Lipu Taro-Rice Rotation Permanent Farmland Case on Ecosystem Protection and Sustainable Development (Case 17)
DOI:10.3974/geodc.2023.05.17，CSTR:20146.22.2023.05.17，GCdataPR [2023]17
The “Lipu Taro-Rice Rotation Permanent Farmland Case on Ecosystem Protection and Sustainable Development” is launched by a team jointly composed of Institute of Geographic Sciences and Natural Resources Research，Chinese Academy of Sciences，Lipu People’s Government in Guangxi Province Guilin city，Bureau of Agriculture and Rural Affairs of Lipu，Lipu Meteorological Bureau，Lipu Ecological and Environmental Bureau，Lijiang Cultural Tourism Investment Co，Guangxi Guipin Cloud Information Technology Co. Ltd. The case has been listed as a case of the "Geographical Indications Environment & Sustainability " (Case 17).
The case is located in Xiuren Town, Lipu County, Guangxi Province of China. It is located in the Xijiang water system in the Pearl River Basin, characterized by a humid subtropical environment with plenty of heat and precipitation. Farmland is mainly composed of loam and sandy loam, rich in organic matter, fertile soil, and without environmental pollution. Developed water conservancy, the water quality of irrigation water sources is higher than the national "Irrigation Water Quality Standards for Farmland"(GB/5084-2021).The Lipu taro is a geographical indication, Taro has a long history of cultivation in Lipu, and taro rice rotation has become a sustainable planting method in the region.
DATASET：
MO Xingguo, SUN Zhiwu, ZHOU Xuemei, MO Yanwu, QIU Zuyang, LI Zhongbo, QIN Dongxiang, LIU Ximei, ZHUO Lixiong, SU Yan, XIONG Hongming, LIU Suxia, HU Shi, Jean Marie Vianney NSIGAYEHE, LIU Xiaoyu, ZHOU Haowei. Dataset of Lipu Taro-Rice Rotation Permanent Farmland Case on Ecosystem Protection and Sustainable Development[J/DB/OL]. Digital Journal of Global Change Data Repository, 2023.
https://doi.org/10.3974/geodb.2023.06.02.V1.
DATAPAPER：
Mo, X. G., Sun, Z. W., Zhou, X. M., et al.GIS Case Study on Lipu Taro-Rice Rotation Permanent Farmland[J]. Journal of Global Change Data & Discovery,2023.7(2):158-171 .DOI: 10.3974/geodp.2023.02.04 .
Team
Chief Scientist Photo:
Resume of Chief Scientist:
GUI Dongwei, a researcher of the Xinjiang Institute of Ecology and Geography, Chinese Academy of Sciences, with a doctor's degree in science (2010, Xinjiang Institute of Ecology and Geography, Chinese Academy of Sciences). Main research directions: Oasis soil and water balance research, watershed and oasis scale water cycle processes and optimal allocation of water resources, evapotranspiration in arid areas, desertification assessment, numerical simulation of groundwater in arid areas, etc. Published nearly 150 papers. 2011-2013 Visiting Scholar from the United States (2011-2013). Formerly served as the Deputy Director of the Tarim River Basin Main Stream Management Bureau (2016-2017).
Expert members of the case team: