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LiDAR for Watershed Delineations and Overland Flow Modelling ($173.92)

LiDAR Map

Building on an assumed introductory knowledge of LiDAR and GIS, participants will gain hands on experience using ArcMap and the Spatial Analyst extension (provided in a lab session), for the derivation of LiDAR-based surface-water hydrology products. Participants will explore the concepts of LiDAR surface preconditioning (including culvert notching), towards the derivation and characterization of watershed areas and predicted surface flow networks across the landscape and where they interface with transportation and drainage infrastructure.

Topics include:

  • Basic overland flow modelling and watershed delineation
  • Culvert notching for overland flow and watershed delineation
  • Watershed delineation
  • Stream and watershed feature attribution
  • Advanced upstream attribution

About the instructor

Jae OgilvieJae Ogilvie is Research Associate in the Faculty of Forestry and Environmental Management at the University of New Brunswick where he teaches undergraduate and graduate-level courses in introductory & advanced GIS and LiDAR. Jae is the primary developer in charge of the continued improvement of the wet areas mapping (WAM) model in the Forest Watershed Research Centre at the University of New Brunswick. Jae has a Masters of Science in Forestry (MScF) degree from the University of New Brunswick, is a Registered Professional Forester (RPF), a Certified Geographic Information Systems Professional (GISP) and is a fellow of the Canadian Rivers Institute (CRI).

  • Dates: April 2, 2020
  • Time: 8 a.m. – 4 p.m.
  • Cost: $173.92 + HST includes coffee breaks and lunch
  • Location: IUC Forestry Building, 28 Dineen Drive
  • Contact: Laurie Nason

Next steps

Register for LiDAR for Watershed Delineations and Overland Flow Modelling