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RECOVER3/BlueCut_CA_DebrisFlow (Idaho State University-GIS TReC)
Debris flow map for Blue Cut fire using 20mm/hr rainfall event over a 15 minute time period.

More Information:

MapServer: http://ags.giscenter.isu.edu/arcgis/rest/services/RECOVER3/BlueCut_CA_DebrisFlow/MapServer

RECOVER3/GapFire_ID_DebrisFlow (Idaho State University-GIS TReC)
Debris flow predictions for the June 2017 Gap fire, based on a 5 year return rainfall

More Information:

MapServer: http://ags.giscenter.isu.edu/arcgis/rest/services/RECOVER3/GapFire_ID_DebrisFlow/MapServer

RECOVER3/HenrysCreekFire_ID_DebrisFlow (Idaho State University-GIS TReC)
Debris flow predictions for the August 2016 Henry's Creek Fire, based on a 5 year return rainfall

More Information:

MapServer: http://ags.giscenter.isu.edu/arcgis/rest/services/RECOVER3/HenrysCreekFire_ID_DebrisFlow/MapServer

RECOVER3/I84MM271Fire_ID_DebrisFlow (Idaho State University-GIS TReC)
Debris flow predictions for the I84MM271 fire, based on a 5 year return rainfall

More Information:

MapServer: http://ags.giscenter.isu.edu/arcgis/rest/services/RECOVER3/I84MM271Fire_ID_DebrisFlow/MapServer

RECOVER3/Lawyer2Fire_ID_DebrisFlow (Idaho State University-GIS TReC)
These three models predict the probability of debris flow after the Lawyer2 fire occurred in the Clearwater County, Idaho, for 5-, 10-, and 25-year rainfall return periods respectively.

More Information:

MapServer: http://ags.giscenter.isu.edu/arcgis/rest/services/RECOVER3/Lawyer2Fire_ID_DebrisFlow/MapServer

RECOVER3/Lolo2Fire_ID_DebrisFlow (Idaho State University-GIS TReC)
These three models predict the probability of debris flow occurrence after the Lolo2 fire occurred in Idaho County, Idaho. The models are for 5-, 10-, and 25-year rainfall return periods respectively.

More Information:

MapServer: http://ags.giscenter.isu.edu/arcgis/rest/services/RECOVER3/Lolo2Fire_ID_DebrisFlow/MapServer

RECOVER3/MM14Fire_ID_DebrisFlow (Idaho State University-GIS TReC)
Debris flow predictions for the July 2016 MM14 fire, based on a 5 year return rainfall

More Information:

MapServer: http://ags.giscenter.isu.edu/arcgis/rest/services/RECOVER3/MM14Fire_ID_DebrisFlow/MapServer

RECOVER3/RECOVER_RealTimeBaseLayers (Idaho State University-GIS TReC)
Map of the Big Desert Resource Area within the Upper Snake BLM Field Office. Map depicts the location of established fuel breaks, water wells, and suppression zones.

More Information:

MapServer: http://ags.giscenter.isu.edu/arcgis/rest/services/RECOVER3/RECOVER_RealTimeBaseLayers/MapServer

RECOVER3/Spokane_ComplexFire_WA_DebrisFlow (Idaho State University-GIS TReC)
Debris flow predictions for the August 2016 Spokane Complex fire, based on a 5 year return rainfall

More Information:

MapServer: http://ags.giscenter.isu.edu/arcgis/rest/services/RECOVER3/Spokane_ComplexFire_WA_DebrisFlow/MapServer

RECOVER3/TepeeSpringsFire_ID_DebrisFlow (Idaho State University-GIS TReC)
These three models predict the probability of debris flow occurrence after the Tepee Springs fire occurred in Idaho County, Idaho. The models are for 5-, 10-, and 25-year rainfall return periods respectively.

More Information:

MapServer: http://ags.giscenter.isu.edu/arcgis/rest/services/RECOVER3/TepeeSpringsFire_ID_DebrisFlow/MapServer

RECOVER3/TimberedDome_ID_debrisFlow (Idaho State University-GIS TReC)
Two debris flow probability prediction maps for Baker-ORPAC basin, Oregon, for hypothetical high and low burn severities, respectively. These predictions were done for a 5-year return rainfall.

More Information:

MapServer: http://ags.giscenter.isu.edu/arcgis/rest/services/RECOVER3/TimberedDome_ID_debrisFlow/MapServer

RECOVER3/Woodrat_ID_DebrisFlow (Idaho State University-GIS TReC)
These three models predict the probability of debris flow occurrence after the Woodrat fire occurred in Idaho County, Idaho. The models are for 5-, 10-, and 25-year rainfall return periods respectively.

More Information:

MapServer: http://ags.giscenter.isu.edu/arcgis/rest/services/RECOVER3/Woodrat_ID_DebrisFlow/MapServer