THE UNITED STATES INTERAGENCY ELEVATION INVENTORY Lindy Betzhold, The Baldwin Group at NOAA Office for Coastal Management Allyson Jason, USGS National Geospatial Program Rebecca Mataosky, The Baldwin Group at NOAA Office

Source URL: coastalgeotools.org

• Geomorphology
• Geodesy
• Oceanography
• Environmental data
• LIDAR
• Hydrographic survey
• Bathymetry
• National Oceanic and Atmospheric Administration
• Topography
• Physical geography
• Cartography
• Earth

Application of CCM to an individual landslide in the Stillaguamish Valley of Washington state. The Contour Connection Method Inventorying and Classifying Landslides using Bare Earth Lidar

Source URL: www.lidarnews.com

• Environmental soil science
• Landslide
• LIDAR

Unmanned aircraft JR GSR260Z equipped with laser scanner and high resolution camera used for the demonstration. Sharper Shape drone operators supervising the flight with ground control station.

Source URL: www.lidarnews.com

• Meteorology
• Technology
• Unmanned aerial vehicles
• Aircraft
• Pusher aircraft
• Military terminology
• Signals intelligence
• LIDAR

Waiting for treatment or a spark. Sagehen Creek Basin, Sagehen Experimental Forest, Tahoe National Forest. Credit: Amanda Deutsch. Reality Show: SPLATS Take a Trip from Theory to the Tahoe National Forest Summary

Source URL: www.firescience.gov

• Sagehen Creek Field Station
• Sierra Nevada
• Ecological succession
• Fire
• Lake Tahoe
• Wildfire
• LIDAR
• Forestry
• Ecology
• Geography of California
• Northern California
• California

Minnesota LiDAR Research and Education Subcommittee1 Glossary of LiDAR-related Terms Last revisedThis glossary is intended as a reference for Minnesotans working with LiDAR data. For additional definitions vi

Source URL: www.mngeo.state.mn.us

• Earth
• LIDAR
• Digital elevation model
• Geographic information system
• Topography
• Remote sensing
• Photogrammetry
• Secon
• Elevation
• Cartography
• Geography
• Physical geography

SPEAKERS AND TOPICS Brenton Ray, Land & Property Information, Working with point clouds and SME Project Brenton has a background in computer science and has worked at LPI since 2009 in Lidar applications. He is currently

Source URL: reroc.com.au

• Data mining
• Science
• Geography
• Statistics
• Cartography
• Geographic information system
• Geospatial analysis

Raw Ingredients for Evaluating and Improving Turbulence Parameterizations 1National Dave Turner1, Volker Wulfmeyer2, Larry Berg3, Conor McNicholas4, and Rich Ferrare5 Severe Storms Laboratory / NOAA, 2University of Hohen

Source URL: asr.science.energy.gov

• LIDAR
• Kurtosis
• Variance
• Moment
• Turbulence
• Boundary layer
• Statistics
• Probability theory
• Skewness

Measurements Of Humidity in the Atmosphere: Validation Experiments (MOHAVE I and II) Results overview and implication for the long-term lidar monitoring of water vapor in the UT/LS Thierry Leblanc1, I. S. McDermid1, H. V

Source URL: www.iapmw.unibe.ch

• LIDAR
• Robotic sensing
• Water vapor
• Atmospheric sciences
• Meteorology
• Thermodynamics

Lidar und Wolkenradar Messungen von Lidar und Wolkenradar am TROPOS Mittels Fernerkundungsmethoden wird am TROPOS die Verteilung von Aerosolpartikeln und Wolken in der Atmosphäre über Leipzig kontinuierlich beobachtet

Source URL: www.tropos.de

GENERATING TIDALLY-REFERENCED SHORELINES USING GIS, VDATUM, AND LIDAR Daniel Barone, Richard Stockton College, Coastal Research Center Roger Barlow, U.S. Geological Survey Mapping shoreline change in the Mid-Atlantic is

Source URL: coastalgeotools.org

• Earth
• Planetary science
• LIDAR
• Robotic sensing
• Topography
• Geodesy
• Geographic information system
• Surveying
• Bathymetry
• Cartography
• Physical geography
• Geomorphology