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Use of Remote Sensing in ecological research: preliminary results

机译:在生态研究中使用遥感:初步结果

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The spatial distribution of birds is an important parameter in the analysis of terrestrial systems; in this study its relationship with satellite-derived vegetation data has been demonstrated. In the present work four Landsat Thematic Mapper (TM) images were used to obtain the Normalized Difference Vegetation Index (NDVI) and the Leaf Water Content Index (LWCI), plus three structure indices based on a land use map. A hierarchical cluster analysis of these indices allowed the identification of fourmain clusters that were compared to the results of a set of vegetation and ornithological samples, taken in the period of May-June 1997. The procedure used in this study has allowed the individuation of environmental typologies with ecological relevancefrom satellite imagery. The typification of the environment leads to the formulation of faunistic prediction models in terms of ornithic composition. The avifauna predictability permits, at last, the set-up of proceedings for the environment quality evaluation in terrestrial systems, whenever standard scores for the species would be stated.
机译:鸟类的空间分布是在地面系统的分析的一个重要参数;在这项研究中它与卫星获得的植被数据关系已被证明。在本工作相关的四个陆地卫星专题制图仪(TM)图像被用来获取归一化植被指数(NDVI)和叶片含水量指数(LWCI),加上基于土地利用图三个结构指标。这些指数的分级聚类分析允许进行了比较,一组植物和鸟类样本的结果可知fourmain集群,在5 - 1997年6月在本研究中使用的过程的期间所采取的识别已允许的环境的个性化类型学与生态relevancefrom卫星图像。环境的典型化导致动物研究的预测模型的配方在ornithic组成方面。该鸟类预见性许可证,最后的设立在地面系统环境质量评价,诉讼每当标准分数的品种会加以说明。

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