Backpack LiDAR Data of Populus Euphratica Forest at Mainstream Tarim River, Xinjiang, sourced from Xinjiang University and Xinjiang natural resourcesand the ecologicalenvironment research center. Scanned in July 2022 using the LiBackpak DGC50 scanner, the plot covers an area of 0.25 hectares, characterized by natural forest with Populus euphratica as the dominant species.

Ground-based LiDAR Data of Populus Euphratica Forest at Mainstream Tarim River, Xinjiang (2020), sourced from Xinjiang University and Xinjiang natural resourcesand the ecologicalenvironment research center. Scanned in May 2020 using the Riegl VZ1000 scanner, the plot covers an area of 0.25 hectares, characterized by natural forest with Populus euphratica as the dominant species.

Ground-based LiDAR Data of Populus Euphratica Forest at Mainstream Tarim River, Xinjiang (2019), sourced from Xinjiang University and Xinjiang natural resourcesand the ecologicalenvironment research center. Scanned in March 2019 using the Riegl VZ1000 scanner, the plot covers an area of 0.25 hectares, characterized by natural forest with Populus euphratica as the dominant species.

Ground-based LiDAR Data of Populus Euphratica Forest at Mainstream Tarim River, Xinjiang (2018), sourced from Xinjiang University and Xinjiang natural resourcesand the ecologicalenvironment research center. Scanned in July 2018 using the Riegl VZ1000 scanner, the plot covers an area of 0.25 hectares, characterized by natural forest with Populus euphratica as the dominant species.

Ground-based LiDAR Data of Eastern Amazon Rainforest Nourague Large Plot (12ha), sourced from Institute of Ecology, Peking University. Scanned from October to November 2019 using the Leica BLK 360 scanner, the plot covers an area of 12 hectares, characterized by natural forest with dominant species from the families Fabaceae (20.1%), Rubiaceae (12.9%), Mimosoideae (10.1%), and Oleaceae (9.25%).

Ground-based LiDAR Data of Weiming Lake at Peking University, sourced from Institute of Ecology, Peking University. Scanned in August 2023 using the Faro Focus 3D scanner, the plot covers an area of 0.02 hectares, characterized by plantation forest.

Ground-based LiDAR Data of Scots Pine Forest at Saihanba Mechanical Forest Farm, Hebei, sourced from Institute of Ecology, Peking University. Scanned in July 2015 using the Riegl VZ400 scanner, the plot covers an area of 0.5 hectares, characterized by plantation forest人工林 with Pinus sylvestris var. mongolica as the dominant species.

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.

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 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.