首页> 外文OA文献 >Figure 1: (A) Location of the study area (triangles), (B) image of the glacier foreland in 2011, and (C) a map of how the glacier has retreated from 1945 (external isochrones) to 2006 (date of the digital terrain model used as a base map), with the positions of the 46 1 m × 1 m-plots (black dots).

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Figure 1: (A) Location of the study area (triangles), (B) image of the glacier foreland in 2011, and (C) a map of how the glacier has retreated from 1945 (external isochrones) to 2006 (date of the digital terrain model used as a base map), with the positions of the 46 1 m × 1 m-plots (black dots).

机译：图1：（a）研究区域（三角形），（b）2011年冰川前兰德的图像，以及（c）冰川如何从1945年（外部等色）退回2006年的地图（日期数字地形模型用作基础地图），具有46 1 M×1 M-图（黑点）的位置。

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1. A hierarchical knowledge-based classification for glacier terrain mapping: a case study from Kolahoi Glacier, Kashmir Himalaya [J] . Shukla Aparna, Ali Iram Annals of Glaciology . 2016,第71期

机译：基于分层知识的冰川地形图分类：来自克什米尔喜马拉雅山科拉霍伊冰川的案例研究
2. A new band ratio technique for mapping debris-covered glaciers using Landsat imagery and a digital elevation model [J] . Alifu Haireti, Tateishi Ryutaro, Johnson Brian International journal of remote sensing . 2015,第7a8期

机译：利用Landsat影像和数字高程模型绘制覆盖冰川的新谱带比技术
3. Combining satellite multispectral image data and a digital elevation model for mapping debris-covered glaciers [J] . Frank Paul, Christian Huggel, Andreas Kaab Remote Sensing of Environment: An Interdisciplinary Journal . 2004,第4期

机译：结合卫星多光谱图像数据和数字高程模型来绘制覆盖有冰川的冰川
4. AN IMPROVED METHOD FOR MAPPING DEBRIS-COVERED GLACIERS WITH SATELLITE MULTISPECTRAL IMAGE DATA AND DIGITAL ELEVATION MODEL [C] . Zhang xiaowen, Zhang Shiqiang International Geoscience and Remote Sensing Symposium . 2009

机译：用卫星多光谱图像数据和数字高度模型将碎片覆盖冰川绘制覆盖冰川的改进方法
5. Figure 2: Slime mold data generation sequence including (A) real-world aerial map with selected intersections of major roadways (red circles), (B) printed 3D map with topographic features and fixed locations (black dots), (C) representative 3D map with inoculated oat flakes at fixed locations, (D) resulting slime mold network (yellow threads) after 3-day incubation, (E) ImageJ software visualizing network connections, and (F) example length measurement of both freeform and direct distance between nodes using ImageJ tool. [O] . -1

机译：图2：粘液模具数据生成序列包括（a）现实世界的空中地图，具有选定的主要道路（红色圆圈），（b）与地形特征和固定位置（黑点），（c）代表3d的印刷3D地图用固定位置的接种燕麦片的地图，（d）在3天孵化后产生粘液模具网络（黄色线程），（e）imagej软件可视化网络连接，（f）节点之间的自由形式和直接距离的示例长度测量使用imagej工具。

Figure 1: (A) Location of the study area (triangles), (B) image of the glacier foreland in 2011, and (C) a map of how the glacier has retreated from 1945 (external isochrones) to 2006 (date of the digital terrain model used as a base map), with the positions of the 46 1 m × 1 m-plots (black dots).

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