WATER_USE_EFFICIENCY

作品数：257被引量：1056H指数：15
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Distinct responses of climate-growth and iWUE in Fagus sylvatica L.at two low elevation sites in southern Italy
《Journal of Forestry Research》2025年第1期275-291,共17页Jerzy Piotr Kabala Francesco Niccoli Simona Altieri Iqra Liyaqat Giovanna Battipaglia 
partially supported by MIUR Project (PRIN 2020) "Unravelling interactions between WATER and carbon cycles during drought and their impact on water resources and forest and grassland ecosySTEMs in the Mediterranean climate (WATERSTEM)" (protocol code:20202WF53Z);"WAFER" at CNR (Consiglio Nazionale delle Ricerche);MIUR Project (PRIN 2017) "The Italian TREETALKER NETWORK:continuous large scale monitoring of tree functional traits and vulnerabilities to climate change"
In this study,using a dendrological and isotopic approaches,we investigated the responses to climate of two pure Fagus sylvatica L.stands(Campobraca and Falode)in the southernmost part of the distribution range in sou...
关键词：Intrinsic water use efficiency Tree rings Stable isotope analysis Climate change European beech 
SiEPFs enhance water use efficiency and drought tolerance by regulating stomatal density in foxtail millet(Setaria italica)
《Journal of Integrative Agriculture》2025年第2期786-789,共4页Jianhong Hao Xueting Kang Lingqian Zhang Jiajing Zhang Huashuang Wu Zidong Li Dan Wang Min Su Shuqi Dong Xiaorui Li Lulu Gao Guanghui Yang Xiaoqian Chu Xiangyang Yuan Jiagang Wang 
supported by the Scientific and Technological Innovation Talents Team of Shanxi Project,China(202204051002036 for Xiangyang Yuan);the High-level Talents Start-up Fund of Shanxi Agricultural University,China(J242198006 for Jiagang Wang);the National Natural Science Foundation of China(32200222 for Jiagang Wang)。
Highlights The water use efficiency of the drought-resistant variety MT3 was found to be correlated with stomatal density.EPFs enhance water use efficiency and drought tolerance by regulating stomatal density in foxta...
关键词：CROPS DROUGHT Gupta 
Improving irrigation management in wheat farms through the combined use of the AquaCrop and WinSRFR models
《Journal of Arid Land》2025年第2期245-258,共14页Arash TAFTEH Mohammad R EMDAD Azadeh SEDAGHAT 
The study was funded by the Soil and Water Research Institute of Iran.
Water is essential for agricultural production;however,climate change has exacerbated drought and water stress in arid and semi-arid areas such as Iran.Despite these challenges,irrigation water efficiency remains low,...
关键词：AquaCrop crop modeling WinSRFR water management water use efficiency 
Spatiotemporal characteristics and influencing factors of vegetation water use efficiency on the Tibetan Plateau in 2001–2020
《Journal of Geographical Sciences》2025年第1期39-64,共26页HE Chenyang WANG Yanjiao YAN Feng LU Qi 
National Nonprofit Institute Research Grant of CAF,No.CAFYBB2018ZA004,No.CAFYBB2023ZA009;Fengyun Application Pioneering Project,No.FY-APP-ZX-2023.02。
Water use efficiency(WUE),as a pivotal indicator of the coupling degree within the carbon–water cycle of ecosystems,holds considerable importance in assessment of the carbon–water balance within terrestrial ecosyste...
关键词：water use efficiency spatiotemporal characteristic influencing factor Tibetan Plateau 
Spatiotemporal dynamics of irrigated cropland water use efficiency and driving factors in northwest China's Hexi Corridor
《Ecological Processes》2024年第4期153-170,共18页Dandan Du Bo Dong Rui Zhang Shiai Cui Guangrong Chen Fengfeng Du 
supported by the National Key Research and Development Program of China(2021YFD190070406);the Key Research and Development Program of Gansu Province(20YF8NA107);Agricultural Science and Technology Special Project of Gansu Province(GNKJ-2021–32)
Background Agricultural irrigation is an important practice to safeguard crops against drought and enhance grain yield in arid regions.The Hexi Corridor,known as a classic arid region,faces signifcant pressure on agri...
