Description: This dataset includes projections of climate change impacts on the frequency of debris flow events in San Mateo County. The dataset shows the number of years in which debris flow events occurred during a 97-year simulation under historical conditions (centered around 1995) and two future conditions (centered around 2030 and 2070). The dataset also shows future changes in number of debris flow events relative to historical counts. To visualize, the number of years were changed to percent of years exceeding threshold during the 97-year simulation period.
Name: Prevalent Debris Sources Near Roads (within 1,000-ft)
Display Field: FULL_NAME_1
Type: Feature Layer
Geometry Type: esriGeometryPolygon
Description: This dataset shows the most prevalent debris sources areas within 1,000-ft of a road, derived from each climate unit in San Mateo County. Sources areas are locations where initial movement of debris could occur during debris flow events. Source areas are classified by severity with steeper areas presenting a higher hazard.
Description: This dataset shows the major and extensive classes of debris sources areas for each climate unit in San Mateo County. Sources areas are locations where initial movement of debris could occur during debris flow events. Source areas are classified by severity with steeper areas presenting a higher hazard.
Description: This dataset shows debris sources areas for each climate unit in San Mateo County. Sources areas are locations where initial movement of debris could occur during debris flow events. Source areas are classified by severity with steeper areas presenting a higher hazard.
Description: This dataset shows the change in number of years in which debris flow events occurred during a 97-year simulation under historical conditions (centered around 1995) and two future conditions (centered around 2030 and 2070).
Description: This dataset shows the change in number of calendar months in which debris flow events occurred during a 97-year simulation under historical conditions (centered around 1995) and two future conditions (centered around 2030 and 2070).
Description: This dataset shows the change in number of days in which debris flow events occurred during a 97-year simulation under historical conditions (centered around 1995) and two future conditions (centered around 2030 and 2070).
Description: This dataset includes projections of climate change impacts on the frequency of debris flow events in San Mateo County. The dataset shows the number of years in which debris flow events occurred during a 97-year simulation under historical conditions (centered around 1995) and two future conditions (centered around 2030 and 2070). The dataset also shows future changes in number of debris flow events relative to historical counts.
Description: This dataset includes projections of climate change impacts on the frequency of debris flow events in San Mateo County. The dataset shows the number of calendar months in which debris flow events occurred during a 97-year simulation under historical conditions (centered around 1995) and two future conditions (centered around 2030 and 2070). The dataset also shows future changes in number of debris flow events relative to historical counts.
Description: This dataset includes projections of climate change impacts on the frequency of debris flow events in San Mateo County. The dataset shows the number of days in which debris flow events occurred during a 97-year simulation under historical conditions (centered around 1995) and two future conditions (centered around 2030 and 2070). The dataset also shows future changes in number of debris flow events relative to historical counts.