Add to ORKGThis lecture was just a taste of radar remote sensing techniques and applications. Other important areas include Stereo radar grammetry. PolInSAR for volumetric structure mapping. Agricultural monitoring, soil moisture, ice-mapping, etc. The broad range of sensor types, frequencies of observation and availability of sensors have enabled radar sensors to make significant contributions in a wide area of earth and planetary remote sensing sciences. The range of applications, both qualitative and quantitative, continue to expand with each new generation of sensors
RADAR is an acoustic mechanism for the identification and place, reflecting the message, of destinat...
A series of remote radar sensing studies are summarized. These efforts comprise geoscience interpret...
This lecture is mainly based on the work of S.R. Cloude and presents examples for remote sensing app...
This article describes the basic principles of radar remote sensing for scientific purposes. In addi...
Radar Remote Sensing: Applications and Challenges advances the scientific understanding, development...
To enable a low-cost radar mission, various radar techniques and technologies are being developed at...
In planetary science radar is used mostly for Characterizing regolith properties Topographic mappi...
This chapter describes some of the advantages and limitations of radar remote sensing in the context...
Remote sensing was the primary data source since the launch of the first environmental monitoring sa...
A review of remote sensing techniques is presented. Various types of remote sensors are described an...
Remote sensing consists of gathering information about objects and features without placing instrume...
Remote sensing techniques and applications represent modern technologies in recent decades. Remote s...
The SAR technique has allowed to reach ground resolutions comparable to optical resolutions. The add...
This chapter describes the principles of planetary radar, and the primary scientific discoveries tha...
Demonstrates the benefits of the usage of fully polarimetric synthetic aperture radar data in applic...
RADAR is an acoustic mechanism for the identification and place, reflecting the message, of destinat...
A series of remote radar sensing studies are summarized. These efforts comprise geoscience interpret...
This lecture is mainly based on the work of S.R. Cloude and presents examples for remote sensing app...
This article describes the basic principles of radar remote sensing for scientific purposes. In addi...
Radar Remote Sensing: Applications and Challenges advances the scientific understanding, development...
To enable a low-cost radar mission, various radar techniques and technologies are being developed at...
In planetary science radar is used mostly for Characterizing regolith properties Topographic mappi...
This chapter describes some of the advantages and limitations of radar remote sensing in the context...
Remote sensing was the primary data source since the launch of the first environmental monitoring sa...
A review of remote sensing techniques is presented. Various types of remote sensors are described an...
Remote sensing consists of gathering information about objects and features without placing instrume...
Remote sensing techniques and applications represent modern technologies in recent decades. Remote s...
The SAR technique has allowed to reach ground resolutions comparable to optical resolutions. The add...
This chapter describes the principles of planetary radar, and the primary scientific discoveries tha...
Demonstrates the benefits of the usage of fully polarimetric synthetic aperture radar data in applic...
RADAR is an acoustic mechanism for the identification and place, reflecting the message, of destinat...
A series of remote radar sensing studies are summarized. These efforts comprise geoscience interpret...
This lecture is mainly based on the work of S.R. Cloude and presents examples for remote sensing app...