Corryong Nariel Creek LIDAR
dataset
Dataset: Corryong Nariel Creek LIDAR
Assembly: Mosaic
|
Citation proposal Citation proposal
Corryong Nariel Creek LIDAR Department of Transport and Planning https://metashare.maps.vic.gov.au/geonetwork/srv/eng/catalog.search#/metadata/5cac60f5-267a-5af4-8d2d-bbb408b8d09f |
- Description
- Temporal
- Spatial
- Maintenance
- Format
- Contacts
- Keywords
- Resource Constraints
- Lineage
- Metadata Constraints
- Quality
- Acquisition Info
- Raster Data Details
- Raster Type Details
- Point Cloud Data Details
- Contour Data Details
- Survey Details
Simple
Description
- Title
- Corryong Nariel Creek LIDAR
Temporal
- Time period
- 2014-04-242014-04-25
Spatial
- Horizontal Accuracy
- 0.25m
- Vertical Accuracy
- 0.13m
- Code
- MGA Zone 55 GDA94
Maintenance
Format
- Title
- LAS 1.2 Classification Level 2
Contacts
Point of contact
Department of Transport and Planning
-
Coordinated Imagery Program
PO Box 500
East Melbourne
Victoria
3002
Australia
Keywords
- Topic category
-
- Elevation
Resource Constraints
- Use limitation
- General
- Classification
- Unclassified
Lineage
Metadata Constraints
- Classification
- Unclassified
Quality
Attribute Quality
Positional Accuracy
Conceptual Consistency
Missing Data
- Comments
- Ground Classifications Fugro Spatial Solutions Pty Ltd aim is to select those points that are part of a clean ground surface, which might not be 100% of the ground hits. This results in a cleaner dataset, without compromising on terrain detail and accuracy. Ground filtering algorithms, tailored for this project, data type and terrain type, are applied to the full dataset. The ground filtered dataset is then visually checked by an operator, and incorrectly classified data is corrected or the ground filtering algorithm is adjusted and then visually checked. For the verification of the ground classifications, intensity imagery is used as a backdrop image. This dataset is classified to ICSM Level 2 standard. Ground Surface Gridded DEM A 1m gridded DEM has been generated from the Lidar class 2 ground only. The method of deriving the height for each grid point is by triangulation between the three nearest lidar ground points. Note: Returns on water have been removed from the (classified) point clouds. Gridded datasets have been interpolated across voids (up to 500m in diameter) caused by either no-return due to water bodies, or removal of buildings, vegetation or other above ground features. The tiled data has been cut into 1km tiles, where the file name prefix corresponds with the Lower Left coordinate of the block. Some of the tiled data has been cut into 2km tiles, where the file name prefix corresponds with the Lower Left coordinate of the block.
Excess Data
Acquisition Info
- Platform Type
- Aerial
- Assembly
- Mosaic
- Tile Size
- 1 km
Raster Data Details
Point Cloud Data Details
- Pulse Mode
- multi
- Scan Rate (Hz)
- 131500Hz
- Scan Frequency (kHz)
- 0kHz
- Scan Angle (degrees)
- 26degrees
- Footprint Size (m)
- 0.44999999m
- Point Density Target (pts/m2)
- 1points/m2
- Point Density Actual (pts/m2)
- 1points/m2
- Point Spacing Target (pts/m)
- 0.47999999points/m2
- Point Spacing Actual (pts/m)
- 1points/m2
- Ellipsoid Provided
- 1
- Ellipsoid Vertical Datum
- GRS80 Ellipsoidal (ITRF2005)
- Ellipsoid Format
- LAS 1.2 Classification Level 2
- Geoid Vertical Datum
- AUSGEOID09
- Class Level
- 2
- Classification
-
Class Level Class 0 - Unclassified Class 1 - Default Class 2 - Ground Class 3 - Low Vegetation Class 4 - Medium Vegetation Class 5 - High Vegetation Class 6 - Buildings/Structures Class 7 - Low/High Points Class 8 - Model Key Points Class 9- Water Class 10 - Bridge Class 12 - Flightline Overlap Points 2 0 0 1 1 1 1 1 1 0 1 1 1
Contour Data Details
Survey Details
Sensor
- Title
- Leica ALS50-II
- Identifier
- Aerial
- Type
- LIDAR
- Cloud Cover Percentage
- 0
Aerial Survey Details
- Runs
- 54
- Run Orientation
- Various
- Swath Width
- 410
- Side Overlap
- 20
- Forward Overlap
- 0
- Flying Height Unit
- agl feet
- Flight Height
- 1800
Overviews
Provided by
Views Views
5cac60f5-267a-5af4-8d2d-bbb408b8d09f
Access to the portal Access to the portal
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Associated resources
Not available