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Panchromatic imaging from aircraft, orbiters and satellites will be the main field of interest of photogrammetrists. Earth scientists share with the latter the need for stexeoscopy, but their metrical requirements are of a lower level. In the microwave zont, the recording systems com prise side-looking aiiuorne radar SLAR and synthe tic aperture radar SAR systems used in orbiters.

Remote Sensing Sensors and Applications in Environmental Resources Mapping and Modelling

Because of the need for all-weather capacity, es pecially for purposes of monitoring and time-criti cal data-gathering, e. Once the technical problems have been solved, a great future exists for satellite- borne microwave observation. Whether the —at present rather erratic— airborne microwave SLAR recording can compete with such operational satellite microwave systems is doubtful. Thermographic recording in the middle and far infrared, using aircraft as a platform, though very useful for specific purposes, has always been a rather rare bird in remote sensing.

Since the technology for recording all usable parts of the electro-magnetic spectrum has already been developed, further perfections rather than spectacular new breakthroughs can be expected for the future, although, of course, the satellite sys tems will further evolve. The relief recording methods range from the con ventional but very important stereoscopic imagery radar altimetry and scatterometry and laser-altime try. The precision of the latter is such that defor mations of the sea surface caused by gravitational anomalies can be recorded and information about the submarine relief consequently can be obtained.

The methods have been developed, but since this is a fairly recent occurrence further developments are likely. Stereoscopic imagery from space is in its infancy and will soon be widely applied, particular ly for purposes of earth sciences and photogram metry. Methodological developments in inter pretation, however, will be minor.

Catalog Record: Satellite remote sensing for resources development | HathiTrust Digital Library

The diverse requirements of the various users of satellite imagery make it likely that several types of sensors will be installed in future spacecraft in addition to dedicated satellites launched for specific purposes. These developments are, in fact, already underway and are rooted in the emphasis put on: Spectral characteristrics - for the study of vegetation, sea and ice. Relief characteristics - for earth science ap plications.

Relief and high metric qualities - for photogram metric purposes.

Temporal resolution - for monitoring. All-weather capability - for monitoring, disaster surveying, etc. Beyond doubt, a wide array of satellites having different configurations will be launched in the years to come! The cost involved in implementing satellite techno logy in the next few decades will be very high. In a recent report of the U.

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These figures assume continuous economic growth in the coming decades. Since this is quite uncertain, possibly less funds will in fact become available.


  1. REGIONAL OFFICE FOR SOUTHERN AFRICA.
  2. Contested Territories: Native Americans and Non-Natives in the Lower Great Lakes, 1700-1850.
  3. Innovations in satellite measurements for development.
  4. Saxman (Japanese Edition).
  5. Satellite remote sensing for resources development: Geocarto International: Vol 1, No 4!

Various countries would like to take the lead in space research stration. This countries want administrative the high tech their national such competit: this way will will yield opt operation wil] major inefficii The best so] of groups of important aspe nations togethi cannot be don job, I think, with the aim o: ment, "mother and to give t economic socia not pursue ted use for the life", a term periodical "Wc the costly eff be justified!

THE NEED FOR PRIORITY AREAS IN CONTROL ACTIVITIES

I wish yc in your work. Following are the remote sensing satellites planned by ISRO to be launched next strengthening the fleet of IRS satellites and widening their applications: [4] [5]. From Wikipedia, the free encyclopedia. Indian Space Research Organisation.

Keywords/Phrases

Retrieved March 13, Indian space programme. Astrosat Aditya-L1 planned AstroSat-2 planned.

application of remote sensing - remote sensing and gis - lecture 6

Gaganyaan Under development. Engines CE Indian spacecraft.


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