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LiDARNET is now online!

The preparatory meeting for the LiDARNET was held online

Creating a 3D digital specimen of a 400-year-old mango tree in the Dry Hot Valley

Tao Shengli

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Ground-based LiDAR Data of Chinese Pine Forest at Dongling Mountain, Beijing

Ground-based LiDAR Data of Chinese Pine Forest at Dongling Mountain, Beijing, sourced from Institute of Ecology, Peking University. Scanned in November 2014 using the Riegl VZ400 scanner, the plot covers an area of 0.3 hectares, characterized by natural forest with Pinus tabuliformis as the dominant species.

Ground-based LiDAR Data of Liaodong Oak Forest at Dongling Mountain, Beijing

Ground-based LiDAR Data of Liaodong Oak Forest at Dongling Mountain, Beijing, sourced from Institute of Ecology, Peking University. Scanned in November 2014 using the Riegl VZ400 scanner, the plot covers an area of 1 hectare, characterized by natural forest with Quercus liaotungensis as the dominant species.

Ground-based LiDAR Data of Ji Tan Plot, Anhui

Ground-based LiDAR Data of Ji Tan Plot, Anhui, sourced from Institute of Ecology, Peking University. Scanned in June 2015 using the Riegl VZ400 scanner, the plot covers an area of 0.8 hectares, characterized by natural forest.

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UAV LiDAR Data of the Vegetation Restoration Area in the Jinsha River Basin Open-pit Phosphate Mine, Yunnan

UAV LiDAR Data of the Vegetation Restoration Area in the Jinsha River Basin Open-pit Phosphate Mine, Yunnan, sourced from Yunnan Normal University, Yunnan Institute of Geological Sciences, and others. Scanned in July 2024, using a VUX-1LR22 scanner. The plot covers an area of 6 hectares, characterized by plantation forest, with Yunnan pine as the dominant species.

Ground-based LiDAR Data of Wuhan University Campus, Hubei

Ground-based LiDAR Data of Wuhan University Campus, Hubei, sourced from Wuhan University. Scanned in December 2022, using a GLS-2000 scanner. The plot covers an area of 0.1 hectares, characterized by plantation forest, with maple as the dominant species.

UAV LiDAR Data of Tianxingzhou, Wuhan City, Hubei

UAV LiDAR Data of Tianxingzhou, Wuhan City, Hubei, sourced from Wuhan University. Scanned in December 2023, using a LiAir X3-H scanner. The plot covers an area of 25 hectares, characterized by natural forest, with fig as the dominant species.

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Peking University
College of Urban and Environmental Sciences, Peking University
Institute of Ecology, Peking University
Geographic data platform, Peking University

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