Comprehensive Coastal Inventory, Virginia Institute of Marine Science 2013 vector digital data Gloucester Point, Virginia Virginia Institute of Marine Science For shoreline inventories by county, please visit http://ccrm.vims.edu/gis_data_maps/shoreline_inventories/index.html http://ccrm.vims.edu/gis_data_maps/shoreline_inventories/index.html va_lubc_2013 Shoreline Situation Reports (SSR) were first generated by VIMS in the 1970's to report the condition and status of the shore lands. The SSR series were published in hardcopy on a county by county basis for each Tidewater Virginia localities. The reports were intended to assist planners, managers, and regulators in decisions pertaining to management of coastal areas and natural resources therein. This Shoreline Inventory report continues a process which updates and expands the earlier reports. Data collected reports conditions surveyed in the immediate riparian zone, the bank, and along the shoreline. This dataset is the result of combining the most recent digital shoreline inventories for Virginia. To inventory Virginia's tidal shoreline conditions. There are three shapefiles that are part of the Shoreline Inventory database: *_lubc, *_astru, *_sstru. The _lubc (land use and bank cover) is a linear shapefile containing data about land use, bank height, erosion, bank cover, Phragmites australis, tree fringe, canopy overhang, marsh, and beach status along the shoreline. The _sstru (shoreline structures) is a linear shapefile delineating hard structures at the shoreline (bulkhead, breakwater, dilapidated bulkhead, debris, jetty, marina, marsh toe revetment, unconventional, riprap, groin fields). The _astru (access structures) is a point shapefile with locations of docks, ramps, dilapidated docks, outfalls, and boathouses. The attributes of these three shapefiles are explained in the Entity and Attribute Information section below. Beginning in 2012 the method of collecting data for the shoreline inventory changed. Data for marsh and Phragmites australis is no longer recorded in the *_lubc shapefile but is found in the tidal marsh inventory shapefiles. Please visit http://ccrm.vims.edu/gis_data_maps/static_maps/gis/tmi.html. en 1998 2013 ground condition at time of survey Ongoing Unknown none Virginia Chesapeake Bay Accomack County Caroline County City of Chesapeake City of Portsmouth Essex County Fairfax and City of Alexandria Gloucester County Henrico County King and Queen County King George County King William County Lancaster County Lynnhaven Bay Mathews County Middlesex County New Kent Countiy Newport News Norfolk Northampton County Northumberland County Poquoson Prince William Richmond County Stafford County Virginia Beach Westmoreland County Pagan River York County Charles City County City of Suffolk Riparian Land use Shoreline conditions Shoreline Inventory none These data should not be used for jurisdictional permit determinations beyond providing general shoreline condition or status information. These data have not been surveyed to property boundaries. Marcia Berman Virginia Institute of Marine Science (VIMS) Director of Comprehensive Coastal Inventory Program (CCI) P.O. Box 1346

Greate Road

Gloucester Point Virginia 23062 804-684-7188 804-684-7179 marcia@vims.edu ESRI ArcCatalog 9.3.1.3500 -77.658340 -75.256723 39.080593 36.525828 269956.437474 477024.843750 4045344.124100 4325753.675057 Shapefile The attributes were compared to original GPS data logs for accuracy. Errors were corrected where noted. This inventory targets tidal shoreline only. Access by boat is required for field surveys. Remote sensing techniques are used in areas where water depths are too shallow for access or where unmanaged, undeveloped shoreline persists along very long reaches. This would include headwaters of tidal creeks, and natural areas along park and conservation lands. Shoreline attributes recorded with a GPS unit as the boat moves along the shoreline has a horizontal accuracy of +/- 5 meters. Data was transferred from the GPS boat track to an existing digital shoreline coverage by projecting data to the shoreline at a 90 degree angle from the boat track. Rectified imagery were used as a background coverage to aid in data positioning. Land use features were placed along the shore so changes in land use were coincident with changes illustrated in the imagery. Positional accuracy for data that has been corrected with imagery which has a resolution of 2 meters or better. Accuracy limits of the field collected data, however, are set at 5 meters due to the short occupancy of GPS units. In many cases the image correction yields a final positional accuracy much closer to 2 meters or less, depending on image