首页> 外国专利> ANIMAL MOVEMENT SIMULATION METHOD FOR ECO-CORRIDOR LOCATION AND COMPUTER RECORDABLE RECORD MEDIUM WHICH A PROGRAM FOR EXECUTING THE METHOD IS RECORDED

ANIMAL MOVEMENT SIMULATION METHOD FOR ECO-CORRIDOR LOCATION AND COMPUTER RECORDABLE RECORD MEDIUM WHICH A PROGRAM FOR EXECUTING THE METHOD IS RECORDED

机译:用于记录生态走廊位置和计算机记录介质的动物运动模拟方法

摘要

The present invention is a program that runs the animal movement simulation method and a method for site selection corridors of animal movement simulation program relates to the recorded recording medium 40, the microprocessor 10 is run on a computer display screen to Figure land cover classification step (S100); Step (S200) is input by the input unit 60 such as the target species are specified in the displayed window, and; This step is performed by moving the simulated work input to recognize the origin and destination of the movement path of the selected target species in a patch (S300); Steps that the resulting data is stored after a certain number of times repeated this operation for the particular pair of origin and destination patch patches (S400); All of the steps of overlapping the simulation result data of the mobile work between the pair of origin and destination patch patch (S500); The simulation results data are moved imported from the database (30) consists of a geographic information system (GIS) software for visualizing step (S600). Thus, the contribution to biodiversity through the promotion of scientific and reasonable considering the siting corridors for wildlife movement patterns and site investigation phase is not possible because of time or money to take advantage of the satellite image data when selecting a location for large regional corridors You can save time and money, you can reap the economic corridors create budget savings by providing a more appropriate way to find the location corridors.
机译:本发明是一种运行动物运动模拟方法的程序,以及一种用于动物运动模拟程序的选址走廊的方法,涉及记录的记录介质40,微处理器10在计算机显示屏上运行以进行图土地覆盖分类步骤( S100);步骤(S200)由输入单元60输入,例如在显示的窗口中指定目标种类,并且;通过移动模拟工作输入以识别补丁中所选目标物种的移动路径的起点和终点来执行该步骤(S300);在特定次数的原始补丁和目标补丁补丁对重复特定次数之后,存储结果数据的步骤(S400);在原始补丁和目标补丁补丁对之间重叠移动工作的模拟结果数据的所有步骤(S500);从数据库(30)导入模拟结果数据,该数据库包括用于可视化步骤(S600)的地理信息系统(GIS)软件。因此,由于在选择大型区域走廊的地点时需要花费时间或金钱来利用卫星图像数据,因此不可能通过科学合理地促进野生生物运动模式的选址走廊和现场调查阶段为生物多样性做出贡献。可以节省时间和金钱,您可以通过提供一种更合适的方式来查找走廊位置,从而从经济走廊中节省预算。

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