Juniperus spp.) woodlands occupy over 78,000 square miles of the Great Basin and northern Colorado Plateau. These woodlands have persisted for tens of thousands of years and provide important biodiversity and habitat for many species across the region. Yet, relatively recent infill of new trees into old-growth woodlands and expansion of trees into adjacent sagebrush-steppe, riparian, and aspen communities have created a considerable mix of concerns around wildfire, drought-mortality, invasive species, watershed function, tree removal, and loss of habitat, biodiversity, and resilience.
This website provides background information on the ecology and management of PJ woodlands useful to the interested public and emerging information important to resource managers.
1) PJ 101 provides a brief introduction to and description of PJ woodlands with links to more in-depth information.
2) FAQ (Frequently Asked Questions) briefly addresses questions related to the ecology and management of PJ woodlands.
3) Tools provides information and concepts for evaluating landscapes, which are specifically useful for predicting disturbance or vegetation management responses in PJ woodlands.
4) Literature provides brief summaries and links to recently published PJ woodlands studies. Study findings are highlighted and discussed in terms of our current understanding.
This website will be continually updated with new articles, questions, and tools.
PhenoMap is a new Web-based tool that managers can use to assess the production and location of high-quality forage. It uses satellite imagery to address the need for near-real-time information about plant life cycle events over large spatial areas. “This remote sensing tool can help prioritize management of rapidly degrading resources across the landscape, in near real time,” says Nancy Grulke, a PNW research ecologist with the project. “Tracking resource quality from week to week with imagery can not only support management decisions with empirical evidence, but also provide a visual tool for communication with landowners.”
Fireshed Registry guide.
The Fireshed Registry is a geospatial dashboard and decision tool built in ArcGIS online. It provides an interactive system to view a wide array of information about firesheds (see below) and monitor progress towards risk reduction from management investments. The Fireshed Registry is the geospatial data warehouse for the Forest Service Scenario Planning Platform. The system integrates available data into a series of panels that address specific question related to risk to developed areas. While the Fireshed Registry was organized around fire risk to developed areas, the framework does not preclude integrated assessment of other resource management priorities such as protecting water, wildlife habitat, and recreation opportunity. The all lands geography of the fireshed registry makes it a useful platform for shared stewardship as well.
View tool guide.
A new USGS report supported by the Northwest CASC presents a novel decision making framework to help resource managers use climate science and local knowledge to identify adaptation strategies appropriate for their specific situations. This Climate Adaptation Integration Tool (CAIT) consists of four steps:
- Define a focal resource and assess its vulnerability to climate change.
- Answer Critical Questions about the future climactic suitability, value, and current condition of these resources.
- Select appropriate management approaches based on the answers to these questions.
- Select adaptation strategies and actions most likely to address the management approaches identified.
Within the tool, managers can find resources to make decisions at each step, such as information on finding and choosing appropriate downscaled climate models and decision-making matrices to help link decisions across steps.