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The future of Earth observation in hydrology
Matthew F. McCabe
, Matthew Rodell
, Douglas E. Alsdorf
, Diego G. Miralles
, Remko Uijlenhoet
, Wolfgang Wagner
, Arko Lucieer
, Rasmus Houborg
, Niko E.C. Verhoest
, Trenton E. Franz
, Jiancheng Shi
, Huilin Gao
, Eric F. Wood
Civil & Environmental Engineering
High Meadows Environmental Institute
Research output
:
Contribution to journal
›
Article
›
peer-review
383
Scopus citations
Overview
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Keyphrases
Earth Observation
100%
Space Agency
100%
CubeSat
66%
Experiment System
33%
Tethered Balloon
33%
Sensor Requirements
33%
Digital Surface
33%
Satellite Launch
33%
Cell Phone Towers
33%
Smartphone Technology
33%
Measurement Domain
33%
Daily Mean Temperature
33%
Unmanned Aerial Vehicle Technology
33%
Structure from Motion Technique
33%
Global Internet
33%
Not-for-profit
33%
Game-changing
33%
Precipitation Monitoring
33%
Flood Propagation
33%
Battery State
33%
Cloud Storage
33%
Global Access
33%
Channel Depth
33%
Hydrological Science
33%
Solar Plane
33%
Research Trials
33%
Petabyte
33%
Deluge
33%
Landsat Series
33%
Sub-meter Resolution
33%
Unmanned Drones
33%
Remote Research
33%
Engineering
CubeSat
100%
Earth Observation
100%
Cellphone
50%
Analytical Approach
50%
Channel Depth
50%
High-Definition Video
50%
Domain Measurement
50%
Air Pollution
50%
Temporal Constraint
50%
Earth and Planetary Sciences
CubeSat
100%
Energy Requirement
50%
Tethered Balloon
50%