John M. Tyrawski NJDEP/DOIT/BGIS Research Scientist 609-984-2243 609-292-7900 PO Box 420 401 E. State St Trenton NJ 08625 GISNET@dep.nj.gov 20210104 ArcGIS Metadata 1.0 NJDEP/DOIT/BGIS (609) 777-0672 (609) 292-7900 PO Box 420 401 East State Street Trenton NJ 08625 gisnet@dep.nj.gov None All available NJDEP public GIS data can be downloaded for free at https://www.nj.gov/dep/gis. Some data shown in NJGeoWeb application may not yet be available for download due to various data or distribution issues. Please email gisnet@dep.nj.gov with any data distribution questions. https://newjersey.maps.arcgis.com/home/item.html?id=c3e9a3973da047f99a7c21d769d908dd https://njgin.nj.gov/njgin/edata/elevation/index.html#!/ New Jersey 10 Foot Resolution LiDAR Derived Digital Elevation Model (DEM), Edition 20210104 (Rast_statewide_10ft_DEM) 2021-01-04 NJDEP Trenton, NJ New Jersey Department of Environmental Protection (NJDEP), Division of Information Technology (DOIT), Bureau of GIS (BGIS) raster digital data <DIV STYLE="text-align:Left;"><DIV><P><SPAN>This statewide 10 foot resolution Digital Elevation Model (DEM) was developed from 4 major New Jersey LiDAR collection projects undertaken between 2014 and 2019. Bare earth points from the original point clouds were re-sampled to create 10 foot resolution bare earth models for each individual project. These individual 10 foot resolution models were then merged to create this statewide DEM. The Statewide 10 ft resolution DEM, edition 20191202 was updated to incorporate new data collected in the spring of 2019 for 5 southern New Jersey counties: Cumberland, Salem, Cape May, Atlantic and Ocean.</SPAN></P></DIV></DIV> This layer was created to provide a standard resolution bare earth DEM for the State of New Jersey. John M. Tyrawski NJDEP/DOIT/BGIS Research Scientist 609-984-2243 609-984-7900 PO Box 420 401 E. State St Trenton NJ 08625 GISNET@dep.nj.gov NJ New Jersey Rast_statewide_10ft_DEM DEM LAS file Elevation LiDAR Digital Elevation Model NJDEP point cloud ISO 19115 Topic Category elevation Rast_statewide_10ft_DEM DEM elevation LAS file Elevation LiDAR Digital Elevation Model NJ New Jersey NJDEP point cloud NJDEPTrentonMetadata This organization provides the geographic data "as is". This organization makes no guarantee or warranty concerning the accuracy of information contained in the geographic data. Also, this organization makes no warranty either expressed or implied, regarding the condition of the product or its fitness for any particular purpose. The burden for determining fitness for use lies entirely with the user. Although these files have been processed successfully on computers at this organization, no warranty is made by this organization regarding the use of these data on any other system, nor does the fact of distribution constitute or imply any such warranty. See also "Use Constraints" for additional distribution and/or data use requirements. The data set is also available for viewing and distribution through the New Jersey Geographic Information Network (NJGIN) hosted by the New Jersey Office of Information Technology, https://njgin.nj.gov/#!/ <DIV STYLE="text-align:Left;"><DIV><P><SPAN>New Jersey Department of Environmental Protection (NJDEP) Data Distribution Agreement. The data provided herein are distributed subject to the following conditions and restrictions: NJDEP assumes no responsibility to maintain them in any manner or form and disclaims any duty or obligation to either maintain availability of or to update the data. Terms of Agreement 1. All data is provided, as is, without any representation or warranty of any kind, implied, expressed or statutory including, but not limited to, the warranties of non-infringement of third party rights, title, merchantability or fitness for a particular use, freedom from computer virus nor are any such warranties to be implied with respect to the digital data layers furnished hereunder. User is responsible for understanding the accuracy limitations of all digital data layers provided herein, as documented in the accompanying cross-reference files (see SUPPLEMENTAL INFORMATION). Any reproduction or manipulation of the above data must ensure that the coordinate reference system remains intact. 2. Digital data received from the NJDEP may not be reproduced or redistributed without all the metadata provided. 