Assessment of the State of Vegetation and Soils on the Basis of Remote Sensing Data

N. V. Mishchenko; T. A. Trifonova; M. M. Kareva

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Assessment of the State of Vegetation and Soils on the Basis of Remote Sensing Data

机译：基于遥感数据的植被和土壤状况评估

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An interpretation of remote sensing data based on an analysis of NDVI values and spectral reflectance curves has been performed for two neighboring catchments of the Koloksha and Peksha rivers in central Russia. The phytomass productivity in the Koloksha catchment is higher; at the same time, this area is subjected to more considerable anthropogenic loads and more active erosional processes in comparison with the Peksha catchment.

机译：基于对NDVI值和光谱反射率曲线的分析，对俄罗斯中部Koloksha和Peksha河流的两个相邻流域进行了遥感数据解释。 Koloksha流域的phytomass生产力较高;同时，与Peksha集水区相比，该地区受到更大的人为负荷和更活跃的侵蚀过程。

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《Moscow University Soil Science Bulletin》 |2008年第3期|共6页
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N. V. Mishchenko; T. A. Trifonova; M. M. Kareva;
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正文语种 eng
中图分类农业基础科学;
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1. Assessment of the State of Vegetation and Soils on the Basis of Remote Sensing Data [J] . N. V. Mishchenko, T. A. Trifonova, M. M. Kareva Moscow University Soil Science Bulletin . 2008,第3期

机译：基于遥感数据的植被和土壤状况评估
2. Long-term salinization dynamics in irrigated soils of the Golodnaya Steppe and methods of their assessment on the basis of remote sensing data [J] . Rukhovich D. I., Pankova E. I., Chernousenko G. I., Eurasian Soil Science . 2010,第6期

机译：Golodnaya草原灌溉土壤的长期盐渍化动态及其基于遥感数据的评估方法
3. Research on the Optimal Vegetation Cover for Remote Sensing Assessment of Soil Erosion Risk Using the Temporal Matching Relationship between Rainfall and Vegetation [J] . Jianfeng Liu, Xiwang Zhang Journal of Geoscience and Environment Protection . 2019,第2期

机译：利用降雨与植被的时间匹配关系对土壤侵蚀风险进行遥感最优植被覆盖的研究
4. Assessment of Vegetation Suppression Resulting from the Effects of Geocryological Processes on the Basis of the Remote Sensing Data [C] . K.E. Kiselevskaya International Conference on Permafrost . 2012

机译：基于遥感数据的基础上的地理统计学过程的影响，植被抑制评估
5. Lidar remote sensing for wildlife habitat characterization and modeling: Incorporating remotely sensed vegetation structure into current assessments of animal distribution and conservation. [D] . Martinuzzi, Sebastian. 2010

机译：激光雷达遥感技术，用于野生动植物栖息地的表征和建模：将遥感植被结构纳入当前对动物分布和保护的评估中。
6. Modeling Spatial Patterns of Soil Respiration in Maize Fields from Vegetation and Soil Property Factors with the Use of Remote Sensing and Geographical Information System [O] . Ni Huang, Li Wang, Yiqiang Guo, -1

机译：基于植被和土壤特性因子的玉米田土壤呼吸空间格局的遥感和地理信息系统建模
7. Research on the Optimal Vegetation Cover for Remote Sensing Assessment of Soil Erosion Risk Using the Temporal Matching Relationship between Rainfall and Vegetation [O] . Jianfeng Liu, Xiwang Zhang 2019

机译：利用降雨与植被之间的颞匹配关系遥感评估最优植被覆盖的研究

Assessment of the State of Vegetation and Soils on the Basis of Remote Sensing Data

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