关键词：Irrigated cropland Water use efficiency Hexi Corridor Interannual variability Dominant factor Driving mechanism 
Effects of Water-Fertilizer Coupling on Growth Characteristics and Water Use Efficiency of Camellia petelotii Seedlings
《Phyton-International Journal of Experimental Botany》2024年第11期2927-2947,共21页Liangyu Luo Ru Li Daocheng Ma Yijin Wang Linghui Wang 
Financial assistance project:Guangxi Forestry Science and Technology Project(Guilin kezi[2012]No.25).
Camellia petelotii(Merr.)Sealy is an endangered Chinese native species that originates from Guangxi Zhuang Autonomous Region,China.Previous research demonstrated that proper water and fertilizer treatments could impro...
关键词：Camellia petelotii growth characteristics photosynthesis water-fertilizer coupling water use efficiency 
A study on the simulation of carbon and water fluxes of Dangxiong alpine meadow and its response to climate change被引量：1
《Atmospheric and Oceanic Science Letters》2024年第5期22-27,共6页Lingyun He Lei Zhong Yaoming Ma Yuting Qi Jie Liu Peizhen Li 
supported by the Second Comprehensive Scientific Research Survey on the Tibetan Plateau[grant number 2019QZKK0103];the National Natural Science Foundation of China[grant numbers 42375071 and 42230610].
The alpine meadow ecosystem accounts for 27%of the total area of the Tibetan Plateau and is also one of the most important vegetation types.The Dangxiong alpine meadow ecosystem,located in the south-central part of th...
关键词：Carbon and water flux Water use efficiency Alpine meadow Biome-BGC model Climate change 
Impact of extreme seasonal drought on ecosystem carbon-water coupling across China
《Advances in Climate Change Research》2024年第5期914-923,共10页Meng-Tian HUANG Pan-Mao ZHAI 
supported by the National Natural Science Foundation of China(42105160);the Basic Research Fund of the Chinese Academy of Meteorological Sciences(2023Z025).
Water use effciency(WUE)is a critical evaluation indicator of ecosystem responses to climate change and its extremes.However,the influence of the timing of extreme drought on the variation of ecosystem WUE under sever...
关键词：Extreme seasonal drought Water use efficiency Seasonal difference Carbon-water coupling Terrestrial ecosystem 
Rice Cultivation under Film Mulching Can Improve Soil Environment and Be Beneficial for Rice Production in China
《Rice science》2024年第5期545-555,共11页ZHANG Youliang ZHU Kaican TANG Yongqi FENG Shaoyuan 
financially supported by the National Key Research & Development Program of China (Grant No.2022YFD1500402);the National Natural Science Foundation of China (Grant No.51809225);the China Postdoctoral Science Foundation (Grant Nos.2020T130559 and 2019M651977);the Natural Science Foundation of Jiangsu Province, China (Grant No.BK20180929)。
Rice cultivation under film mulching is an integrated management technology that can conserve water, increase soil temperature, improve yield, and enhance water and nitrogen use efficiencies. Despite these advantages,...
关键词：nitrogen use efficiency rice cultivation under film mulching soil organic matter yield and quality water use efficiency 
TabHLH27 orchestrates root growth and drought tolerance to enhance water use efficiency in wheat被引量：1
《Journal of Integrative Plant Biology》2024年第7期1295-1312,共18页Dongzhi Wang Xiuxiu Zhang Yuan Cao Aamana Batool Yongxin Xu Yunzhou Qiao Yongpeng Li Hao Wang Xuelei Lin Xiaomin Bie Xiansheng Zhang Ruilian Jing Baodi Dong Yiping Tong Wan Teng Xigang Liu Jun Xiao 
supported by the Strategic Priority Research Program of the Chinese Academy of Sciences(XDA24010204);National Key Research and Development Program of China(2021YFD1201500);Hebei Natural Science Foundation(C2021205013);Full-time introduction of high-end talent research project(2020HBQZYC004);the National Natural Sciences Foundation of China(32100492,U22A6009,32072004);Beijing Natural Science Foundation Outstanding Youth Project(JQ23026);the Major Basic Research Program of Shandong Natural Science Foundation(ZR2019ZD15);the Seed Science and Technology Innovation Team Project of Shijiazhuang(232490472A).
Cultivating high-yield wheat under limited water resources is crucial for sustainable agriculture in semiarid regions.Amid water scarcity,plants activate drought response signaling,yet the delicate balance between dro...
关键词：drought tolerance GWAS root growth WHEAT WUE 
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