resolution. Comprehensive Coastal Inventory Program, Virginia Institute of Marine Science 1991 vector digital data 24,000 mylar 1964 1987 date of USGS map SHL Digital shoreline serves as base shoreline for shoreline conditions for the following counties: King and Queen, King William, and Middlesex. U.S. Geological Survey 1994 remote-sensing image Reston, VA U.S. Geological Survey color infra-red digital imagery 1994 ground condition DOQQ Serves as a background coverage in some of the map portfolios. Used to accurately position land use and cover data. Used to create a new digital shoreline coverage that serves as the base shoreline for shoreline conditions. Counties that used this shoreline: Accomack, Caroline, Essex, Lancaster, Northumberland, Richmond, and Pagan River. Counties that used this in conjunction with another shoreline: Gloucester, King and Queen, King George, King William, Middlesex, New Kent, and Newport News. City of Norfolk 1999 vector digital data Norfolk, VA City of Norfolk digital orthophotographs 1999 City of Norfolk Provided the base shoreline for the City of Norfolk Commonwealth of Virginia, through Virginia Geographic Network Division of its Department of Technology Planning (VGIN) 2003 vector digital data Richmond, VA Virginia Geographic Information Network 4800 DVD 2002 VBMP 2002 Imagery (2002) serves as a background in the map portfolio. Imagery is used to update land use and structure data as well as to remotely code areas not previously surveyed in the field. The VBMP shoreline was also used and adjusted using the imagery where needed. This shoreline was used in the following counties: Gloucester, Lynnhaven Bay, Stafford, and Westmoreland. Commonwealth of Virginia, through Virginia Geographic Network Division of its Department of Technology Planning (VGIN) 2006/2007 vector digital data Richmond, VA VBMP 2006/07 Imagery (2007) serves as a background in the map portfolio. Imagery is used to update land use and structure data as well as to remotely code areas not previously surveyed in the field. The VBMP shoreline was also used and adjusted using the imagery where needed. This shoreline was used in the following counties: City of Chesapeake, City of Portsmouth, King George, New Kent, Newport News, and Mathews. Commonwealth of Virginia, through Virginia Geographic Network Division of its Department of Technology Planning (VGIN) 2009, 2011 Richmond, VA VBMP 2009, 2011 Imagery (2009, 2011) serves as a background in the map portfolio. Used to accurately position land use and land cover data. Provided a new digital shoreline coverage that serves as the base shoreline for shoreline conditions. Used in the following counties: City of Virginia Beach, Henrico, Northampton, Charles City, City of Suffolk, City of Poquoson, and York. Data was collected by a three-person field crew (1989-2001) or a two-person field crew (2002 to present). From 2002 to 2012 a two-person crew consisted of one person collecting land use and bank condition data and one boat operator also collecting shoreline features using two hand-held Trimble GeoExplorers GPS Units, while navigating along the shoreline. A data dictionary designed for the inventory was installed on each GPS Unit. One data collector records natural features including land use, bank height, presence of marsh or beach, and shoreline stability. A second person collects data on the hardened structures: riprap, bulkheads, docks, boatramps, etc. Point features (docks, boathouses, ramps) were surveyed with a six second observation recorded at 1 reading/second. Linear features were surveyed kinematically at a rate of one observation every 3 seconds. Begining in 2012 the two-person crew consists of a boat operator and one data surveyor. The boat operator navigates the boat to follow the shoreline geometry. The data surveyor uses a geo-referenced video camera. The Red Hen System provides hardware and software to collect geo-referenced video and photo data in the field. A standard video camera (sony ACC-HDV7) is interfaced with a GPS antennae via the Red Hen hardware device - VMS 300. VMS 300 converts GPS data into audio signals, which are sent to a video camera through its microphone input connector. As the video is recorded, GPS data are transmitted once per second to the video camera by VMS 300. Each GPS location is linked with a time code on the video. Therefore, the survey is a set of videos containing geographically referenced shoreline data. 1998 - present Data from the GPS units were postprocessed using Trimble Pathfinder Office software. Postprocessing included differential correction using CORS (Continuous Operating Reference Stations) data. Corrected data are converted to shape files for further processing in the GIS environment. 