Coho Salmon Intrinsic Potential Central California Coast NOAA [ds2785]

SDE Feature Class

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Tags
suitability, habitat, North Central California Coast, intrinsic potential, NCCC, coho salmon


Summary

This data set provides an estimate to the spatial distribution of potential habitat for Central California Coast coho salmon.

Description

Information on estimating the quality and extent of historical habitat is needed for ongoing efforts to conserve and eventually recover protected populations of Pacific salmonids. Because georeferenced spatial data on habitat and fish distribution at the regional scale are lacking, we adapted methods of the Coastal Landscape Analysis and Modeling Study (CLAMS) to implement a GIS approach in modeling the intrinsic potential (IP) of stream reaches to support juvenile steelhead, coho, and chinook salmon. The IP model uses geomorphic and hydrological attributes (expressed as the weighted geometric mean of indices for mean annual discharge, channel gradient, and channel constraint) to estimate the latent potential of stream reaches to provide favorable habitat characteristics for spawning and rearing. Indices for the model are derived from a 10 m DEM and PRISM precipitation data. Thus, the model predicts patterns of relative productive potential expected in the absence of human disturbances, as related through the input data. To apply the model appropriately in California, we investigated the species-specific weighting functions (proposed by CLAMS) for coho and steelhead using values available in the literature. Also, because patterns in precipitation and runoff vary across latitudes, we appplied a linear regression model to gage station data to better estimate mean annual discharge from drainage area and precipitation.

See Agrawal, A., R. Schick, E. P. Bjorkstedt, S. R.G., M. Goslin, B. C. Spence, T. Williams, and K. M. Burnett (2005). Predicting the potential for historical coho, Chinook and steelhead habitat in Northern California. NOAA Technical Memorandum NMFS-SWFSC-379.

Spence, B. C., E. P. Bjorkstedt, J. C. Garza, J. J. Smith, D. G. Hankin, D. Fuller, W. E. Jones, R. Macedo, T. H. Williams, E. Mora (2008). A Framework for assessing the viability of threatened and endangered salmon and steelhead in the North-central California Coast Recovery Domain. NOAA Technical Memorandum NOAA-TM-NMFS-SWFSC-423.

Credits

Data originally created by the NOAA Fisheries Southwest Fisheries Science Center, Santa Cruz, CA. Compiled into one data set by NOAA Fisheries West Coast Region, Santa Rosa, CA.

Use limitations

Extent

West -124.357545 East -121.397255
North 40.264866 South 36.950096

Scale Range
Maximum (zoomed in) 1:5,000
Minimum (zoomed out) 1:150,000,000

ArcGIS Metadata

Topics and Keywords

Themes or categories of the resource environment, inlandWaters, oceans, biota


* Content type Downloadable Data
Export to FGDC CSDGM XML format as Resource Description No

Place keywords California

Theme keywords suitability, habitat, North Central California Coast, intrinsic potential, NCCC, coho salmon

Citation

Title Coho Salmon Intrinsic Potential Central California Coast NOAA [ds2785]
Publication date 2017-01-0100:00:00
Indeterminate date unknown


Presentation formats * digital map


Citation Contacts

Responsible party
Organization's name NOAA Fisheries West Coast Region, Santa Rosa, CA
Contact's role originator


Responsible party
Organization's name NOAA Fisheries West Coast Region, Santa Rosa, CA
Individual's name Charleen Gavette
Contact's role point of contact


Contact information
Address
Type physical
Delivery point 777 Sonoma Ave
City Santa Rosa
Administrative area CA
Postal code 95404
e-mail address charleen.gavette@noaa.gov



Resource Details

Dataset languages English(UNITED STATES)
Dataset character set utf8 - 8 bit UCS Transfer Format


