Proceed to GeoCommunity Home Page


SpatialNewsGIS Data DepotGeoImaging ChannelGIS and MappingSoftwareGIS JobsGeoBids-RFPsGeoCommunity MarketplaceGIS Event Listings
HomeLoginAccountsAboutContactAdvertiseSearchFAQsForumsCartFree Newsletter

Sponsored by:


TOPICS
Today's News

Submit News

Feature Articles

Product Reviews

Education

News Affiliates

Discussions

Newsletters

Email Lists

Polls

Editor's Corner


SpatialNews Daily Newswire!
Subscribe now!

Latest Industry Headlines
SiteVision GIS Partnership With City of Roanoke VA Goes Live
Garmin® Introduces Delta™ Upland Remote Trainer with Beeper
Caliper Offers Updated Chile Data for Use with Maptitude 2013
Southampton’s Go! Rhinos Trail Mapped by Ordnance Survey
New Approach to Measuring Coral Growth Offers Valuable Tool for Reef Managers
Topo ly - Tailor-Fit for Companies' Online Mapping Needs

Latest GeoBids-RFPs
Nautical Charts*Poland
Software & Telemetry GPS
Spatial Data Management-DC
Geospatial and Mapping-DC
Next-Gen 911-MO

Recent Job Opportunities
Planner/GIS Specialist
Team Leader- Grape Supply Systems
Geospatial Developer

Recent Discussions
Raster images
cartographic symbology
Telephone Exchange areas in Europe
Problem showcasing Vector map on Windows CE device
Base map
Countdown | Overview | Data Products | EarthKAM | Benefits |Antenna | Mast | Objectives

C-Band Radar Imagery, Dallas-Fort Worth, Texas


The Dallas-Fort Worth metropolitan area in Texas is shown on this image collected by the C-band radar of the Shuttle Radar Topography Mission (SRTM). On this radar image, smooth areas, such as lakes, roads and airport runways appear dark. Rougher features, such as buildings and trees, appear bright. Downtown Dallas is the bright area at the center of the image, alongside the dark linear floodway of the Trinity River. Dark linear runways of two airports are also seen: Love Field near downtown Dallas in the image center, and Dallas-Fort Worth International Airport in the upper left corner. The semi-circular terminal buildings of the international airport can also be seen in the area between the runways. Several large lakes, including Lake Ray Hubbard (upper right) and Joe Pool Lake (lower left) are also seen. Images like these, along with the SRTM topographic data, will be used by urban planners to study and monitor land use, and update maps and geographic information systems for the area. This image represents just 4 seconds of data collection time by the SRTM instrument. The overall diagonal linear pattern is a data processing artifact due to the quick turn-around browse nature of this image. These artifacts will be removed with further data processing.

Source: NASA

Return to SpatialNews SRTM Main Page

Sponsored by:

For information
regarding
advertising rates
Click Here!

Copyright© 1995-2012 MindSites Group / Privacy Policy

GeoCommunity™, Wireless Developer Network™, GIS Data Depot®, and Spatial News™
including all logos and other service marks
are registered trademarks and trade communities of
MindSites Group