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Research progress and prospect on non-precipitition water in arid and semi-arid area
WANG Sheng, ZHANG Qiang, ZHANG Liang, WANG Xing, DU Haoling, ZENG Jian, WEN Xiaomei
Journal of Arid Meteorology    2024, 42 (1): 1-10.   DOI: 10. 11755/j. issn. 1006-7639(2024)-01-0001
Abstract120)      PDF(pc) (4732KB)(179)    PDF(mobile) (4732KB)(14)    Save
 The warming trend of the global climate system continues, and the impact on natural ecosystems and water resources continues to rise, aggravating the already fragile global water resources. At this background, as a potential water resource, non-precipitation water (NPW) in arid area plays an important role in the maintenance of ecosystem and land surface water balance in arid area. Therefore, based on the present results of international research on NPW, the development process of NPW is summarized. The observation methods, variation characteristics, formation mechanism and the contribution of NPW to land surface water balance and its effects on crops in arid areas of Northwest China were reviewed. Finally, on the basis of combining the international frontiers, hot issues and development trends of NPW research, the shortcomings and problems of current NPW research are analyzed scientifically. It is pointed out that the study of NPW should focus on further revealing the complex formation mechanism of NPW on land surface, and strengthen the cognition of NPW in different climatic regions and different underlying surfaces. Breakthroughs have been made in key scientific issues such as the establishment of a specially targeted land surface NPW observation system, the development of the parameterization of land surface NPW in the numerical model, and the research and development of technical standards for the development and utilizationof land surface NPW.
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Progress and prospect on impact of drought disaster on food security and its countermeasures
ZHAO Hong, CAI Dihua, WANG Heling, YANG Yang, WANG Runyuan, ZHANG Kai, QI Yue, ZHAO Funian, CHEN Fei, YUE Ping, WANG Xing, YAO Yubi, LEI Jun, WEI Xingxing
Journal of Arid Meteorology    2023, 41 (2): 187-206.   DOI: 10.11755/j.issn.1006-7639(2023)-02-0187
Abstract582)   HTML64327682)    PDF(pc) (17497KB)(941)       Save

Drought is a major meteorological disaster with the highest frequency, the longest duration and the widest scope of harm in the world today, which has a huge and extensive impact on agriculture, ecology, social development and national economy all over the world. The drought is an important factor affecting agricultural production which determines the stability of crop production, further relates to the national food security. China is a large agricultural country, and also is a country with frequent drought disaster. Therefore, to improve the monitoring, forecasting and warning level of agricultural drought disaster, it is necessary to deeply understand its formation, influence characteristics, drought intensity, severity and physiological process and mechanism of crop victimization. It is also an important scientific problem to reduce and prevent drought disaster losses and improve national food security production. This paper comprehensively reviews the recent internal and overseas research progress of agricultural drought with different degrees and its impact on crop production, and explores the influence characteristics and mechanism of drought from the aspects of crop morphology, physiology, cellular and molecular levels, etc. The main indicators, indexes, methods and early warning systems in current agricultural drought monitoring are reviewed around food production to cope effectively agriculture drought. According to the new characteristics of agricultural sustainable development and drought, the current situation of drought disaster prevention and mitigation and agricultural drought coping are discussed. A series of drought coping measures both adaptation and mitigation are emphasized. On this basis, combining with the needs of national, regional and industrial development, the paper puts forward the important scientific problems, research countermeasures and the prospect of discipline development which should be emphasized in the future.

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Research Progress on Land Dew Condensation Projection Model and Main Scientific Problems and Prospect#br#
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WANG Xing, ZHANG Qiang, WANG Sheng, WANG Fan
Journal of Arid Meteorology    2021, 39 (1): 159-167.  
Abstract299)      PDF(pc) (591KB)(1502)       Save
Dew occurs at the bottom of the atmospheric boundary layer and is affected by atmosphere, vegetation and soil. It plays an important role in arid and semi-arid terrestrial ecosystem. In view of the complexity of the physical process of land dew condensation, its observation and simulation started late. The development of dew condensation projection model has undergone three stages including statistical regression, latent heat flux relationship and simplified cloud physics/energy balance model in recent decades. The main scientific problems of dew condensation projection models are summarized: the lack of representative models caused by short observation data series, the unclear of the physical mechanism of dew formation on different underlying surfaces, the lack of effective simulation of natural underlying surface dew, the unreasonable of latent heat flux relationship of land surface models in arid and semi-arid regions. It is necessary to deepen the research on the condensation mechanism of natural underlying surface dew, reveal the influence mechanism of underlying surface properties on the condensation rate, and develop the condensation model suitable for different climatic backgrounds in China
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Validation of Land Surface Model in Arid Region
WANG Sheng1, ZHANG Qiang1, ZHAO Jianhua1,WANG Xing2, XU Yan3, BAI Guoqiang4
Journal of Arid Meteorology   
The Progress on Response of Potato to Soil Water Stress
ZHAO Hong, REN Liwen, ZHAO Funian, QI Yue,CAI Dihua, WANG Chunling, CHEN Fei, LEI Jun, WANG Runyuan,WANG Heling, ZHANG Kai, YAO Yubi, WANG Xing
Journal of Arid Meteorology    DOI: 10.11755/j.issn.1006-7639(2018)-04-0537
Effects of Drought Stress at Different Growth Stage of Spring Maize on Soil Temperature, Water Content and Yield
REN Liwen, WANG Xingtao, DING Wenkui, YANG Hua, WANG Runyuan
Journal of Arid Meteorology    DOI: 10.11755/j.issn.1006-7639(2016)-05-0860