劈窗算法是目前由热红外遥感数据获取陆面温度的主要方法。
Split-window algorithm is the main method to retrieve the LST by thermal infrared data.
城市遥感在海量数据获取和处理方面具有强大优势，因而成为数字城市建设的核心技术之一。
Urban remote sensing has strong superiority in mass data acquisition and processing, thus it becomes the core technology of the construction of digital city.
合理有效地利用遥感卫星资源获取更多高质量影像数据是卫星成像调度的重要工作。
It is a important task for imaging scheduling to acquire more image data of good quality by making rational and efficient use of the remote sensing satellite.
利用遥感信息获取空间地理数据是GIS与RS技术集成应用研究的重要方面。
How to acquire spatial data making use of the remote sensing image is the important aspect of the applications of a integrated system of GIS and RS.
通过遥感数据提取矿化蚀变信息，获取蚀变岩的空间分布特征，一直是遥感找矿工作的重要研究内容。
Mineral alteration data are extracted and spatial distribution features of altered rocks are acquired by remote sensing information extraction ways.
遥感作为当今唯一一种能重复，连续获取全球环境数据信息的高新技术，近年来在植被净第一性生产力研究领域的广泛应用等。
As a high and new technology for obtaining globe environment information continuously, broad applications of remote sensing in NPP for the recent years and so on.
利用机载三维遥感技术能够同步获取三维位置和光谱数据的一体化信息。
The integrated information of 3d position and spectral data can be acquired simultaneously with the airborne 3d remote sensing technology.
遥感数据的快速获取与相对数据分析技术的滞后，使得变化监测研究中新技术和新方法不断涌现。
The fast gain of remote sensing data and the lag of data analysis technology, caused the constant emerging of new techniques and methods in the change monitoring research.
遥感技术已经广泛的应用于土地利用与土地覆盖数据获取中。
Remote sensing technique has been widely applied in land use and land cover.
对气象数据进行空间插值以获取与遥感数据一致的空间分辨率。
Meteorological data are spatially interpolated to attain the spatial resolution matching remotely sensed data.
遥感数据是遥感技术获取的基础数据。
Remote sensing data are basic data acquired by the technology of remote sensing.
国外研究主要包括从遥感解译信息反演人口数据、从DMSP -OLS夜间灯光数据反演人口数据和从遥感获取的光谱特征直接反演人口数据。
International researches mainly include population estimation from the land cover data, DMSP-OLS night light data or spectrum information directly afforded by the Remote Sensing images.
本文从遥感数据的获取、地面温度的反演、GIS技术的运用以及定量研究等方面详细论述了国内外此领域的研究进展。
The use of remote sensing data and spatial analysis function of GIS offers an objective and convenient method for the research on such field.
获取高分辨率遥感影像，通过遥感和GIS分析，结合GPS地面精确定位调查，是高质量小尺度景观样本研究数据获取行之有效的方法。
Getting high - resolution image, through RS and GIS analyzing and GPS field survey, all above are effective methods for getting data of high quality small-scale landscape ecology study.
遥感图像自动解译的目的是为了满足人们从海量遥感数据中快速识别与获取不同专题信息的需要。
It is the quick method to recognize and acquire different theme information from huge remote sensing data by the auto interpretation of remote sensing image.
区域目标相对星载遥感器的视场较大，需卫星多次观测才能完全覆盖，难以在较短的时间内获取其完整的遥感数据。
Area target usually covers a large area and it takes a long mission-complete time for a satellite to cover it completely, which makes the image request difficult to satisfy in a reasonable time.
区域目标相对星载遥感器的视场较大，需卫星多次观测才能完全覆盖，难以在较短的时间内获取其完整的遥感数据。
Area target usually covers a large area and it takes a long mission-complete time for a satellite to cover it completely, which makes the image request difficult to satisfy in a reasonable time.
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