3. Any maps, publications, reports, or other documents produced as a result of this project that utilize this digital data will credit the NJDEP's Geographic Information System (GIS) as the source of the data with the following credit/disclaimer: "This (map/publication/report) was developed using New Jersey Department of Environmental Protection Geographic Information System digital data, but this secondary product has not been verified by NJDEP and is not state-authorized or endorsed." 4. NJDEP makes no warranty that digital data are free of Copyright or Trademark claims or other restrictions or limitations on free use or display. Making a copy of this data may be subject to the copyright of trademark laws.</SPAN></P></DIV></DIV> Survey Report of LIDAR Ground Control & Quality Control Points.pdf 2015-09-29 Quantum Spatial, Inc. document withheld Delaware Valley High Density QL2 LiDAR Project Report.pdf 2015-09-30 Quantum Spatial, Inc. document withheld USGS New Jersey CMGP Sandy lIDAR, Project Level Metadata.xml 2014-10-01 Woolpert, Inc. document withheld New Jersey Sandy LiDAR, LIDAR Ground Control Final Survey Report.pdf 2014-10-01 Woolpert, Inc. document withheld Project Report, USGS New Jersey CMGP Sandy LIDAR 0.7M NPS LIDAR Processing.pdf 2014-10-01 Woolpert, Inc. document withheld De_Valley_Project_Level_Metdata.xml 2015-09-30 Quantum Spatial, Inc. document withheld USGS-NGP Standards and Specifications, Lidar Base Specifications.pdf 2010-02-22 USGS online https://www.usgs.gov/core-science-systems/ngp/ss/lidar-base-specification-online LiDAR Quality Control Report, QA Program for High Resolution LiDAR and Breakline Data, South New Jersey, 2018 (Update).pdf 2020-03-30 Dewberry,Inc. document withheld USGS South New Jersey LIDAR, Bare Earth DEM.xml 2020-12-01 Sanborn Map Company,Inc. document withheld New Jersey NW 6 County LiDAR Quality Assurance (QA) Report.pdf 2019-03-20 Dewberry,Inc. document withheld New Jersey 6 County LiDAR, Project Level Metadata.xml 2018-12-01 Sanborn Map Company,Inc. document withheld NW New Jersey 6 County lIDAR 2017 B17, LiDAR Report.pdf 2018-12-01 Sanborn Map Company,Inc. document withheld 140G0218F0164 South NJ LIDAR, LIDAR Report.pdf 2020-06-01 Sanborn Map Company,Inc. document withheld New Jersey 10 Foot Resolution LiDAR Derived Digital Elevation Model (DEM) Source Project Areas, Edition 20210104.html 2021-01-04 NJDEP document withheld ground condition 2014-01-01 2019-01-01 -75.600295 -73.897325 38.92306 41.359181 ADVISORY: Note that the process to create this layer involves re-sampling the original bare earth LiDAR point clouds to create new consistent 10-foot resolution surfaces for each separate collection. Since re-sampling to a coarser resolution elevation model requires a re-calculation of elevation surface values, there may be some differences in the elevation measured at any location in this layer when compared to the elevation at the same location as measured from the original project DEM surfaces, or from the original point clouds themselves. An analysis of the effect of the re-sampling has been undertaken. The results of these are included in the 'Vertical Accuracy Report' section of this file. Finally, users should be aware that temporal changes in surface topography may have occurred since the LiDAR data used to generate this layer were collected and that some parts of this data set may no longer represent actual surface conditions. Checks for data voids/gaps between varying LiDAR collections have been conducted. New data will be inserted into the DEM when updated collections are obtained. Elevations, expressed in feet, were interpolated on a regular 10 foot grid from LiDAR bare earth ground points, and points generated from bare earth surface models, using a mean Z interpolation method. The individual LiDAR collection projects each have their own horizontal accuracy analysis done as part of the verification process undertaken for each project. These analyses are described in the reports or metadata created for each project, where available. Those files are listed under the 'Cross References' section above, and should be reviewed to understand the accuracy specifications of each original collection. The individual LiDAR collection projects used in developing this statewide DEM each have their own vertical accuracy