新疆三大山区可降水量时空分布特征

doi:10.12118/j.issn.1000-6060.2019.01.09

Abstract

ZHENG　Ning，LIU　Qiong， HUANG　Guan，CHEN　Yong-hang，YANG Lian-mei,XIN　Yu，LI　Man，JU　Chen-xiang，WANG　Zhi-min. Temporal and spatial distribution characteristics of total precipitable water vapor in Three Mountain Areas of Xinjiang[J].干旱区地理, 2019, 42(1): 77-84.

References

[1] 盛裴轩,毛节泰,李建国,等.大气物理学 [M].北京：北京大学出版社,2003：17-19.[SHENG Peixuan，, MAO Jietai，, LI Jianguo， et al．Atmospheric physics．Beijing：Peking University Press，2003：17-19. ]
[2] 周宏飞，张捷斌．新疆的水资源可利用量及其承载能力分析[J]．干旱区地理，2005，28(6)：756-763．[ZHOU Hongfei，ZHANG Jiebin．Analysis on the Volume of Available Water Resources and Its Carrying Capacity in Xinjiang，China[J]．Arid Land Geography，2005，28(6)：756-763．]
[3] 史玉光，孙照渤．新疆大气可降水量的气候特征及其变化[J]．中国沙漠，2008，28(3)：520-525．[SHI Yuguang，SUN Zhaobo．Cl imate Characteristics of Atmospheric Precipitable Water over Xinjiang and Its Variation[J]．Journal of Desert Research，2008，28(3)：520-525．]
[4] 范雪薇，刘海隆，赵宏宇，等．基于NCEP资料新疆降水转化率的研究[J]．石河子大学学报，2016， 34(3)：373-378．[FAN Xuewei，LIU Hailong，ZHAO Hongyu，et al．Analysis of precipitation conversion in Xinjiang based on NCEP data[J]．Journal of Shihezi University，2016，34(3)：373-378．]
[5] 周成龙，钟昕洁，杨兴华，等．新疆巴州地区降水量、可降水量及降水转化率计算解析[J]．干旱区地理，2016，39(6)：1204－1211．[ZHOU Chenglong，ZHONG Xinjie，YANG Xinghua，等.Calculation of precipitation，precipitable water and precipitation conversion efficiency of Bayingolin Prefecture in Xinjiang[J]．Arid Land Geography，2016，39(6)：1204－1211．]
[6] 刘蕊，杨青. 新疆大气水汽通量及其净收支的计算和分析[J]．中国沙漠，2010，30(5)：1221-1228．[LIU Rui，YANG Qing．Calculation and analysis of water vapor transportation and itsnet income in Xinjiang[J]．Journal of Desert Research，2010，30(5)：1221-1228．]
[7] 杨莲梅，史玉光，汤浩．新疆春季降水异常的环流和水汽特征[J]．高原气象，2010，29(6)： 1464-1473．[ YANG Lianmei，SHI Yuguang，TANG Hao．Characteristics of Atmospheric Circulation and Water[J]． Plateau Meteorology，2010，29(6)： 1464-1473．]
[8] 戴新刚，李维京，马柱国．近十几年新疆水汽源地变化特征[J]．自然科学进展，2006，16(12)：1651-1656．[QAI Xingang， LI Weijing， MA Zhuguo．Characteristics of Water and Gas Source Change in Xinjiang in Recent. Progress in Natural Science，2006，16(12)：1651-1656．]
[9] 李如琦,唐冶,肉孜·阿基．2010年新疆北部暴雪异常的环流和水汽特征分析[J]. 高原气象，2015，34(1)：155-162.[LI R Ruqi，TANG Zhi， ROUZI·Aji． Atmospheric Circulation and Water Vapor Characteristics of Snowstorm Anomalies in Northern Xinjiang in 2010． Plateau Meteorology ，2015,34(1)：155-162．]
[10] WANG Peng，XIE Tongchuan，DAI Jiageng， et al．Trends and Variability in Precipitable Water Vapor throughout North China from 1979 to 2015[J]．Advances in Meteorology，2017，Article ID 7804823，10 pages．
[11] LI Xuemei，JIANG Fengqing，LI Lanhai，et al．Spatial and temporal variability of precipitation concentration index，concentration degree and concentration period in Xinjiang，China[J]．International Journal of Climatology homepage，2010，31(11)：1679-1693．
[12] GONG Shaoqi，HAGAN Daniel F．T．WU Xinyi， et al．Spatio-temporal analysis of precipitable water vapour over northwest china utilizing MERSI/FY-3A products[J]．International Journal of Remote Sensing，2018，39(10)：3094-3110．
[13] MAHMOOD　Rashed， LI　Shuanglin， KHAN　Babar，et al．Causes of recurring drought patterns in Xinjiang，China [J]．Journal of Arid Land，2010，2(4)：279−285．
[14] 崔丽娜，崔彩霞，李春花，等．塔克拉玛干沙漠及其周边山区水汽时空分布特征[J]．安徽农业科学，2012，40(35) : 17244 -17248．[CUI Lina，CUI Caixia，LI Chunhua，et al．The Temporal and Spatial Distribution Characteristics of Precipitable Water in Taklimakan Desert and the Surrounding Mountains[J]．Journal of Anhui Agri． Sci．2012，40( 35) : 17244 -17248．]
[15] 姚俊强，杨青，黄俊利，等．天山山区及周边地区可降水量的计算与特征分析[J]．干旱区研究，2012，29(12)：567-573．[YAO Junqiang，YANG Qing，HUANG Junli，et al．Computation and Analysis of Water Vapor Content in Tianshan Mountains and Peripheral Regions，China[J]．Arid Zone Research，2012，29(12)：567-573．]
[16] 刘蕊，杨青．新疆大气水汽通量及其净收支的计算和分析[J]．中国沙漠，2010，30(5)：1221-1227．[LIU Rui，YANG Qing．Calculation and Analysis of Water Vapour Transportation and its Net Income in Xinjiang[J]．Journal of Desert Research，2010，30(5)：1221-1227． ]
[17] 安小艳．天山山区地形对降水空间分布的影响研究[D]．新疆：石河子大学，2015．[AN Xiaoyan．Effect of Terrain on the Spatial Distribution of Precipitation in the Tianshan Mountions[D]．Xinjiang：Shihezi University，2015．]
[18] 姚俊强.天山山区可降水量时空分布及强降水过程的水汽演变特征[D]．新疆：新疆师范大学,2012．[YAO J Q.Temporal-spatial Distribution of the Water Vapor Content and Evolution Character of Water Vapor during Heavy Rain in Tianshan Mountions，2012. ]
[19] 邹进上，刘惠兰．我国平均可降水量分布的基本特点及其控制因子[J]．地理学报，1981，36(4)：377-391．[ZOU Jinshang，,LIU Hhilan．The Basic Features of Distribution of Water Vapour Content and their Controlling Factors in China.Acta Geographica Sinica，1981，36(4)：377-391．]

Temporal and spatial distribution characteristics of total precipitable water vapor in Three Mountain Areas of Xinjiang

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