1 / 14

LiDAR Potential in Kansas: A Land Planning and Emergency Management and Response Perspective

LiDAR Potential in Kansas: A Land Planning and Emergency Management and Response Perspective. Research Sponsors: NSF EPSCoR K-State Targeted Excellence Presented by: Eric A. Bernard, RLA, ASLA David Nathaniel Kersey, MLA Candidate. LiDAR: Acquisition Project 2006. 15 Partners

Rita
Télécharger la présentation

LiDAR Potential in Kansas: A Land Planning and Emergency Management and Response Perspective

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. LiDAR Potential in Kansas: A Land Planning and Emergency Management and Response Perspective Research Sponsors: NSF EPSCoR K-State Targeted Excellence Presented by: Eric A. Bernard, RLA, ASLA David Nathaniel Kersey, MLA Candidate

  2. LiDAR: Acquisition Project 2006 • 15 Partners • Led by USGS Ingrid Landgraf • K-State • Wildcat Creek Watershed • Konza Prairie

  3. LiDAR: Raw Data • Raw Data: LiDAR LAS Points All Returns 3D Points +/- 1,000,000 per km2 • Capital Building Topeka, KS

  4. LiDAR: Landscape Models • Konza Prairie LTER Site • LiDAR Raw Data Processed with LiDAR Explorer 2.0 ArcScene 9.2 TIN LAS All Returns Illustrating Bare Earth, Vegetation and Structures

  5. LiDAR: Landscape Models • Konza Prairie LTER Site • LiDAR Raw Data Processed with LiDAR Explorer 2.0 NOTE: Lagoons, Utility Poles ArcScene 9.2 TIN LAS All Returns Illustrating Bare Earth, Vegetation and Structures

  6. LiDAR: Structures/Vegetation • LiDAR Raw Data Processed with LiDAR Explorer 2.0 • K-State Campus NOTE: Filter Algorithms for Extracting different Landscape Features ArcScene 9.2 TIN LAS All Returns Illustrating Bare Earth, Vegetation and Structures

  7. LiDAR: Structures • Roof TIN Surfaces ArcScene 9.2 TIN LiDAR Explorer 2.0 Filter for Buildings on LAS data using Building Polygon Boundary for Selection of Points and TIN Boundary

  8. LiDAR: Floodplain Models • 3D River-Stream Channel and Floodplain

  9. LiDAR: Floodplain Models • 3D River-Stream Channel and Floodplain

  10. LiDAR: Flood Prediction Models • 3D River-Stream Channel and Floodplain

  11. LiDAR: Flood Prediction Models Channel Profiles Kansas River Manhattan, KS NED 30m NED 10 m LiDAR • 3D River-Stream Channel and Floodplain

  12. LiDAR: Input to Map2Map Map2Map Flood Inundation Model Inputs: LiDAR data Nexrad Doppler Rainfall Stream Gauge data Hydro Data Model

  13. LiDAR: Aerosol Models • Aerosol Plume Power Plant Lawrence, KS • LiDAR LAS Data Processed with LiDAR Explorer 2.0 NOTE: Filter Algorithms for Extracting different Features ArcScene 9.2 TIN LAS All Returns Illustrating Bare Earth, Vegetation and Structures

  14. Contact: Eric A. Bernard, RLA, ASLA Associate Professor Department of Landscape Architecture Regional and Community Planning Kansas State University 785-532-3944 785-532-6722 fax ebernard@ksu.edu www.growe.ksu.edu www.gis.ksu.edu/ogallala www.k-state.edu/ecoforecasting/

More Related