NGS Home
About NGS
What We Do
Mission and Strategic Plan
NGS Leadership
Programs and Products
Geodetic Advisors
NGS History
Policies
Activities in My Area
Grant Opportunities
Contracting Opportunities
Student Opportunities
FAQ
Contact Us
Data & Imagery
OPUS Share
Survey Mark Datasheets
NGS Web Map
NOAA CORS Network (NCN)
Antenna Calibration Data
Remote Sensing
Storm Imagery
Coastal Imagery
Shoreline Data Explorer
Orthomosaics
Lidar
Aeronautical Data
Gravity Data
Tools
Process GPS Data (OPUS)
Coordinate Conversion and Transformation Tool (NCAT)
Geodetic Tool Kit
Geodetic Software
Web Services
Vertical Datum Conversions (VDATUM)
GPS Toolbox
GEOID18 Computation
Adjust Leveling (LOCUS)
Horizontal Time-Dependent Positioning (HTDP)
Surveys
Survey Project Proposal Form
OPUS Share
Mark Recovery
User-submitted Survey Projects (Bluebooking)
Geoid Slope Validation Survey (GSVS)
Calibration Base Lines (CBLs)
GPS on Bench Marks
GRAV-D
Height Modernization
Leveling
Science & Education
Datums and Reference Frames
New Datums
Research
Geoid Models
Conferences/Training
Upcoming and Recent NGS Presentations
Educational Videos
Online Lessons
Webinar Series
Presentation Library
Publication Library
Commemorative Marks
Applications of Geodesy
Advantages of Feedback and GPS Guidance in an Advanced Technology Airborne Gravity Meter
May 26, 2016
Nigel Brady, Dynamic Gravity System, U.S.
Download Video
Download Slides
2016 Airborne Gravimetry for Geodesy Summer School
Home
Day 1 - History and Fundamentals of Airborne Gravimetry
Day 2 - Airborne Gravity Data Collection and Processing
Day 3 - Using Airborne Gravity Data in Geoid Modeling
Day 4 - Emerging Developments in Airborne Gravimetry
Day 5 - Time Varying Gravity and Geoid
Related Links
GEOID Home Page
GRAV-D Home Page