1998 - 2012 In the ArcMap environment, boat-track arcs and points were manually shifted to the base shoreline. Arcs were split and moved to locations on the shoreline perpendicular to the original locations on the boat-track. Points were also moved to locations on the shoreline perpendicular to the original locations on the boat-track. Shoreline arc segments and points were coded, and the shapefiles were visually checked for attribute accuracy between coded shoreline and boat-track data. 1998 - present The shoreline for Northampton was extracted from the VGIN LiDar derived, hydro flattened DEM for the Eastern Shore using the ArcMap contour tool. Bank height was generated from the VBMP. The 0, 5, 10 and 30 foot contours were derived from the VBMP Eastern Shore hydrologically correct DEM based on the 2010 LiDar survey, using the raster surface contour tool. It was decided that the bank would be within 10 meters of the 0 contour except on some beaches where the bank was visually further away. 10 meter buffers were created for the 5, 10 and 30 foot contours. Each of these buffers was run with the 0 contour in the intersect tool to make files showing where the contours were within 10 meters of the 0. In no case did the 30 foot contour intersect 0. The 3 files for 0, 5, and 10 were run in the identity tool to make the final file showing bank height feature attributes of 0-5, 5-10, and 10-30. This was merged with the land use data and became an attribute in the shapefile. 2011 For Henrico, and parts of Virginia Beach (Broad Bay and Rudy Inlet) data were logged using a geo-referenced video camera. 2012 For tributaries surveyed in the field using GPS referenced videography, the proprietary software associated with the Red Hen System is used for post processing: Pixpoint and GeoVideo for GIS. The PixPoint software package is used to generate a point shapefile containing points representing locations of geo-referenced still photos taken during the survey. GeoVideo software package is an ArcGIS extension. It is a desktop mapping application that brings the geo-referenced video directly into the ArcGIS environment. This software enables users to digitally map videos using GPS coordinates. After the videos are downloaded to the computer, the GeoVideo software is used to generate a point shapefile which is geotagged to the precise track of the video survey. This shapefile is a representation of the survey track. Along with the video link, it enables GIS personnel to code the shoreline conditions in ArcMap based on what is viewed in the video. 2012 - present Land use, point structure, and linear structure locations were digitally checked and repositioned if necessary with imagery displayed in the background. Coding takes place in the ArcMap environment using coding, heads-up digitizing, and photo-interpretation techniques. Areas inaccessible by boat due to low tide were coded based on features observed on the imagery. The "remote" coded areas were given the item REMOTE = "yes" to distinquish them from GPS collected data. Background image quality depends upon imagery available the year inventory was published. Begining in 2011/2012 recent high resolution color infra-red and natural color imagery (2009 and 2011) with a resolution of 1 meter or better is used along with Bing oblique imagery to identify and code the shoreline for shoreline attributes. 1998 - present Begining in 2012 marsh data is being collected separately and is no longer part of the shoreline inventory "lubc" shapefile. Marsh data (including phragmites information) will be in served in the updated Tidal Marsh Inventory (TMI): http://ccrm.vims.edu/gis_data_maps/static_maps/gis/tmi_updated.html 2012 - present County inventories were merged together. 2009 - present va_shoreline_1998_to_2018_wm_dissolved Feature Class 0 Virginia Land Use and Bank Cover Processor OBJECTID OBJECTID OID 4 0 0 Internal feature number. Esri Sequential unique whole numbers that are automatically generated. Shape Feature geometry. ESRI Coordinates defining the features. Shape Geometry 0 0 0 COUNTY county or city name COUNTY String 25 0 0 Processor county or city names in Virginia along the Chesapeake Bay. SURVEYED year data collected SURVEYED String 50 0 0 Processor Year data collected and/or updated. SHORELINE base shoreline used (refer to lineage) SHORELINE String 50 0 0 Processor Imagery used to develop the base shoreline for the locality. INVENTORY INVENTORY String 150 Year of shoreline inventory or year of inventory update using imagery 0 0 Processor Text describing the imagery used to update this inventory or the year of the shoreline inventory. PubYear PubYear