Status completed
Spatial representation type * vector


Supplemental information
Intrinsic potential measures the potential for development of favorable habitat characteristics as a function of the underlying geomorphic and hydrological attributes, as determined through a Digital Elevation Model (DEM) and mean annual precipitation grid. The model does not predict the actual distribution of good habitat, but rather the potential for that habitat to occur, nor does the model predict abundance or productivity. Additionally, the model does not predict current conditions, but rather those patterns expected under pristine conditions as related through the input data. Thus, IP provides a tool for examining the historical distribution of habitat among and within watersheds, a proxy for population size and structure, and a useful template for examining the consequences of recent anthropogenic activity at landscape scales. -------------------------------------------- E. Mora and M. Jones 1/2008 Natural Barriers and Dams Attributes Added to Coverages. To incorprate both natural barriers and anthropogenic barriers (dams), attributes have been added to the coverages affected by these barriers. If a natural barrier(s) and/or dam(s) is present in the watershed, a NAT_BARR_RE and/or ANTHRO_BARR_RE attribute exists in the arc attribute table. All arcs downstream of the barrier are given a value of zero and all arcs upstream of the barrier are given the value of the FNODE of the first arc downstream of the barrier (essentially the node where the barrier is located). In September 2014, NOAA Fisheries Southwest Fisheries Science Center collaborated with NOAA Fisheries West Region to create a species-specific data files of intrinsic potential for four ESUs and DPSs within the North-Central California Coast Recovery Domain: California Coastal Chinook salmon, Central California Coast coho salmon, Northern California Steelhead, and Central California Coast steelhead. These data files differ from their predecessors in two important respects. First, stream reaches with IP values of zero that occur upstream of the upper extent of the predicted distribution have been removed to reduce file size and increase portability. Second, areas upstream of long-standing natural barriers to fish passage have been removed from these files as well. This eliminates the need to query based on barrier attributes in order to obtain the extent of intrinsic. CO_IP_CURVE: use for mapping - shows the quality of the IP (from 0.0 to 1.0). COIPINT = Integrated IP: use if comparing to other watersheds. The area over which IP was calculated is taken into account (values are less than 1). To get total IP miles for a population, sum all the COIPINT records in that population. CO_IP215_CURV: use for mapping - shows the quality of the IP (from 0.0 to 1.0) with a 21.5 degree celsius mean August air temperature mask. COIPINT_215 = Integrated IP: use if comparing to other watersheds. The area over which IP was calculated is taken into account (values are less than 1) with a 21.5 degree celsius mask. To get total IP miles for a population with a 21.5 degree celsius mask, sum all the COIPINT_215 records in that population.
* Processing environment Microsoft Windows 7 Version 6.1 (Build 7601) Service Pack 1; Esri ArcGIS 10.5.1.7333


Credits
Data originally created by the NOAA Fisheries Southwest Fisheries Science Center, Santa Cruz, CA. Compiled into one data set by NOAA Fisheries West Coast Region, Santa Rosa, CA.
ArcGIS item properties
* Name Coho Salmon Intrinsic Potential - Central California Coast - NOAA [ds2785]
* Location Server=; :; Database=; User=; Version=
* Access protocol ArcSDE Connection

Extents

Extent
Geographic extent
Bounding rectangle
Extent type Extent used for searching
* West longitude -124.357545
* East longitude -121.397255
* North latitude 40.264866
* South latitude 36.950096
* Extent contains the resource Yes

Extent in the item's coordinate system
* West longitude -13843418.623600
* East longitude -13513880.609300
* South latitude 4432153.062100
* North latitude 4904506.806100
* Extent contains the resource Yes

Resource Points of Contact

Point of contact
Individual's name Charleen Gavette
Organization's name NOAA Fisheries West Coast Region
Contact's role point of contact


Resource Maintenance

Resource maintenance
Update frequency not planned


Spatial Reference

ArcGIS coordinate system
* Type Projected
* Geographic coordinate reference GCS_WGS_1984
* Projection WGS_1984_Web_Mercator_Auxiliary_Sphere
* Coordinate reference details
Projected coordinate system
Well-known identifier 102100
X origin -20037700
Y origin -30241100
XY scale 10000
Z origin 0
Z scale 1
M origin 0
M scale 1
XY tolerance 0.001
Z tolerance 0.001
M tolerance 0.001
High precision true
Latest well-known identifier 3857
Well-known text PROJCS["WGS_1984_Web_Mercator_Auxiliary_Sphere",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Mercator_Auxiliary_Sphere"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],PARAMETER["Standard_Parallel_1",0.0],PARAMETER["Auxiliary_Sphere_Type",0.0],UNIT["Meter",1.0],AUTHORITY["EPSG",3857]]

Reference system identifier
* Value 3857
* Codespace EPSG
* Version 8.8(9.3.1.2)


Spatial Data Properties

Vector
* Level of topology for this dataset geometry only


Geometric objects
Feature class name DS2785_20180809
* Object type composite
* Object count 91551



ArcGIS Feature Class Properties
Feature class name DS2785_20180809
* Feature type Simple
* Geometry type Polyline
* Has topology FALSE
* Feature count 91551
* Spatial index TRUE
* Linear referencing FALSE



Lineage

Lineage statement
Attribute fields reordered by CDFW

Geoprocessing history

Process
Process name
Date 2018-08-1607:40:15
Tool location c:\program files (x86)\arcgis\desktop10.5\ArcToolbox\Toolboxes\Data Management Tools.tbx\Project
Command issued
Include in lineage when exporting metadata No


Process
Process name
Date 2018-08-1607:44:04
Tool location c:\program files (x86)\arcgis\desktop10.5\ArcToolbox\Toolboxes\Conversion Tools.tbx\FeatureClassToFeatureClass
Command issued
Include in lineage when exporting metadata No


