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Other Past Issues:
- Endangered SpeciesVolume 7, Number 4
- Aquifer Recharge, Storage, and RecoveryVolume 7, Number 3
- Too Much SaltVolume 7, Number 2
- EvapotranspirationVolume 7, Number 1
- Invasive SpeciesVolume 6, Number 6
- Water-Energy Nexus Volume 6, Number 5
- Forensic Hydrology Volume 6, Number 4
- Can We Have It All? Volume 6, Number 3
- Cloud Seeding Volume 6, Number 2
- Inconvenient Hydrology? Volume 6, Number 1
- Disinfection Byproducts Volume 5, Number 6
- Rural Water Volume 5, Number 5
- Decision Support Systems Volume 5, Number 4
- Dealing With Data Volume 5, Number 3
- Aging Infrastructure Volume 5, Number 2
- Constructed Wetlands Volume 5, Number 1
- Produced Water Volume 4, Number 6
- Border Crossing Volume 4, Number 5
- 21st Century Agriculture Volume 4, Number 4
- Remote Sensing of Hydrologic Parameters Volume 4, Number 3
- Drought Along the Colorado River Volume 4, Number 2
- Sustainability in an Era of Limits Volume 4, Number 1
- Waterborne Pathogens Volume 3, Number 6
- Watersheds on Fire Volume 3, Number 5
- Management of Terminal Lakes Volume 3, Number 4
- GIS Applications in Hydrology Volume 3, Number 3
- Water as a Commodity Volume 3, Number 2
- The Re-emergence of the Colorado River Delta Volume 3, Number 1
- PPCPs in Our Waters Volume 2, Number 6
- Remote Data Acquisition Volume 2, Number 5
- Groundwater/Surface Water: Managed or Litigated? Volume 2, Number 4
- Desalination Volume 2, Number 3
- Riparian Restoration Volume 2, Number 2
- Tracking Groundwater with Isotopes Volume 2, Number 1
- Natural Resources Damage Assessments Volume 1, Number 4
- The Hydrology of Mine Pit Lakes Volume 1, Number 3
- Climate Variability and Water Resources Planning Volume 1, Number 2
- Arsenic in Drinking Water Volume 1, Number 1
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Remote Sensing of Hydrologic Parameters
| Volume 4 Number 3 |
May/June 2005 |
Remotely sensed data acquired by satellites and aircraft are being used by water resources professionals at scales ranging from two feet to many square miles. What parameters are being measured? How are the data obtained? What sort of data processing is required? What accuracy is attainable? How are these techniques being applied? This issue explains.
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- Cover
- FEATURES
- Remote Sensing: Tools for a Regional Perspective
- David Jordan, P.E. - INTERA Inc.
- Mapping Evapotranspiration from Satellites
- Anthony Morse and William J. Kramber - Idaho Department of Water Resources, Richard G. Allen - University of Idaho
- Large-scale SWE Estimation: Optimal Use of Remote Sensing and Snow Modeling
- Michael Durand and Steven A. Margulis, Ph.D. - Dept. of
Civil and Environmental Engineering, UCLA
- Radar Estimates + Gauge Data: A Perfect Union
- Brian C. Hoblit and David C. Curtis, Ph.D. - OneRain
- Subsidence Monitoring Using Synthetic Aperture Radar
- Maurice Tatlow - Arizona Department of Water Resources
- Future Prospects in Satellite Hydrology
- Paul R. Houser, Ph.D. - George Mason University
- Remote Sensing to Estimate Irrigated Acreage in New Mexico
- Dario Rodriguez-Bejarano, Ph.D. and Nabil Shafike, Ph.D. - Office of the State Engineer, New Mexico
- Using Landsat 7 Data to Determine Groundwater Discharge Areas
- David Jordan, P.E. - INTERA Inc.
- Remote Sensing Techniques Enable Impervious Surface Mapping
- Jeff Liedtke - DigitalGlobe
- DEPARTMENTS
- On the Ground
- Grand Canyon high flow test
- Groundwater contamination from pump-and-treat remediation
- Neural networks for groundwater level prediction
- HydroFacts
- Government
- EPA's chemical tracking tool
- CA farmers compensated for shortages
- Navajos' San Juan claim settled
- NM's Active Water Resource Management
- El Paso meets conservation goal early
- R & D:
- 50 years of Southwest water use evaluated
- Emerging contaminant analysis
- Arsenic technology prize
- CA sewage recycling
- Invasive species database
- Around The Globe
- Water resources in Colombia
- Education
- Schools study land cover, remote sensing
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Publishing Southwest Hydrology furthers
SAHRA's mission of promoting sustainable
management of water in semi-arid regions. |
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