20240515
14132600
1.0
FALSE
Ch93_Desig
-161215.874600
133988.636500
78292.153800
336586.408400
1
002
0.000
Projected
GCS_North_American_1983
Linear Unit: Meter (1.000000)
SRBC - Albers Equal Area Conic NAD83
<ProjectedCoordinateSystem xsi:type='typens:ProjectedCoordinateSystem' xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance' xmlns:xs='http://www.w3.org/2001/XMLSchema' xmlns:typens='http://www.esri.com/schemas/ArcGIS/10.6'><WKT>PROJCS["SRBC - Albers Equal Area Conic NAD83",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Albers"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",-77.0],PARAMETER["Standard_Parallel_1",40.0],PARAMETER["Standard_Parallel_2",43.0],PARAMETER["Latitude_Of_Origin",39.0],UNIT["Meter",1.0]]</WKT><XOrigin>-15990200</XOrigin><YOrigin>-8492800</YOrigin><XYScale>10000</XYScale><ZOrigin>-100000</ZOrigin><ZScale>10000</ZScale><MOrigin>-1023.7418235</MOrigin><MScale>10000</MScale><XYTolerance>0.001</XYTolerance><ZTolerance>0.001</ZTolerance><MTolerance>0.001</MTolerance><HighPrecision>true</HighPrecision></ProjectedCoordinateSystem>
20240515
09401400
20240515
09401400
FGDC
150000000
5000
FGDC CSDGM Metadata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Angela Bransteitter
Pennsylvania Department of Environmental Protection
(717) 772-5164
Bureau of Water Standards and Facility Regulation
PO Box 8467
11th Floor
Harrisburg
Pennsylvania
17105
US
ArcGIS Metadata
1.0
PA DEP
Geospatial Data Center
717 772-1669
ra-epgeospatialdatacenter@state.pa.us
Feature Class
0.000
Chapter 93 Designated Use Streams, PA portion of Susquehanna River Basin, 2024
Pennsylvania Department of Environmental Protection
RCSOB
Penn State Institutes of the Environment. The Pennsylvania State University.
Creator: Kenneth J. Corradini
Research Triangle Institute (RTI)
Chapter 93 Reference: Commonweath of Pennsylvania. 2003. Pennsylvania Code. Title 25 Environmental Protection. Department of Environmental Protection. Chapter 93. Water Quality Standards. Harrisburg, PA
2024-01-01T00:00:00
<DIV STYLE="text-align:Left;"><DIV><DIV><P><SPAN>National Hydrography Dataset NHDFlowline layer with a spatial representation of designated water uses defined in Title 25 Environmental Protection, Department of Environmental Protection, Chapter 93, Water Quality Standards. The Pennsylvania Code just cited provides a list of all streams or watersheds (basins) in the state along with their associated designated water uses. This GIS layer displays these uses spatially on an interactive stream map. Public users can drill down to locations on the map to view and map the designated uses of the water bodies of interest. The layer can also be used in conjunction with other spatially referenced data for spatial analyses.</SPAN></P></DIV></DIV></DIV>
Designated Use Streams, Water quality criteria are used to protect designated water uses, such as fish and aquatic life, recreation, and water supply. Designated uses establish the reason for protection and the water quality criteria define the criteria required to protect that benchmark. Use designations and water quality criteria together, constitute Pennsylvania Water Quality Standards as defined in Title 25 Environmental Protection, Department of Environmental Protection, Chapter 93. This GIS stream layer (which is not part of the Water Quality Standards) is offered to provide a spatial representation of the Aquatic Life Use Tiers contained in the portion of the Pennsylvania Code referenced above. These spatial representations are intended to supplement the Water Quality Standards but should not be substituted for the official version of the standards found in the Pennsylvania Code.
Penn State Institutes of the Environment. The Pennsylvania State University. Creator: Kenneth J. Corradini Research Triangle Institute (RTI) conflated Penn State's layer to work off of the NHD.
Angela Bransteitter
Pennsylvania Department of Environmental Protection
(717) ) 772-5164
PO Box 8467
11th Floor
: Bureau of Water Standards and Facility Regulation
Harrisburg
Pennsylvania
17105
US
Pennsylvania
Susquehanna River Basin
fishes, EV, Exceptional Value Waters, Exceptional Value, TSF, Trout, Trout Stocking, WWF, warm water, Warm Water Fishes, Warm Water Fish, HQ, High Quality, High Quality Waters, Migratory Fishes, Water Use, Special Protection, Streams Chapter 93
inlandWaters
Chapter 93, Chap 93, Chap. 93, Water Quality Standards, stream, streams, river, rivers, water, creek, creeks, CWF, cold water, cold water fishes, cold water fish, fish
Designated Use
fishes
EV
Exceptional Value Waters
Exceptional Value
TSF
Trout
Trout Stocking
WWF
warm water
Warm Water Fishes
Warm Water Fish
HQ
High Quality
High Quality Waters
Migratory Fishes
Water Use
Special Protection
Streams Chapter 93
inlandWaters
Pennsylvania
Chapter 93
Chap 93
Chap. 93
Water Quality Standards
stream
streams
river
rivers
water
creek
creeks
CWF
cold water
cold water fishes
cold water fish
fish
Designated Use
Susquehanna River Basin
None. Public Access.