Distribution

Distribution format
* Name SDE Feature Class


Transfer options
Online source
Location http://www.westcoast.fisheries.noaa.gov/maps_data/maps_and_gis_data.html
Function performed download

Online source
Location https://www.wildlife.ca.gov/Data/BIOS
Function performed information

Online source
Location ftp://ftp.wildlife.ca.gov/BDB/GIS/BIOS/Public_Datasets/2700_2799/ds2785.zip
Function performed download

Fields

Details for object DS2785_20180809
* Type Feature Class
* Row count 91551


Field OBJECTID
* Alias OBJECTID
* Data type OID
* Width 4
* Precision 10
* Scale 0
* Field description
Internal feature number.
* Description source
Esri
* Description of values
Sequential unique whole numbers that are automatically generated.




Field Shape
* Alias Shape
* Data type Geometry
* Width 4
* Precision 0
* Scale 0
* Field description
Feature geometry.
* Description source
Esri
* Description of values
Coordinates defining the features.




Field Name
* Alias Name
* Data type String
* Width 30
* Precision 0
* Scale 0
Field description
Population Name


Field COIPSUM
* Alias COIPSUM
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Total coho (no masks) IP (in meters) wher IP > 0


Field COIPSUM5
* Alias COIPSUM5
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Total coho (no masks) IP (in meters) wher IP >= 0.5


Field COIPSUM8
* Alias COIPSUM8
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Total coho (no masks) IP (in meters) wher IP >= 0.8


Field COIPINT
* Alias COIPINT
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Total distance weighted (in meters) IP for coho (no masks)


Field COIPINT8
* Alias COIPINT8
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Total distance weighted (in meters) IP for coho (no masks) where IP >= 0.8


Field COIPSUM_215
* Alias COIPSUM_215
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Total coho (21.5 degree celsius mask) IP (in meters) where IP > 0


Field COIPSUM5_215
* Alias COIPSUM5_215
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Total coho (21.5 degree celsius mask) IP (in meters) where IP > 0.5


Field COIPSUM8_215
* Alias COIPSUM8_215
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Total coho (21.5 degree celsius mask) IP (in meters) where IP > 0.8


Field COIPINT_215
* Alias COIPINT_215
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Total distance weighted (in meters) IP for coho (21.5 degree celius mask)


Field COIPINT8_215
* Alias COIPINT8_215
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Total distance weighted (in meters) IP for coho (21.5 degree celius mask) where IP >= 0.8


Field MNANPRC_MM
* Alias MNANPRC_MM
* Data type Integer
* Width 4
* Precision 10
* Scale 0
Field description
Mean annual precipitation depth in millimeters, averaged over the drainage area to the downstream end of the reach.


Field MEANANNCFS
* Alias MEANANNCFS
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Mean annual discharge for the downstream end of the reach based on a regression equation for western Oregon.


Field MEANANNCMS
* Alias MEANANNCMS
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
MEANANNCFS converted to cubic meters/second.


Field TEMPERATURE
* Alias TEMPERATURE
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Mean August air temperature (in 1/10 degrees Celsius) acquired from a PRISM temperature grid.


Field ORDER_
* Alias ORDER_
* Data type Integer
* Width 4
* Precision 10
* Scale 0
Field description
Strahler stream order. Note that stream order is a function of where the channel head is defined.


Field SVC_CURVE
* Alias SVC_CURVE
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Coho suitability index for valley constraint


Field SC_CURVE
* Alias SC_CURVE
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Coho suitability index for discharge


Field SVC_CURVE215
* Alias SVC_CURVE215
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Coho suitability index for valley constraint using the 21.5 celsius degrees mask


Field SC_CURVE215
* Alias SC_CURVE215
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Coho suitability index for discharge using the 21.5 celsius degrees mask


Field CG_CAL_CURVE
* Alias CG_CAL_CURVE
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Coho suitability index for gradient


Field CGCALCURVE215
* Alias CGCALCURVE215
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Coho suitability index for gradient using the 21.5 celsius degrees mask


Field CO_IP_CURVE
* Alias CO_IP_CURVE
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
IP score for coho with no temperature masks


Field CO_IP215_CURV
* Alias CO_IP215_CURV
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
IP score for coho with 21.5 degree celsius mask


Field CALMAX_GRAD_D
* Alias CALMAX_GRAD_D
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
MX_GRAD_DPCT ** .756656 * 1.259


Field CALMEAN_GRAD
* Alias CALMEAN_GRAD
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
MEAN_GRADPCT ** .756656 * 1.259


Field WDTHAVEDEV
* Alias WDTHAVEDEV
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Average deviation of valley width through the reach.


Field MEAN_GRAD
* Alias MEAN_GRAD
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Mean gradient through the reach (vertical change/horizontal length).