String 50 0 0 year of inventory publication Processor Year published for the county inventory. Shape_Length Shape_Length Double 8 0 0 Length of feature in internal units. Esri Positive real numbers that are automatically generated. FIPS FIPS SmallInteger 2 0 0 FIPSCode FIPSCode String 10 0 0 Four shape files combine to complete the Shoreline Inventory. The complete set includes va_lubc, va_astru, va_sstru, and va_newTMI. The va_lubc (land use and bank cover) file is a linear shape file containing data about land use, tree fringe, bank height, bank cover, bank stability and beach status along the shoreline. Va_astru (access structure shape file) is a point shape file with locations of docks, dilapidated docks, boathouses, and private and public boat ramps. Va_sstru (shoreline structures) is a linear shape file delineating hard structures in place at the shoreline (bulkhead, dilapidated bulkhead, riprap, wharf, unconventional, debris, marina < 50 slips, marina > 50 slips, jetty, marsh toe revetment, groinfield and breakwaters). Va_newTMI (tidal marshes) shows the location, size, and community type of tidal marshes. These shape files will be modified yearly with the addition of updated locality inventories. The PubYear field denotes the publication year of the county inventory. The jurisdiction is listed in the County field. Digital shoreline inventories began in 1998. Over the years, the methodology for collecting the data, as well as what data is collected has changed. For detailed information on a particular county, please visit the GIS Data and Maps: Shoreline Inventories web site at http://ccrm.vims.edu/gis_data_maps/shoreline_inventories/index.html Tami Rudnicky Virginia Institute of Marine Science (VIMS) GIS Programmer/Analyst P.O. Box 1346

Greate Road

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Box 1346, 1375 Greate Rd Gloucester Point Virginia 23062 tamia@vims.edu ArcGIS Metadata 1.0 http://ccrm.vims.edu/gis_data_maps/shoreline_inventories/index.html 123.855 File Geodatabase Feature Class ArcGIS 10.1 Virginia Shoreline Inventory (1998-2015): Land Use, Land Cover 2013-01-01T00:00:00 2016-02-25T00:00:00 Comprehensive Coastal Inventory, Virginia Institute of Marine Science Virginia Institute of Marine Science, P.O. Box 1346, 1375 Greate Rd Gloucester Point Virginia 23062 Center for Coastal Resources Management. 2016. Chesapeake Bay Shoreline Inventory Database. Center for Coastal Resources Management, Virginia Institute of Marine Science, College of William and Mary, Gloucester Point, Virginia. Retrieved from http://ccrm.vims.edu/gis_data_maps/shoreline_inventories/index.html Marcia Berman Virginia Institute of Marine Science (VIMS) Director of Comprehensive Coastal Inventory Program (CCI) 804-684-7188 804-684-7179 Virginia Institute of Marine Science, P.O. Box 1346, 1375 Greate Rd Gloucester Point Virginia 23062 marcia@vims.edu Marcia Berman <DIV STYLE="text-align:Left;"><DIV><DIV><P><SPAN>Shoreline Situation Reports (SSR) were first generated by VIMS in the 1970's to report the condition and status of the shore lands. The SSR series were published in hardcopy on a county by county basis for each Tidewater Virginia localities. The reports were intended to assist planners, managers, and regulators in decisions pertaining to management of coastal areas and natural resources therein. This Shoreline Inventory report continues a process which updates and expands the earlier reports. Data collected reports conditions surveyed in the immediate riparian zone, the bank, and along the shoreline. This dataset is the result of combining the most recent digital shoreline inventories for Virginia.</SPAN></P><P><SPAN>Shoreline is digitized using the most current imagery collected at the time of the locality shoreline inventory. Prior to 2015, shoreline was digitized along the water interface. Beginning in 2015, shoreline is delineated along the edge of the upland where it iterfaces with other habitats such as marsh or open water.</SPAN></P></DIV></DIV></DIV> To inventory Virginia's tidal shoreline conditions. Marcia Berman Virginia Institute of Marine Science (VIMS) Director of Comprehensive Coastal Inventory Program (CCI) 804-684-7188 804-684-7179 Virginia Institute of Marine Science, P.O. Box 1346, 1375 Greate Rd Gloucester Point Virginia 23062 marcia@vims.edu Accomack County Caroline County Charles City County Chesapeake Bay City of Chesapeake City of Portsmouth City of Suffolk City of Williamsburg Essex County Fairfax and City of Alexandria Gloucester County Henrico County James City County King and Queen County King George County King William County Lancaster County Lynnhaven Bay Mathews County Middlesex County New Kent Countiy Newport