Hummingbird Species Richness
Data and Resources
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[WMS] Hummingbird Species RichnessWMS
Web Map Service (WMS) endpoint providing visualization capabilities for...
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[WCS] Hummingbird Species RichnessWCS
Web Coverage Service (WCS) endpoint providing direct access to the raw raster...
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[DATA] Hummingbird Species RichnessGeoTiff
Zipped file containing the GeoTiff data and associated metadata for...
Additional Info
Field | Value |
---|---|
Last Updated | January 17, 2025, 06:42 (UTC) |
Created | January 17, 2025, 06:42 (UTC) |
category | /Biodiversity Conservation/Species Diversity |
collection_name | California Landscape Metrics |
creation_method | Generated using the California Wildlife Habitat Relationships model developed and managed by the California Department of Fish and Wildlife. CWHR habitat values are based on the FVEG vegetation data that has been updated. Species are considered present, and habitats considered suitable for each 30m cell for which the canopy cover-size-vegetation combination have been deemed highly suitable for the reproduction of that species in the California Wildlife Habitat Relationship database. Only hummingbird species have been included in the species richness count for this layer. |
data_resolution | 30m Raster |
data_units | Number of species |
data_vintage | 04/2023 |
encoding | utf8 |
file_name | HummingbirdSpecRichness_202304_202406_T1_v5 |
format | GeoTiff |
harvest_object_id | 93cb1e05-7874-465e-b394-7d89239a3f24 |
harvest_source_id | a2637971-af12-457f-ae4a-831d2202a539 |
harvest_source_title | WIFIRE Commons |
maximum_value | 3.0 |
metric_definition_and_relevance | Native species richness is estimated based on high suitability reproductive habitat for a given species. Reproductive habitat is used to represent suitability because it is critical for species persistence and for most native species it has the most limited requirements. If a habitat is identified as high for a given species, it is considered suitable (1), and habitat identified as moderate, low or not suitable, it is considered unsuitable (0). Species richness values are used as a relative measure of biodiversity value; as such, areas with lower species richness based on these criteria may still have high biodiversity value, but not as high as areas with higher richness values. The total number of federally threatened/endangered native species per spatial unit (30m pixel) can be useful for assessing change in number/composition over space. |
minimum_value | 0.0 |
spatial | {"type": "Polygon", "coordinates": [[[-124.5090833859125, 32.4242698701859], [-113.49380570277376, 32.4242698701859], [-113.49380570277376, 42.1119747450123], [-124.5090833859125, 42.1119747450123], [-124.5090833859125, 32.4242698701859]]]} |
tier | 1 |