analysis done as part of the verification process undertaken for each project. These analyses are described in the reports or metadata created for each project, where available. These files are listed under the 'Cross References' section, and should be reviewed to understand the accuracy specifications of each original collection. The reported fundamental or non-vegetated accuracies for each of the 4 collections reported at the 95% confidence limits are as follows: DVRPC, .272 ft.; USGS CGM Sandy LiDAR, .377 ft.; New Jersey NW 6 County LiDAR, .503 ft; USGS South New Jersey LiDAR, .29 ft. In addition, an analysis was undertaken to examine the vertical accuracy of this 10 ft. surface in relation to the original projects DEMs at the original resolutions, using the post compilation ground control points collected for each project. These points were surveyed for each project and used to complete the initial accuracy assessment of each of the project data sets, results of which are reported above. Elevation values at each point were extracted from the 10-foot DEM and compared with the surveyed elevations for those points. The mean absolute differences between the values extracted from the 10 ft project DEMS and the surveyed elevation values were determined for each point,and these used to calculate the RMSEz and the 95% confidence limits of the elevation accuracy per the NSSDA testing methodology. The results are as follows: DVRPC collection .405 ft; Post Sandy collection .469; NW collection .658 ft; SJ collection .304 ft; aggregate .421 ft. LiDAR points 0 NW New Jersey 6 County Lidar 2017 B17: USGS Contract: G16PC00051 none 2019-01-02 USGS; Sanborn Map Company, Inc LAS files ground condition 2017-04-15 2018-04-28 LiDAR points 0 USGS New Jersey CMGP Sandy LIDAR 0.7M NPS LIDAR none 2014-01-01 USGS; Woolpert, Inc. LAS files ground condition 2014-03-21 2014-04-21 LIDAR points 0 140G0218F0164 South NJ LIDAR none 2020-06-01 USGS; Sanborn Map Company, Inc LAS Files ground condition 2019-03-08 2019-04-23 LiDAR points 0 Delaware Valley 2015 LiDAR USGS Contract: G10PC00026 Task Order Number: G15PD00316DE_Valley_2015 none 2015-01-01 USGS; Quantum Spatial LAS files ground condition 2015-04-12 2015-05-23 8. Once all cutline polygons were defined, each polygon was selected out from the composite statewide cutline feature class as a separate feature. Using the 'Extract by Mask' tool within the 'Extraction' Toolbox of the Spatial Analyst extension of ArcGis10.6.1, each cut line polygon was used as the feature mask to extract the needed portion out of the appropriate 10-foot resolution project bare earth surface. This extraction process was carried out for all separate input project DEMs. 2019-12-02 John Tyrawski; Will Smith NJDEP/DOIT/BGIS GIS Specialists 609-984-2243 609-292-7900 401 East State Street Trenton NJ 08625 gisnet@dep.nj.gov 9. Once all portions of each input DEM had been extracted, the statewide surface was created by mosaicing the individual portions together using the 'Mosaic to New Raster' tool within the 'Raster' tool set of the 'Data Management Toolbox' of ArcGis 10.6.1. The settings used were as follows: Spatial Reference-NAD 1983 StatePlane New Jersey FIPS 2900 (US Feet).prj; Pixel Type-32_bit_float; Cell size-10 ft; Number of bands-1; Mosaic operator-First. In addition to the above settings, the Environment variable for the Snap Raster was set to the existing 10-foot resolution DEM to ensure that all subsequent output grids were tied exactly to the 0,0 NJSPF origin point, and all pixels exactly aligned in both t the x and y direction. This insures that there are no gaps or pixel overlaps generated in the output surfaces.generated surface. 2019-12-02 John Tyrawski; Will Smith NJDEP/DOIT/BGIS GIS Specialists 609-984-2243 609-292-7900 401 East State Street Trenton NJ 08625 gisnet@dep.nj.gov 4. Once all 10-foot resolution DEM GEOTIFF sections for each LIDAR collection project were generated, the sections were merged together to produce a new project wide 10-foot resolution model DEM. These were generated using the 'Mosaic to New Raster tool' within the Raster toolset of ArcGis 10.6.1. A 10-foot cell size was set in the environment variables. The existing 10-foot resolution DEM was also set as the snap raster so that all data sets produced would maintain the same x and y pixel alignment set up during the development of the initial elevation model. 