View In:
ArcGIS JavaScript
ArcGIS Online Map Viewer
ArcGIS Earth
Service Description: This dynamic layer provides elevation data from the 2020 Northern Shenandoah lidar collection, which took place between 11/29/2020 and 1/12/2021. Different visualizations can be created through the use of raster functions applied to the source data. The surfaces available for raster functions include a high-resolution digital elevation model (DEM) and a digital surface model (DSM) to model bare earth or above ground surfaces.
Layer Applications
Use for Visualization: Yes, this is the primary layer use. Bare earth and above ground surfaces can be modeled using the different raster functions available in the symbology pane.
Use for Analysis: No, this layer should not be used for analysis workflows.
How was this made?
Lidar point clouds were processed in ArcGIS Pro to generate a DEM and DSM with a cell size of 0.5 meters. The raster surfaces were then loaded into a mosaic dataset built using a source/derived management style. Then, raster function template files were generated and applied to the rasters, allowing the hillshade surfaces to be created. These surfaces are highly accurate in terms of spatial location and depicting the earth's surface at the time of collection.
Want to learn more?
USGS What is Lidar?
USGS EarthWord
Elevation/2020_Lidar_Terrain
Description: This dynamic layer provides elevation data from the 2020 Northern Shenandoah lidar collection, which took place between 11/29/2020 and 1/12/2021. Different visualizations can be created through the use of raster functions applied to the source data. The surfaces available for raster functions include a high-resolution digital elevation model (DEM) and a digital surface model (DSM) to model bare earth or above ground surfaces.
Layer Applications
Use for Visualization: Yes, this is the primary layer use. Bare earth and above ground surfaces can be modeled using the different raster functions available in the symbology pane.
Use for Analysis: No, this layer should not be used for analysis workflows.
How was this made?
Lidar point clouds were processed in ArcGIS Pro to generate a DEM and DSM with a cell size of 0.5 meters. The raster surfaces were then loaded into a mosaic dataset built using a source/derived management style. Then, raster function template files were generated and applied to the rasters, allowing the hillshade surfaces to be created. These surfaces are highly accurate in terms of spatial location and depicting the earth's surface at the time of collection.
Want to learn more?
USGS What is Lidar?
USGS EarthWord
false
Extent:
XMin: 673903.7951999996
YMin: 4248816.753900001
XMax: 697045.7951999996
YMax: 4264192.753900001
Spatial Reference: 102386
(6346)
VCSWkid(5703)
LatestVCSWkid(5703)
Initial Extent:
XMin: 673903.7951999996
YMin: 4248816.753900001
XMax: 697045.7951999996
YMax: 4264192.753900001
Spatial Reference: 102386
(6346)
VCSWkid(5703)
LatestVCSWkid(5703)
Full Extent:
XMin: 673903.7951999996
YMin: 4248816.753900001
XMax: 697045.7951999996
YMax: 4264192.753900001
Spatial Reference: 102386
(6346)
VCSWkid(5703)
LatestVCSWkid(5703)
Pixel Size X: 0.5
Pixel Size Y: 0.5
Band Count: 1
Pixel Type: F32
RasterFunction Infos: {"rasterFunctionInfos": [
{
"name": "Multidirectional Hillshade DEM",
"description": "Hillshade applied to a DEM (Bare Earth) created for visualizations.",
"help": ""
},
{
"name": "Multidirectional Hillshade DSM",
"description": "Hillshade applied to a DSM (Above Ground Surface) created for visualizations.",
"help": ""
},
{
"name": "Shaded Relief DEM",
"description": "Colored hillshade applied to a DEM (Bare Earth) created for visualizations.",
"help": ""
