Synergistic Application of Optical and Radar Data for Archaeological Exploration in the Talakadu Region, Karnataka [0.03%]
光学与雷达数据在卡纳塔克邦塔拉卡杜地区的考古勘探中的协同应用
Mandyam B. Rajani; Satadru Bhattacharya; A. S. Rajawat
Mandyam B. Rajani; Satadru Bhattacharya; A. S. Rajawat
Analysis of Seasonal Variability of Vegetation and Methane Concentration over India using SPOT-VEGETATION and ENVISAT-SCIAMACHY Data [0.03%]
利用SPOT-VEGETATION和ENVISAT-SCIAMACHY数据对印度地区植被与甲烷浓度季节变化的分析
Sheshakumar K. Goroshi; R. P. Singh; S. Panigrahy; J. S. Parihar
Sheshakumar K. Goroshi; R. P. Singh; S. Panigrahy; J. S. Parihar
Comparison of Two Data Smoothing Techniques for Vegetation Spectra Derived From EO-1 Hyperion [0.03%]
基于EO-1 Hyperion获取的植被光谱的两种数据平滑技术的比较
Anshu Miglani; Shibendu S. Ray; D. P. Vashishta; Jai Singh Parihar
Anshu Miglani; Shibendu S. Ray; D. P. Vashishta; Jai Singh Parihar
Impact of Climate Change on Runoff of the Major River Basins of India Using Global Circulation Model (HadCM3) Projected Data [0.03%]
利用全球环流模式（HadCM3）预测数据研究气候变化对印度主要河流域径流的影响
Praveen K. Gupta; Sushma Panigrahy; Jai Singh Parihar
Praveen K. Gupta; Sushma Panigrahy; Jai Singh Parihar
Shibendu Shankar Ray; Namrata Jain; R. K. Arora; S. Chavan; Sushma Panigrahy
Shibendu Shankar Ray; Namrata Jain; R. K. Arora; S. Chavan; Sushma Panigrahy
Milind R. Wadodkar; T. Ravisankar
Milind R. Wadodkar; T. Ravisankar
Designing a protected area network for conservation planning inJhumlandscapes of Garo Hills, Meghalaya [0.03%]
为梅加拉亚邦加罗山地的朱姆景观设计保护区网络，以支持保护规划
A. Kumar; B. G. Marcot; G. Talukdar
A. Kumar; B. G. Marcot; G. Talukdar
Geomorphic signatures of active tectonics in Bist Doab interfluvial tract of Punjab, NW India [0.03%]
印度西北部旁遮普邦比斯特多阿布间流域的活动构造地貌特征
C. M. Bhatt; P. K. Litoria; P. K. Sharma
C. M. Bhatt; P. K. Litoria; P. K. Sharma
Decadal Pattern of Spatial and Temporal Variability of Nitrate Along the Southwest Bay of Bengal Using Remote Sensing Techniques [0.03%]
利用遥感技术分析孟加拉湾西南部海域硝酸盐时空变异的十年尺度格局
Poornima, D.; Shanthi, R.; Senthilnathan et al.
Poornima et al.
Computerized Seed and Range Selection Method for Flood Extent Extraction in SAR Image Using Iterative Region Growing [0.03%]
基于迭代区域生长的SAR图像洪水范围提取中计算机化种子与区域选择方法
Chakraborty, Arunangshu; Chakraborty, Debasish
Chakraborty