2021-01-04 John Tyrawski; Will Smith NJDEP/DOIT/BGIS GIS Specialists 609-984-2243 609-292-7900 401 East State Street Trenton NJ 08625 gisnet@dep.nj.gov 12. As noted under the 'Advisory' and Vertical Positional Accuracy Report' sections, there was also analysis done to define the accuracy of this re-sampled 10-foot surface in relation to the original resolution DEMs. This was done using the QA/QC points collected for each LiDAR project to assess the non-vegetated vertical accuracy of the collected data (NVA). Elevation values at each point were extracted from the 10-foot DEM and compared with the surveyed elevations for those points. The mean absolute differences between the values extracted from the 10 ft project DEMS and the surveyed elevation values were determined for each point,and these used to calculate the RMSEz and the 95% confidence limits of the elevation accuracy per the NSSDA testing methodology. The results are as follows: DVRPC collection .405 ft; Post Sandy collection .469; NW collection .658 ft; SJ collection .304 ft; aggregate .421 ft. 2021-01-04 John Tyrawski; Will Smith NJDEP/DOIT/BGIS GIS Specialists 609-984-2243 609-292-7900 401 East State Street Trenton NJ 08625 gisnet@dep.nj.gov 2. The QTModeler loading parameters were as follows: Input Format - LAS (ASPRS LAS data); Model Format-QTT (Gridded surface); Processing Options-Process as Group; Grid sampling-10 (ft); Gridding Options-Tiling Settings-Specify Grid Tiepoint-Use tiepoint as Explicit Grid Origin; Hole Fill-Fill Method-Adaptive Triangulation-Algorithm-Mean Z; Classification-Class 2 (ASPRS Ground); Trust LAS header extents. Note that a critical step in this operation is to set the explicit origin to be used to generate each new surface, and to use the option to 'Explicitly tie the output to this origin point', using the existing 10-foot resolution statewide grid cells as the reference data set. Since each DEM section generated covered a different extent, separate tiepoints were used for each set of point files loaded. The requirements for the tie points were that both x and y values had to be in exact 10-foot increments, and the origin had to be south and west of the minimum extent of the loaded point clouds. 2021-01-04 John Tyrawski; Will Smith NJDEP/DOIT/BGIS GIS Specialists 609-984-2243 609-292-7900 401 East State Street Trenton NJ 08625 gisnet@dep.nj.gov 5. Additional processing steps were used to model the hydro-flattened water features incorporated into each of the original project DEMS. A working composite polygon breakline feature class was generated for each hydro-flattened project from the polygon and linear breaklines delivered as part of the original project data sets. The linear breaklines were converted to polygons by adding end lines at appropriate locations to define the polygon extents based on examining 2015 aerial imagery. Once the composite project layer was created, these hydro polygons were used as the mask to extract the hydro flattened water features out of each original resolution project bare earth DEM. For the DVRPC, Post Sandy, and NW NJ collections the elevation values assigned to the hydro-flattened areas were those extracted from the DEMS without any additional modification. For the SJ project area, elevation values of the flattened areas within the ocean breaklines feature class were recalculated to a standard minus 3.5 ft. This collection was a tidally coordinated collection, and water surface elevation values assigned to the major flattened tidal water bodies varied as a reflection of the tide stage during which the lidar points were collected. Assigning a consistent elevation value to the surface of these hydro-flattened areas improved the interpretation of these water bodies without affecting the accuracy of the bare earth elevations. Once all the hydro-flattened water area sections were extracted, they were resampled to 10-foot resolution surfaces. These re-sampled hydro areas were mosaiced with the 10-foot project grids generated in Step 4, to produce a final re-sampled 10-foot resolution project DEM. 2021-01-04 John Tyrawski; Will Smith NJDEP/DOIT/BGIS GIS Specialists 609-984-2243 609-292-7900 401 East State Street Trenton NJ 08625 gisnet@dep.nj.gov 6. Once the 4 new 10-foot resolution surfaces were created