},
{
"name": "Shaded Relief DSM",
"description": "Colored hillshade applied to a DSM (Above Ground Surface) created for visualizations.\n",
"help": ""
},
{
"name": "Traditional Hillshade DEM",
"description": "Hillshade applied to a DEM (Bare Earth) created for visualizations.",
"help": ""
},
{
"name": "Traditional Hillshade DSM",
"description": "Hillshade applied to a DSM (Above Ground Surface) created for visualizations.",
"help": ""
},
{
"name": "None",
"description": "",
"help": ""
}
]}
Mensuration Capabilities: Basic
Inspection Capabilities:
Has Histograms: true
Has Colormap: false
Has Multi Dimensions : false
Rendering Rule:
Min Scale: 0
Max Scale: 0
Copyright Text: U.S. Geological Survey, City of Harrisonburg
Service Data Type: esriImageServiceDataTypeElevation
Min Values: 342.5525817871094
Max Values: 891.4422607421875
Mean Values: 428.03879481148675
Standard Deviation Values: 55.696143552050614
Object ID Field: OBJECTID
Fields:
-
OBJECTID
(
type: esriFieldTypeOID, alias: OBJECTID
)
-
Shape
(
type: esriFieldTypeGeometry, alias: Shape
)
-
Name
(
type: esriFieldTypeString, alias: Name, length: 200
)
-
MinPS
(
type: esriFieldTypeDouble, alias: MinPS
)
-
MaxPS
(
type: esriFieldTypeDouble, alias: MaxPS
)
-
LowPS
(
type: esriFieldTypeDouble, alias: LowPS
)
-
HighPS
(
type: esriFieldTypeDouble, alias: HighPS
)
-
Category
(
type: esriFieldTypeInteger, alias: Category
, Coded Values:
[0: Unknown]
, [1: Primary]
, [2: Overview]
, ...6 more...
)
-
Tag
(
type: esriFieldTypeString, alias: Tag, length: 100
)
-
GroupName
(
type: esriFieldTypeString, alias: GroupName, length: 100
)
-
ProductName
(
type: esriFieldTypeString, alias: ProductName, length: 100
)
-
CenterX
(
type: esriFieldTypeDouble, alias: CenterX
)
-
CenterY
(
type: esriFieldTypeDouble, alias: CenterY
)
-
ZOrder
(
type: esriFieldTypeInteger, alias: ZOrder
)
-
Shape_Length
(
type: esriFieldTypeDouble, alias: Shape_Length
)
-
Shape_Area
(
type: esriFieldTypeDouble, alias: Shape_Area
)
-
Dataset_ID
(
type: esriFieldTypeString, alias: Dataset_ID, length: 32
)
-
LE90
(
type: esriFieldTypeSingle, alias: LE90
)
-
CE90
(
type: esriFieldTypeSingle, alias: CE90
)
-
DEM_Type
(
type: esriFieldTypeSmallInteger, alias: DEM_Type
)
-
VerticalDatum
(
type: esriFieldTypeString, alias: VerticalDatum, length: 16
)
-
LinkToMetadata
(
type: esriFieldTypeString, alias: LinkToMetadata, length: 255
)
-
BEST
(
type: esriFieldTypeSingle, alias: BEST
)
-
Date_Start
(
type: esriFieldTypeDate, alias: Date_Start, length: 8
)
-
Date_End
(
type: esriFieldTypeDate, alias: Date_End, length: 8
)
Default Mosaic Method: ByAttribute
Allowed Mosaic Methods: ByAttribute,None,LockRaster
SortField: BEST
SortValue: 0
Mosaic Operator: First
Default Compression Quality: 80
Default Resampling Method: Bilinear
Max Record Count: 200
Max Image Height: 4100
Max Image Width: 15000
Max Download Image Count: 0
Max Mosaic Image Count: 20
Allow Raster Function: true
Allow Copy: true
Allow Analysis: true
Allow Compute TiePoints: false
Supports Statistics: true
Supports Advanced Queries: true
Use StandardizedQueries: true
Raster Type Infos:
Name: Raster Dataset
Description: Supports all ArcGIS Raster Datasets
Help:
Has Raster Attribute Table: false
Edit Fields Info: null
Ownership Based AccessControl For Rasters: null
Child Resources:
Info
Histograms
Statistics
Key Properties
Legend
Raster Function Infos
Supported Operations:
Export Image
Query
Identify
Measure
Compute Histograms
Compute Statistics Histograms
Get Samples
Compute Class Statistics
Query GPS Info
Find Images
Image to Map
Map to Image
Measure from Image
Image to Map Multiray
Query Boundary
Compute Pixel Location
Compute Angles
Validate
Project
Calculate Volume