Parcel boundary from Kent County GIS Data Library, available at https://www.accesskent.com/GISLibrary/.This data is used in the North Kent Disposal Area PFAS web map. If you have questions regarding the North Kent Disposal Area site contact Karen Vorce at 616-439-8008 or vorcek@michigan.gov.

Parcel boundaries are symbolized by parcel classification in new municipal or filter areas from the February 19, 2020 Consent Decree between the State of Michigan (Plaintiff), Plainfield and Algoma Townships (Intervening Plaintiffs) and Wolverine (Defendant). Parcel boundaries originated from Kent County GIS Data Library, available at www.accesskent.com/GISLibrary.The fields used in this dataset are: Field Name Description

PPN Parcel Pin Number in number format

Address Street Address of parcel

City City of parcel

Zip_Code State and Zip Code of parcel

PNUM Parcel Pin Number in text format

Township Algoma or Plainfield

NK Used to query parcels within North Kent Study Area

GWOrdinance Used to query parcels within Groundwater Ordinance Affected Area

Symbology2 Parcel Status from February 2020 Consent Decree: Existing Municipal Area, Filter Area, Filter Area Vacant, New Municipal Area, New Municipal Area Vacant This data is used in the North Kent Disposal Area PFAS web map. You can find more information about the North Kent Study Area by visiting the House Street Disposal Area webpage or the Rockford Tannery webpage on the Michigan PFAS Action Response Team (MPART) website. For questions about this content, reach out to Leah Gies, GiesL1@Michigan.gov. This data was provided to the Michigan Department of Environment, Great Lakes, and Energy (EGLE) by the consulting firm AECOM.

This feature class was developed primarily in support of the County's parcel mapping needs which include assessment functions and spatial analysis. The information was compiled from a number of sources including recorded deeds, filed maps, surveys and other public records and data. Users of this data should consult the information sources listed above for verification of the information.

This layer is a geographic representation of the municipal boundary for Kent, Washington. It is sourced from property management records, King County Assessor Maps, survey records, and annexation/deannexation actions. It was last updated for the Bridges Neighborhood Deannexation via City of Auburn Ordinance 6928 and City of Kent Resolution 2068, which took effect on 01/01/24.

Esri ArcGIS Online (AGOL) Map Image Layer for accessing the Maryland Coast Smart - Climate Ready Action Boundary (CRAB) Inundated Zones data product.Maryland Coast Smart - Climate Ready Action Boundary (CRAB) Inundated Zones consists of polygon geometric features which represent the geographic areas throughout the State of Maryland that are impacted by CRAB inundation (0 to 1ft, 1 to 2ft, and 2ft or more).The Maryland Coast Smart - Climate Ready Action Boundary (CRAB) Inundated Zones data product was created using a GIS spatial analysis model, unique for each county in the State of Maryland. Coastal counties follow an analysis methodology that incorporates FEMA Stillwater wave action as it is understood from the FEMA identified VE zones. A Water Surface Elevation (WSE) and Still Water Elevation (SWEL) rasters are used as the baseline to identify existing water depths within each county. For all flood zones that are not classified as VE the WSE three feet was added to reflect a three-foot rise in the base flood elevations. For those WSEs falling within a FEMA floodplain identified V Zone, six feet was added (three feet for the increase in flood elevations for the CS-CRAB, and 3 feet to compensate for the minimum of 3 foot wave action typically mapped by FEMA) / wave heights greater than 3 feet were reduced to the 3 foot minimum for consistency across the shoreline. The newly calculated WSE plus three datasets were then converted to points and merged. Next, an Inverse Distance Weighted (IDW) Interpolation was used to compute the proportional weighted values between the WSE point locations based on proximity. The DEM for each county is then subtracted from the new IDW raster in order to show precise water locations as they relate to the land elevation, producing a freeboard depth grid representing the depth of flood waters above the existing ground elevation given a 3 foot increase in water level. A course resolution QAQC was applied to remove “islands” of data associated with DEM inaccuracies and other elevation anomalies. The analysis was run at a1 ft x 1 ft raster resolution. The DEM accuracy for each county varies based what is currently available. Here the breakdown of DEM accuracy for each county used in this project: Anne Arundel County DEM year is 2017 and horizontal resolution is 1ft. Baltimore County DEM year is 2015 and horizontal resolution is 2.5ft. Baltimore City DEM year is 2015 and horizontal resolution is 0.7m. Calvert County DEM year is 2017 and horizontal resolution is 1ft. Caroline County DEM year is 2013 and horizontal resolution is 3.125ft. Cecil county DEM year is 2013 and horizontal resolution is 0.6m. Charles County DEM year is 2014 and horizontal resolution is 0.9m. Dorchester County DEM year is 2013 and horizontal resolution is 0.9m. Harford County DEM is 2013 and horizontal accuracy is 1.5m. Kent County DEM year is 2015 and horizontal resolution is 0.7m. Prince George’s County DEM year is 2014 and horizontal resolution is 0.7m. Queen Anne’s County DEM year is 2013 and horizontal resolution is 0.6m. Somerset County DEM year is 2012 and horizontal accuracy is 1m. St Mary’s County DEM year is 2014 and Horizontal accuracy is 0.9m. Talbot County DEM year is 2015 and Horizontal accuracy is 0.7m. Wicomico County DEM year is 2012 and horizontal accuracy is 1m. Worchester County DEM year is 2011 and horizontal accuracy is 1m.The Maryland Coast Smart - Climate Ready Action Boundary (CRAB) Inundated Zones data product was created by the Maryland Environmental Service (MES) in partnership with the Maryland Department of Environment (MDE) and the Coast Smart Council, under the guidance of the Maryland Department of Natural Resource (DNR).For additional information, contact MDOT SHA OIT Enterprise Information Services:Email: GIS@mdot.maryland.gov

Ground-water recharge potential maps show land areas characterized by their abilities to transmit water from land surface to a depth of 20 feet. The basic methods for mapping ground-water recharge potential are presented in Delaware Geological Survey Open File Report No. 34 (Andres, 1991) and were developed specifically for the geohydrologic conditions present in the Coastal Plain of Delaware. The digital data for this layer comes from DGS Digital Data Product DP 02-01, Digital Ground-Water Recharge Potential Map Data For Kent and Sussex Counties, Delaware: A. S. Andres, C. S. Howard, T. A. Keyser, L. T. Wang, 2002.

This map is part of the Archives and Special Collections, and is available for physical viewing under the call number CX828. Explore the item in our Library Catalogue: Collection Permalink Publication Date: 8-1879 Publisher Location: London, Ont. Publisher: R.P. Fairbairn, P.L.S. Scale: 200 feet to 1 inch Geographic Area: London (Ont.) Map Theme: Land subdivision, Kensal Park Map Type: Drawing Description: Map of Kensal Park, London, Ontario, showing subdivisions of the south half of Lot No. 5 and north part of Lot No. 33, prepared for John Kent by R.P. Fairbairn. Handwritten notation outline lot locations, where lots are to be split, mathematical calculations, and additional information. Physical Size: 49 x 64 cm Notes: “August, 1879” Map oriented with north slightly to upper right. Some relief shown by hachures.