<DIV STYLE="text-align:Left;"><DIV><DIV><P><SPAN>DISCLAIMER: These data, offered to provide a spatial representation of standards contained in the Pennsylvania Code. Title 25 Environmental Protection, Department of Environmental Protection, Chapter 93, Water Quality Standards, are current and accurate to the best of our knowledge and are appropriately updated as required. These data should not be substituted for the official version of the standards in the Pennsylvania code. Commonwealth of Pennsylvania Department of Environmental Protection Disclaimer for Data The user shall save the Commonwealth harmless from any suits, claims, or actions arising out of the use of the data files or accompanying documentation, or arising out of any defects in the datafiles or accompanying documentation. The Commonwealth excludes any and all implied warranties and makes no warranty or representation with respect to the data files or accompanying documentation, including quality, performance, merchantability, or fits for a particular purpose. These data files and documentation are provided "as is" and the user assumes the entire risk as to their quality and performance.</SPAN></P></DIV></DIV></DIV>
publication date
0.000000
0.000000
Methods: The Chapter 93 streams layer was completed using a customized ArcView 3.2 project file. Using a database containing the Chapter 93 Water Quality Standards information, a customized ArcView 3.2 project was developed to create the new layer. This project related the stream name given in the database with the stream name that was contained in a GIS layer containing all of the streams in Pennsylvania. Each Chapter 93 record in the database was linked with the appropriate records in the stream GIS layer. With this linked stream selected, a spatially referenced Chapter 93 record was created by selecting the upstream and downstream limits, as well as any additional streams falling within those limits. These limits, along with any additional streams, were chosen based upon the records location. This new record contained the River Mile Index (RMI) for the upstream and downstream limit, as well as the upstream and downstream RMIs for any additional streams required for the given location. Once all of the Chapter 93 records had their respective RMIs, a new stream layer was created. This was accomplished by relating the Chapter 93 RMIs with the existing streams GIS layer and selecting out the appropriate streams and stream segments. These new segments were then merged together to form one record for the given Chapter 93 location. After the new Chapter 93 layer was complete, it was checked for gaps and overlapping segments and corrected as needed. To conflate the Chapter 93 layer to the National Hydrography Dataset, Research Triangle Institute took the DEP stream code, From RMI, and To RMI, and converted those values to NHD Reach Code, From Measure, and To Measure. Routes were applied to the resulting Chapter 93 event layer, and then the layer was exported to form a stand-alone feature class. See Process Steps for more information. A six month intensive quality assurance effort was conducted on the NHD layer. Staff compared the spatial representations of designated uses on the NHD to the narrative in Title 25 Environmental Protection, Department of Environmental Protection, Chapter 93, Water Quality Standards by hand. Corrections were made to the attributes as required.
Version 6.2 (Build 9200) ; Esri ArcGIS 10.6.1.9328
1
-78.947057
-75.381691
42.030848
39.689666
Instructions for building Chapter 93 Layer returned from RTI: 1. Append shapefiles if not one statewide layer 2. Check if any measures are greater than 100 3. Join RTI conflated Chapter 93 with Outgoing Chapter 93 on ENTITY_ID\WRDS_SEQ field 4. Separate DBF from shapefile, and make an event layer in ArcMap 5. Concatenate (mark all fields that are to be included in final layer) 6. Calculate mileage 7. Make UPDATED a DATE field rather than text 8. Put in personal geodatabase 9. Reproject to Albers 10. Rename fields and adjust field sizes 11. Add Designated Use field, Stream Name 12. Export to SDE (remember grid sizes) 13. Modify INITIALS, DESIGNATED_USE, DATE_UPDATED, STREAM_NAME fields using SQL 14. Create subtypes 15. Delete SP_USE_MF, UPDATE_OLD 16. Create metadata
PA DEP
Geospatial Data Center
717-772-1669
400 Market St.
Harrisburg
PA
17105
US
Table_Info\Table_Audit_Views\STREAM_NHD_CH93 on Documentation Server
Reprojected to SRBC ALbers and clipped to the Susquehanna River Basin.
2024-02-13T00:00:00
Jeff Zimmerman
Susquehanna River Basin Commission
GIS Developer
4423 N. Front St.
Harrisburg
PA
17110
jzimmerman@srbc.gov
US
717-238-0423
Ch93_Desig
Feature Class
91300
OBJECTID
OBJECTID
OID
4
10
0
Internal feature number.
Esri
Sequential unique whole numbers that are automatically generated.
DES_USE_ID
DES_USE_ID
Integer
4
10
0
OBJECTID_1
OBJECTID_1
Integer
4
10
0
DES_USE_GE
DES_USE_GE
Integer
4
10
0
BASIN
BASIN
String
1
0
0
HUC
HUC
String
8
0
0
COM_ID
COM_ID
Integer
4
10
0
LENGTH_MIL
LENGTH_MIL
Double
8
38
8
MAP_SYMBOL
MAP_SYMBOL
String
8
0
0
SHAPE
Feature geometry.
ESRI
Coordinates defining the features.
Shape
Geometry
4
0
0
BASIN_NARR
BASIN_NARR
String
254
0
0
SEGMENT_NA
SEGMENT_NA
String
254
0
0
GNIS_NAME
GNIS_NAME
String
65
0
0
REACH_CODE
REACH_CODE
String
14
0
0
USE_DESCRI
USE_DESCRI
String
254
0
0
GNIS_ID
GNIS_ID
String
10
0
0
MIGRATORY_
MIGRATORY_
String
1
0
0
DESIGNATED
DESIGNATED
Double
8
38
8
DATE_EVALU
DATE_EVALU
Date
8
0
0
USER_NAME
USER_NAME
String
254
0
0
LAST_EDIT_
LAST_EDIT_
String
254
0
0
LAST_EDIT1
LAST_EDIT1
Date
8
0
0
SHAPE_Leng
SHAPE_Leng
Double
8
38
8
Shape.STLength()
Shape.STLength()
Double
0
0
0
dataset
EPSG
8.8(9.3.1.2)
91300
Simple
FALSE
91300
TRUE
TRUE
20240515