News Norfolk Northampton County Northumberland County Pagan River Poquoson Prince William Richmond County Stafford County Virginia Virginia Beach Westmoreland County York County Riparian Land use Shoreline conditions Shoreline Inventory Accomack County Caroline County Charles City County Chesapeake Bay City of Chesapeake City of Poquoson City of Portsmouth City of Suffolk City of Williamsburg Essex County Fairfax and City of Alexandria Gloucester County Henrico County James City County King and Queen County King George County King William County Lancaster County Mathews County Middlesex County New Kent County Newport News Norfolk Northampton County Northumberland County Pagan River Prince William Richmond County Riparian Land use Shoreline conditions Shoreline Inventory Stafford County Virginia Virginia Beach Westmoreland County York County <DIV STYLE="text-align:Left;"><DIV><DIV><P><SPAN>These data should not be used for jurisdictional permit determinations beyond providing general shoreline condition or status information. These data have not been surveyed to property boundaries.</SPAN></P></DIV></DIV></DIV> ground condition at time of survey 1998-01-01T00:00:00 2015-08-31T00:00:00 There are three shapefiles that are part of the Shoreline Inventory database: *_lubc, *_astru, *_sstru. The _lubc (land use and bank cover) is a linear shapefile containing data about land use, bank height, erosion, bank cover, Phragmites australis, tree fringe, canopy overhang, marsh, and beach status along the shoreline. The _sstru (shoreline structures) is a linear shapefile delineating hard structures at the shoreline (bulkhead, breakwater, dilapidated bulkhead, debris, jetty, marina, marsh toe revetment, unconventional, riprap, groin fields). The _astru (access structures) is a point shapefile with locations of docks, ramps, dilapidated docks, outfalls, and boathouses. The attributes of these three shapefiles are explained in the Entity and Attribute Information section below. Beginning in 2012 the method of collecting data for the shoreline inventory changed. Data for marsh and Phragmites australis is no longer recorded in the *_lubc shapefile but is found in the tidal marsh inventory shapefiles. Please visit http://ccrm.vims.edu/gis_data_maps/static_maps/gis/tmi.html. Esri ArcGIS 13.1.0.41833 1 -77.708000 -75.261696 39.057654 36.550171 <DIV STYLE="text-align:Left;"><DIV><DIV><P><SPAN>The Comprehensive Coastal Inventory Program (CCI) and the Center for Coastal Resources Management (CCRM) provide these data with the understanding that it is not guaranteed to be correct or complete, and conclusions drawn from the data set are the sole responsibility of the user. Every attempt has been made to ensure that these data and the documentation are reliable and accurate. Neither CCI, CCRM, nor the Virginia Institute of Marine Science (VIMS) assume liability for any damages caused by inaccuracies in the data or documentation, or as a result of failure of the data to perform in a particular manner. CCI, CCRM, VIMS and the Commonwealth make no warranty, express or implied, as to the accuracy, completeness, or utility of this information, nor does the fact of distribution constitute a warranty.</SPAN></P></DIV></DIV></DIV> The inventories compiled here target tidal shoreline only. Access by boat is required for field surveys. Remote sensing techniques are used in areas where water depths are too shallow for access or where unmanaged, undeveloped shoreline persists along very long reaches. This would include headwaters of tidal creeks, and natural areas along park and conservation lands. This dataset is updated annually with new or updated inventories. Not all Virginia localities with tidal shoreline have an inventory. The attributes were compared to original GPS data logs for accuracy. Errors were corrected where noted. Time period: 1998-2013. In house QAQC process involves complete checks of shoreline coding by a GIS Programmer/Analyst and a Marine Scientist. Shoreline attributes recorded with a GPS unit as the boat moves along the shoreline has a horizontal accuracy of +/- 5 meters. Data was transferred from the GPS boat track to an existing digital shoreline coverage by projecting data to the shoreline at a 90 degree angle from the boat track. Rectified imagery were used as a background coverage to aid in data positioning. Land use features were placed along the shore so changes in land use were coincident with changes illustrated in the imagery. Positional accuracy for data that has been corrected with imagery which has a resolution of 2 meters or better. Accuracy limits of the field collected data, however, are set at 5 meters due to the short occupancy of GPS