Instream Habitat: Alexander Valley, Russian River, California, 1992
- Description:
-
This line shapefile describes the instream habitat of the Alexander Valley Reach of the Russian River and extends along the mainstem of the river, from the confluence of Big Sulphur Springs to the intersection of the mainstem and the Alexander Valley Bridge, and contains information that describes the instream habitat in terms of habitat type, thalweg depth, substrate type, shelter rating, presence of Ludwigia spp. as well as erosional information. This data gathering effort was a component of the Russian River Resource Enhancement and Access Plan's Instream Habitat Inventory, and was collected between the months of July and August, 1992. This dataset is intended to be used for characterizing instream habitat parameters in the mainstem of the Russian River, Mendocino County reach. This layer is presented in the WGS84 coordinate system for web display purposes. Downloadable data are provided in native coordinate system or projection.
- Resource Link:
- https://purl.stanford.edu/yp169vg0042
- Identifier:
- https://purl.stanford.edu/yp169vg0042
- Language:
- eng
- Creator:
- Circuit Rider Productions
- Publisher:
- Circuit Rider Productions
- Provider:
- Stanford
- Resource Class:
- Datasets
- Resource Type:
- Line data
- Subject:
- Instream flow, Environment, and Inland Waters
- Theme:
- Environment and Inland Waters
- Temporal Coverage:
- 1992
- Date Issued:
- 2002
- Spatial Coverage:
- Sonoma County (Calif.), Mendocino County (Calif.), and Russian River Watershed (Calif.)
- Rights:
-
These data are licensed by Stanford Libraries and are available to Stanford University affiliates only. Affiliates are limited to current faculty, staff and students. Non affiliates seeking access should contact the publisher directly. These data may not be reproduced or used for any purpose without permission.
- Rights Holder:
- Copyright ownership resides with the originator.
- Access Rights:
- Restricted
- Format:
- Shapefile
- Georeferenced:
- false