for each of the original LiDAR projects, additional processing was done in ArcMap 10.6.1 to define the portion of each project DEM to use in the final statewide layer, and then to mosaic the individual pieces together. These steps were necessary since adjacent collections generally overlap to some extent, with the overlap areas extending several thousand feet to several miles. In addition, while all collections meet their stated vertical accuracy targets, elevation values in the overlap areas did vary from collection to collection. So a process was followed which allowed the transition between collections in each overlap area to occur as seamlessly as possible, while also allowing the source of the elevation data in any pixel in the statewide layer to be identifiable in the final product. The initial step in creating the final statewide mosaic was to create difference grids for each combination of overlapping project grids using the 'Minus' function within the 'Math' toolset of the Spatial Analyst extension of ArcGis 10.6.1. This function creates a grid the cell values of which are calculated by subtracting the elevation value of the cell in one input grid from the elevation value of the comparable cell in the second input grid. Cells outside the overlap areas are calculated as NOVALUE in the output difference grid and are not included in any further processing. Since the 10-foot project grids were created with all cells tied to the same 0,0 origin point, overlapping cells from the input grids always represented the exact same coordinate space. 2021-01-04 John Tyrawski; Will Smith NJDEP/DOIT/BGIS GIS Specialists 609-984-2243 609-292-7900 401 East State Street Trenton NJ 08625 gisnet@dep.nj.gov 11. In addition to the cut line and image review, a null value grid was also generated from the statewide 10-foot DEM to make sure that there were no null value cells within the grid, indicating the existence of gaps between the individual input project grids, using the 'Is Null' tool within the 'Logical' tool set of the 'Math' tool box of the Spatial Analyst extension of ArcGis 10.6.1. 2021-01-04 John Tyrawski; Will Smith NJDEP/DOIT/BGIS GIS Specialists 609-984-2243 609-292-7900 401 East State Street Trenton NJ 08625 gisnet@dep.nj.gov 1. The classified point clouds for each collection were loaded into a QTModeler session in separate operations, so that a new bare earth surface could be generated at 10 ft resolution for each collection using the same parameters. Because of the size of the collections and the number of individual point clouds generated for each project, subsets of point clouds were loaded in separate operations for each project. Bare earth DEMS were generated for each section of each project, and the sections for each project merged to generate the updated 10-foot model for each separate LiDAR collection. When several sections had to be used, an overlap area was created for each adjacent section by including several of the same point cloud files in both of the adjacent sections. Each load resulted in the creation of a single surface that covered a portion of the complete project extent. These pieces were then merged together in a final step to create a new single surface, 10 ft resolution bare earth DEM for the entire project area that would be used to generate the statewide layer. 2021-01-04 John Tyrawski; Will Smith NJDEP/DOIT/BGIS GIS Specialists 609-984-2243 609-292-7900 401 East State Street Trenton NJ 08625 gisnet@dep.nj.gov 10. When all portions were merged together and the complete statewide surface was generated, several QA/QC steps were undertaken. A hillshade file was created from the statewide 10-foot DEM and examined with the cutline feature class to determine if there were any discontinuities existing where adjacent input grid sections were merged. These discontinuities would be visible as artificial irregularities in the hillshade file located at the positions of the cutline vectors. All cutline locations were viewed in relation to the hillshade file and statewide digital imagery, and any obvious discontinuities were flagged for possible correction by generating point features at those locations. The difference grids were re-examined at the point locations to see if more suitable cut line locations were possible. If more suitable locations were found, the