units. In many cases the image correction yields a final positional accuracy much closer to 2 meters or less, depending on image resolution. Time period: 1998-2013. Using the latest VBMP (2009, 2011, or 2013 depending on locality) imagery as a background, conditions visible on shore were used to code a digital shoreline created using VBMP 2013 imagery at a scale of 1:1000. Conditions were also verified using Google Earth, Bing Birds Eye, VBMP 2011, and VBMP 2009 imagery. Time period: 2013 to present. Line position and attribution is subject to Processor interpretation and clarity of imagery used. In house QAQC process involves checks of shoreline coding by one or two different GIS Programmer/Analysts and, since 2014, a Marine Scientist. Digital shoreline serves as base shoreline for shoreline conditions for the following counties: King and Queen, and King William 24 Mean High Water Shoreline Position, Virginia SHL 1991-01-01 Comprehensive Coastal Inventory Program, Virginia Institute of Marine Science vector digital data date of USGS map 1964-01-01 1987-01-01 Imagery (2009, 2011, and/or 2013) serves as a background in the map portfolio. Used to accurately position land use and land cover data. Provided a new digital shoreline coverage that serves as the base shoreline for shoreline conditions. Used in the following counties: City of Virginia Beach, Henrico, Northampton, Charles City, City of Suffolk, City of Poquoson, City of Newport News, Northumberland, City of Norfolk, James City County, City of Williamsburg, Gloucester, York, Stafford, Middlesex, Lancaster, and City of Portsmouth. Virginia Base Mapping Program (VBMP) VBMP 2009, 2011, 2013 Commonwealth of Virginia, through Virginia Geographic Network Division of its Department of Technology Planning (VGIN) http://www.vita.virginia.gov/isp/default.aspx?id=12118 Imagery (2007) serves as a background in the map portfolio. Imagery is used to update land use and structure data as well as to remotely code areas not previously surveyed in the field. The VBMP shoreline was also used and adjusted using the imagery where needed. This shoreline was used in the following counties: City of Chesapeake, King George, New Kent, and Mathews. Virginia Base Map Program Imagery and Hydrology VBMP 2006/07 Commonwealth of Virginia, through Virginia Geographic Network Division of its Department of Technology Planning (VGIN) Richmond Virginia vector digital data Serves as a background coverage in some of the map portfolios. Used to accurately position land use and cover data. Used to create a new digital shoreline coverage that serves as the base shoreline for shoreline conditions. Counties that used this shoreline: Accomack, Caroline, Essex, Richmond, and Pagan River. Counties that used this in conjunction with another shoreline: King and Queen, King George, King William, New Kent. Digital Orthophoto Quadrangles DOQQ 1994-01-01 U.S. Geological Survey Reston, VA U.S. Geological Survey remote-sensing image ground condition 1994-01-01 The shoreline for Northampton was extracted from the VGIN LiDar derived, hydro flattened DEM for the Eastern Shore using the ArcMap contour tool. Bank height was generated from the VBMP. The 0, 5, 10 and 30 foot contours were derived from the VBMP Eastern Shore hydrologically correct DEM based on the 2010 LiDar survey, using the raster surface contour tool. It was decided that the bank would be within 10 meters of the 0 contour except on some beaches where the bank was visually further away. 10 meter buffers were created for the 5, 10 and 30 foot contours. Each of these buffers was run with the 0 contour in the intersect tool to make files showing where the contours were within 10 meters of the 0. In no case did the 30 foot contour intersect 0. The 3 files for 0, 5, and 10 were run in the identity tool to make the final file showing bank height feature attributes of 0-5, 5-10, and 10-30. This was merged with the land use data and became an attribute in the shapefile. 2011-01-01T00:00:00 For Henrico, and parts of Virginia Beach (Broad Bay and Rudy Inlet) data were logged using a geo-referenced video camera. 