本书系统论述新型SAR地球环境观测理论、方法和应用。全书共7章，介绍了新型SAR国内外最新研究现状与发展趋势、新型SAR基础理论与方法，重点论述了极化SAR地物识别与信息提取的模型与方法、极化干涉SAR对地观测方法及应用研究、层析成像SAR三维结构参数反演模型与方法及应用、超高分辨率SAR影像信息提取方法及应用，并详述了面向环境参数反演的SAR信息一体化处理理论与方法。

本书可供从事SAR对地观测方法与技术、环境变化遥感和地球系统科学应用领域的科学工作者、相关专业的高等院校师生以及遥感应用部门工作人员参考。

前辅文
1. Novel SAR and its development
  1.1 Research status of novel SAR
  1.2 Development trends of novel SAR
  References
2. Basic theory and methodology of novel SAR
  2.1 Theoretical basis of electromagnetic fields
  2.2 SAR imaging theory
  2.3 Basic theories and methods of polarimetric SAR
  2.4 Basis and methodology of polarimetric interferometric SAR
  2.5 Basic theories and methods of tomographic SAR
  References
3. Polarimetric synthetic aperture radar information extraction and ground object recognition
  3.1 Building identification method based on polarization azimuth rotation
  3.2 Collapsed building identification methodology based on the H-a-p mode
  3.3 Identification method of urban impermeable layers based on polarization parameters
  References
4. Polarimetric synthetic aperture radar interferometry earth observation
  4.1 Polarimetric SAR interferometry vegetation cover area terrain generation map
  4.2 Soil moisture inversion method for vegetation cover areas via polarimetric SAR interferometry
  4.3 Polarimetric SAR interferometry forest height inversion
  4.4 Combination of Pol-InSAR and LiDAR techniques for forest height estimation
  References
  Further reading
5. Earth observation via tomographic synthetic aperture radar
  5.1 CS-TomoSAR methodology
  5.2 Sum of Kronecker product decomposition-based compressive sensing fully polarimetric multibaseline SAR tomography
  5.3 CS-based two-dimensional TomoSAR technique
  5.4 An improved polarimetric SAR tomography method based on distributed compressive sensing
  References
6. Ultra-high-resolution SAR image information extraction methods and their applications
  6.1 Understanding the statistical characteristics of ultra-high-resolution SAR images
  6.2 Urban land use information extraction based on CGGD
  6.3 Information extraction based on noncircularity parameters
  6.4 Problems and future trends in ultra-high-resolution SAR image applications
  References
  Further reading
7. Synthetic aperture radar data integrated processing methodology oriented toward earth environment factor retrieval
  7.1 Introduction
  7.2 Theoretical framework of SAR DIP
  7.3 Experiments and analysis
  7.4 Conclusions and discussion
  References
  Further reading
Index