cutlines were edited. In some cases, there did not appear to be any better cut line locations because of consistent differences existing in overlapping data sets. Following the review of all potential cut line errors and editing, a new cut line data set was generated. For those project cutlines that were modified, the edited cutline polygons were used to extract a new portion from the project wide grids, as described previously. Once all new grid sections had been extracted, a new statewide 10-foot DEM was generated by mosaicking all the final project sections together as described previously in Step 9. In addition to examining the hillshade for cutline placement, the hill shade file was also examined with the imagery to locate any other non-cut line spots at which the bare earth surface did not appear to correctly represent the ground surface as viewed on the digital imagery, and so, may need modification. Review points were also created for these locations, and the original point clouds and DEM surfaces were examined at these points to determine if additional edits to the 10-foot surface were warranted. Since the LiDAR points and the imagery were not collected at the same times, differences in the surface and the imagery were not always due to processing errors, but representative of real differences in the landscape. So some caution had to be used when using the comparison to locate possible edits to the generated surface. 2021-01-04 John Tyrawski; Will Smith NJDEP/DOIT/BGIS GIS Specialists 609-984-2243 609-292-7900 401 East State Street Trenton NJ 08625 gisnet@dep.nj.gov 7. The individual project 10-foot DEMS used to create the difference grid are then added to an ArcGis session along with the difference grid. A new polygon feature class was created and added to the session. Using the standard editing tools in the Editor toolbar, polygons defining the area to be extracted from each 10-foot project DEM were created using the difference grid to direct the placement of the polygon boundaries. The difference grid was color coded in .25 ft increments with only cells with differences less than or equal to one or greater than or equal to minus one highlighted. An attempt was made to locate the boundaries of the clipping polygons in areas of the least calculated difference so that the transition from one collection to another would be as seamless as possible and free from any artifacts that may have been created during the re-sampling process. This cutline generation/editing was continued until cutlines for all project overlap areas were generated. In developing the difference grids and cut lines, it was found that there were two several small areas of the state which were not covered by any of the 4 primary LiDAR collection projects that formed the major portion of this DEM. These were two small sliver areas that existed between two collections done in different years and by different contractors, and therefore were not uncovered until the development of this statewide surface. One gap was covered by the NGA collection, and one by the Highlands collection. While these areas were small, voids would exist at these locations when the statewide grid was created if valid elevations were not determined for these void areas. To identify and fill these missing data locations, the cut line feature class was edited to add polygons defining these small void areas also. 2021-01-04 John Tyrawski; Will Smith NJDEP GIS Specialists 609-984-2243 609-292-7900 401 East State Street Trenton NJ 08625 gisnet@dep.nj.gov 3. Once the points were loaded and the surface created, each new surface was exported to a GEOTIFF DEM. The export parameters were as follows: Export Model-Export Format-GEOTIFF (32-bit DEM); Use Default Extension; Override Georegistration Tags-Override QT Native Projection; Model Type-Projection Coordinate System; Projected CS-NAD83/New Jersey (ft US); Linear Units-US survey foot; Vertical Datum-North American Vertical Datum 1988; Vertical CS-NAVD88 height; Vertical Units-US survey foot; 2021-01-04 John Tyrawski; Will Smith NJDEP/DOIT/BGIS GIS Specialists 609-984-2243 609-292-7900 401 East State Street Trenton NJ 08625 gisnet@dep.nj.gov 2 88562 46750 1 20210503 16361100 1.0 002 FGDC CSDGM Metadata TRUE 20211018 14592500 150000000 5000 FGDC 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