2012-01-01T00:00:00 Begining in 2012 marsh data is being collected separately and is no longer part of the shoreline inventory "lubc" shapefile. Marsh data (including phragmites information) will be in served in the updated Tidal Marsh Inventory (TMI): http://ccrm.vims.edu/gis_data_maps/static_maps/gis/tmi_updated.html Dates: 2012 to present 2012-01-01T00:00:00 Data from the GPS units were postprocessed using Trimble Pathfinder Office software. Postprocessing included differential correction using CORS (Continuous Operating Reference Stations) data. Corrected data are converted to shape files for further processing in the GIS environment. Dates: 1998 - 2013 2013-12-31T00:00:00 In the ArcMap environment, boat-track arcs and points were manually shifted to the base shoreline. Arcs were split and moved to locations on the shoreline perpendicular to the original locations on the boat-track. Points were also moved to locations on the shoreline perpendicular to the original locations on the boat-track. Shoreline arc segments and points were coded, and the shapefiles were visually checked for attribute accuracy between coded shoreline and boat-track data. Dates: 1998 - 2013 2013-12-31T00:00:00 For tributaries surveyed in the field using GPS referenced videography, the proprietary software associated with the Red Hen System is used for post processing: Pixpoint and GeoVideo for GIS. The PixPoint software package is used to generate a point shapefile containing points representing locations of geo-referenced still photos taken during the survey. GeoVideo software package is an ArcGIS extension. It is a desktop mapping application that brings the geo-referenced video directly into the ArcGIS environment. This software enables users to digitally map videos using GPS coordinates. After the videos are downloaded to the computer, the GeoVideo software is used to generate a point shapefile which is geotagged to the precise track of the video survey. This shapefile is a representation of the survey track. Along with the video link, it enables GIS personnel to code the shoreline conditions in ArcMap based on what is viewed in the video. Dates: 2012 to present 2015-12-31T00:00:00 Land use, point structure, and linear structure locations were digitally checked and repositioned if necessary with imagery displayed in the background. Coding takes place in the ArcMap environment using coding, heads-up digitizing, and photo-interpretation techniques. Areas inaccessible by boat due to low tide were coded based on features observed on the imagery. The "remote" coded areas were given the item REMOTE = "yes" to distinquish them from GPS collected data. Background image quality depends upon imagery available the year inventory was published. Begining in 2011/2012 recent high resolution color infra-red and natural color imagery (2009, 2011 and 2013) with a resolution of 1 meter or better is used along with Bing oblique imagery to identify and code the shoreline for shoreline attributes. Dates: 1998 to present 2015-12-31T00:00:00 Data was collected by a three-person field crew (1989-2001) or a two-person field crew (2002 to 2012). From 2002 to 2012 a two-person crew consisted of one person collecting land use and bank condition data and one boat operator also collecting shoreline features using two hand-held Trimble GeoExplorers GPS Units, while navigating along the shoreline. A data dictionary designed for the inventory was installed on each GPS Unit. One data collector records natural features including land use, bank height, presence of marsh or beach, and shoreline stability. A second person collects data on the hardened structures: riprap, bulkheads, docks, boatramps, etc. Point features (docks, boathouses, ramps) were surveyed with a six second observation recorded at 1 reading/second. Linear features were surveyed kinematically at a rate of one observation every 3 seconds. Begining in 2012 the two-person crew consists of a boat operator and one data surveyor. The boat operator navigates the boat to follow the shoreline geometry. The data surveyor uses a geo-referenced video camera. The Red Hen System provides hardware and software to collect geo-referenced video and photo data in the field. A standard video camera (sony ACC-HDV7) is interfaced with a GPS antennae via the Red Hen hardware device - VMS 300. VMS 300 converts GPS data into audio signals, which are sent to a video camera through its microphone input connector. As the video is recorded, GPS data are transmitted once per second to the video camera by VMS 300. Each GPS location is linked with a time code on the video. Therefore, the survey is a set of videos containing geographically referenced shoreline data. Dates: 1998 to present 2015-12-31T00:00:00 County inventories were merged together. 2016-02-25T00:00:00 Topology has not been validated. There will be dangles, over-shoots, under-shoots, and possible overlapping arcs. An effort is being made to add topologically correct data when new inventories are added. Inventories prior to 2015 used shoreline drawn along the land/water interface. Inventories created in 2015 use shoreline drawn along the upland edge (upland/marsh interface or upland/water interface). dataset EPSG 6.18.3(9.3.1.2) 0 20230611 97FC35C6-057E-4872-9360-0A5F68810B85