%0 Dataset
%T Habitat Photo of Desert Plant Community in Tarim the Junggar Basin (2017-2021)
%J National Cryosphere Desert Data Center
%I National Cryosphere Desert Data Center(www.ncdc.ac.cn)
%U http://www.ncdc.ac.cn/portal/metadata/9aac292f-6041-42c5-bb11-2b2f2aedaf52
%W NCDC
%R 10.12072/ncdc.i-veg.db4081.2023
%A None
%A None
%A Zhang Xianhua
%A None
%A None
%A None
%K Sample photos;landscape photos;low altitude aerial photos
%X This data set takes the Tarim Basin and the Junggar Basin in the north and south of Xinjiang as the core survey areas, taking into account the surrounding Tacheng Valley, Ili Valley, Hashun Gobi, Nuomin Gobi, the southern foot of Tianshan Mountain, Altun Mountain and other regions. In 2017-2021, 942 survey points were investigated, focusing on the investigation of dwarf and semi arbor deserts, shrub deserts and semi shrub and semi shrub deserts distributed in these regions Vegetation types such as juicy halophytic dwarf semi shrub desert were investigated. The main vegetation formations surveyed include: White Haloxylon ammodendron, Haloxylon ammodendron desert, Artemisia argyrophylla desert, Pseudosepia desert, Red sand desert, Saltwater desert, Salt claw claw desert, Tarim sand jujube desert, short-lived plant desert, river (lake) desert tree forest, etc. The main vegetation formations surveyed reached 74 species. Among them, there are four types of trees, including the Populus euphratica formation, the Grey Yang formation, and the White Haloxylon ammodendron formation; Shrubs mainly include 25 species, including the Haloxylon ammodendron formation, the Red Sand formation, and the White Sand Calligonum formation; The semi shrub formation includes 40 species, including the Artemisia sericica formation, the Suaeda salsa formation, and the Pseudosepia formation; The main herbaceous formations include 6 species, including the Salsola frutescens formation, Suaeda salsa formation, and Chaetopogon formation. Taking all communities distributed in the research area as the survey objects, 942 photos of community habitats were taken during the survey period. In order to investigate the vertical structure of the community, drones were used to shoot the overall landscape of 2 community types at 7 vertical heights of 10m, 20m, 30m, 50m, 70m, 90m, 110m, and 200m, and the shrub plot characteristics were taken at a height of 20m. And use a camera to capture the horizontal distribu