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A grid-based, satellite-image supported, multi-attributed vegetation mapping method (MéTA)

机译:一种基于网格,支持卫星图像的多属性植被映射方法(MéTA)

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In this paper we present the main characteristics of a new, grid-based, landscape-ecology-oriented, satellite-image supported, field vegetation mapping method, called MÉTA (MÉTA stands for Magyarországi Élőhelyek Térképi Adatbázisa: GIS Database of the Hungarian Habitats). The goals of the MÉTA method based vegetation mapping program (MÉTA mapping) include the following: (1) to map the actual (semi-)natural vegetation of Hungary; (2) to evaluate Hungarian (semi-)natural vegetation heritage for conservation purposes; (3) to evaluate the present state of Hungarian landscapes from a vegetation point of view; (4) to collect vegetation and landscape ecological data for the prognosis of future changes of vegetation and the landscape. Spatial resolution, mapped attributes and mapping methods were developed to meet these goals.
机译:在本文中,我们介绍了一种新的,基于网格的,面向景观生态学的,支持卫星图像的野外植被绘图方法,称为MÉTA(MÉTA代表MagyarországiÉlőhelyekTérképiAdatbázisa:匈牙利人居GIS数据库) 。基于MÉTA方法的植被测绘程序(MÉTA测绘)的目标包括:(1)绘制匈牙利的实际(半)自然植被的地图; (2)为保护目的评估匈牙利(半)自然植被遗产; (3)从植被的角度评估匈牙利景观的现状; (4)收集植被和景观生态数据,以预测植被和景观的未来变化。开发了空间分辨率,映射属性和映射方法来满足这些目标。

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