Zhou et al_2020_PNAS_dataset.xlsx

National
Long-term Water Use Dataset of China (NLWUD) Citation: Zhou, F.; Bo, Y.; Ciais, P.; Dumas,
P.; Tang, Q.; Wang, X.; et al., Deceleration of China’s human water use and its
key drivers. PNAS. 2020, 117: 1-10. https://doi.org/10.1073/pnas.1909902117. Contact:
Direct
questions, additional information regarding publications and research by email
to [e-mail]. Data Products:1.
Water use by sector and prefecture during the
period 1965–2013.2.
Water use intensity (WUI) by sector and
prefecture during the period 1965–2013.3.
Size indicators by sector and prefecture during
the period 1965–2013, where the indicators include Irrigated area by crop, Industrial
gross value added (GVA) by sub-sector, Service GVA, urban and rural populations,
and livestock population by animal.4.
LMDI decomposition results of water use change
for three periods (1965-1975, 1975-1992, 1992-2013).5.
Data for identifying the drivers for irrigation
and industrial WUIs and Budyko-type analysis by province during the period 1971–2013,
including Potential irrigation requirements, Freshwater availability allocated
to irrigation sector, the ratio between the area equipped for water-conserving
irrigation and total irrigated area (water-conserving irrigation technologies
refer to drip or sprinkler irrigation systems and canal lining), the ratio of
recycled water to total industrial WU, the ratio of evaporated water to total
industrial WU, and irrigation water consumption.6.
GIS files for spatial distribution of 341
prefectures in China.7.
Codes used in data analysis/figure creation for
the manuscript. The Codes were written by Yan Bo at the Peking
University. List of crops,
industries, and livestocks included:Wheat,
maize, rice, vegetables and fruits, and other crops;thermal
electricity, mining, cement, electronics, machinery, metallurgy,
petrochemicals, textile, paper making, food processing, and other industries;swine,
sheep, poultries, cattle, donkeys, horses, and mules License:Creative Commons
Attribution 4.0 International

Data
may be freely downloaded for research, study, or teaching, but must be cited
appropriately. Re-release of the data, or incorporation of the data into a
commercial product, is allowed only with explicit permission. If you would like
to request permission to use this dataset for another purpose, please contact
us at [e-mail].

《中国国家长期用水数据集》（NLWUD）引用：周方、薄义、西雅斯、杜马斯、唐秋、王翔等，中国人类用水减缓及其关键驱动因素。美国国家科学院院刊（PNAS）。2020，117：1-10。https://doi.org/10.1073/pnas.1909902117。联系方式：直接咨询或获取关于出版物和研究的相关附加信息，请通过电子邮件至[e-mail]。数据产品：1. 1965-2013年期间各行业及地级行政区的用水量。2. 1965-2013年期间各行业及地级行政区的用水强度（WUI）。3. 1965-2013年期间各行业及地级行政区的规模指标，包括作物灌溉面积、子行业工业增加值（GVA）、服务业GVA、城市和农村人口以及按动物分类的牲畜人口。4. 1965-1975年、1975-1992年、1992-2013年三个时期用水变化的LMDI分解结果。5. 1971-2013年期间，通过省份识别灌溉和工业用水强度驱动因素及Budyko型分析的数据，包括潜在灌溉需求、分配给灌溉部门的淡水可用性、节水灌溉面积与总灌溉面积之比（节水灌溉技术指滴灌或喷灌系统及渠道衬砌）、循环水与总工业用水之比、蒸发水与总工业用水之比以及灌溉用水消耗。6. 中国341个地级行政区的空间分布GIS文件。7. 论文数据分析和图形创建中使用的代码，由北京大学闫博编写。包含的作物、工业和牲畜清单：小麦、玉米、水稻、蔬菜和水果以及其他作物；热电、采矿、水泥、电子、机械、冶金、石化、纺织、造纸、食品加工以及其他工业；猪、羊、家禽、牛、驴、马和骡子。许可：Creative Commons署名4.0国际。数据可免费下载用于研究、学习和教学，但必须适当引用。数据重新发布或纳入商业产品仅限于获得明确许可。如需请求使用此数据集的其他用途的许可，请联系[e-mail]。