Field MEAN_GRADPCT
* Alias MEAN_GRADPCT
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
MEAN_GRAD * 100


Field MAX_GRAD_D
* Alias MAX_GRAD_D
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Maximum gradient encountered downstream through the network.


Field MX_GRAD_DPCT
* Alias MX_GRAD_DPCT
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
MAX_GRAD_D * 100


Field MIN_GRAD
* Alias MIN_GRAD
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Minimum gradient within the reach (at the scale of DEM pixels).


Field MAX_GRAD
* Alias MAX_GRAD
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Maximum gradient within the reach.


Field AVEDEVGRAD
* Alias AVEDEVGRAD
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Average deviation of gradient through the reach.


Field ANTHRO_BARR_RE
* Alias ANTHRO_BARR_RE
* Data type SmallInteger
* Width 2
* Precision 5
* Scale 0
Field description
Anthropogenic Barrier; 0 = below barrier, 1= above barrier


Field VALWIDTH_L
* Alias VALWIDTH_L
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Valley width in meters on the left side of the channel (facing downstream).


Field VALWIDTH_R
* Alias VALWIDTH_R
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Valley width in meters on the right side of the channel.


Field WIDTH_MIN
* Alias WIDTH_MIN
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Minimum valley width within the reach.


Field WIDTH_MAX
* Alias WIDTH_MAX
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Maximum valley width within the reach.


Field AREA__KM2_
* Alias AREA__KM2_
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Drainage area in square kilometers to the downstream end of the reach


Field LLID
* Alias LLID
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Each channel is assigned a unique identifier, based on the latitude and longitude at the mouth. At channel junctions, the identifier is assigned to the channel with the largest drainage area and the smaller channel is assigned a new LLID. LLIDs are calculated using pixel corners to differentiate cases where two tributaries enter the mainstem at a single DEM node.


Field ID
* Alias ID
* Data type Integer
* Width 4
* Precision 10
* Scale 0
Field description
Each channel is assigned a unique identifier, based on the latitude and longitude at the mouth.


Field LENGTH
* Alias LENGTH
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Length of feature in internal units (meters).


Field FROM_DIST
* Alias FROM_DIST
* Data type Integer
* Width 4
* Precision 10
* Scale 0
Field description
The distance from the channel mouth to the downstream end of the reach (in meters).


Field TO_DIST
* Alias TO_DIST
* Data type Integer
* Width 4
* Precision 10
* Scale 0
Field description
The distance from the channel mouth to the upstream end of the reach (in meters).


Field VALLEY_W
* Alias VALLEY_W
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
VALWIDTH_L + VALWIDTH_R


Field SACW
* Alias SACW
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Active channel width: 2.19108 + 1.32366 * MEANANNCFS ** .5


Field SVWI
* Alias SVWI
* Data type Double
* Width 8
* Precision 38
* Scale 8
Field description
Valley-width-index: VALLEY_W / SACW


Field AZIMTH_DEG
* Alias AZIMTH_DEG
* Data type Integer
* Width 4
* Precision 10
* Scale 0
Field description
Average flow direction for the reach in degrees azimuth.


Field RPOLY_
* Alias RPOLY_
* Data type Integer
* Width 4
* Precision 10
* Scale 0
Field description
Internal node number for the right polygon.


Field LPOLY_
* Alias LPOLY_
* Data type Integer
* Width 4
* Precision 10
* Scale 0
Field description
Internal node number for the left polygon.


Field TNODE_
* Alias TNODE_
* Data type Integer
* Width 4
* Precision 10
* Scale 0
Field description
Internal node number for the end of an arc (to-node).


Field FNODE_
* Alias FNODE_
* Data type Integer
* Width 4
* Precision 10
* Scale 0
Field description
Internal node number for the beginning of an arc (from-node).


Field Shape.STLength()
* Alias Shape.STLength()
* Data type Double
* Width 0
* Precision 0
* Scale 0






Metadata Details

Metadata language English(UNITED STATES)
Metadata character set utf8 - 8 bit UCS Transfer Format


Scope of the data described by the metadata dataset
Scope name * dataset


* Last update 2018-08-16


ArcGIS metadata properties
Metadata format ArcGIS1.0
Metadata style FGDC CSDGM Metadata
Standard or profile used to edit metadata FGDC


Created in ArcGIS for the item 2018-08-1607:39:53
Last modified in ArcGIS for the item 2018-08-1694:91:50


Automatic updates
Have been performed Yes
Last update 2018-08-1609:48:21


Metadata Contacts

Metadata contact
Individual's name Charleen Gavette
Organization's name NOAA Fisheries West Coast Region
Contact's role point of contact


Metadata Maintenance

Maintenance
Update frequency not planned


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