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| 1 | Temporal and spatial changes of agricultural water requirements in the Lancang River Basin显示文摘从 1950 年代基于八个气象学的车站的数据到 2007,当前的收割模式,领域水潮湿管理,我们使用 Mann-Kendall 和重新可伸缩的范围分析方法研究湿度的变化并且在 Lancang 河盆收割灌溉水要求。结果证明年度并且当湿季节降雨减少了时,显著地增加的旱季一般水准温度,和旱季降雨增加了。除了,在干燥、湿的季节期间增加的 Evaportranspiration (ET0 ) 根本驻扎达利, Jianchuan 和 Gengma,和干旱湿度索引车站至多减少了。天气因素, ET0,干旱湿度索引,稻灌溉要求和总数的转弯的点农业水要求从 1960 年代发生了到 1990 年代。随高度和纬度的增加增加的稻灌溉限额的空间变化趋势,和关联系数分别地是 0.513 和 0.610。最大的价值在 Weixi 被观察,当时在 Mengla 的最小。 | Gu Shixiang He Daming Cui Yuanlai Li Yuanhua | 2012 | Journal of Geographical Sciences2012，22，3： | 7 |
| 2 | Spatial variability of irrigation factors and their relationships with “corridor-barrier” functions in the Longitudinal Range-Gorge Region显示文摘在纵的范围峡区域( LRGR )和包围区域从 1971~2000 在 58 个气象学的车站基于每月气象学的数据,包括每年的 et 0 的六个因素,最大的每月的 et 0 (5月),最小的每月的 et 0 (12月),稻灌溉限额和全部的农业灌溉限额(到6月的从4月的每年、主要的灌溉时期)被选择用一条 geostatistical 途径检验他们的空间可变性。结果显示 Morans 的系数我,描述空间自相关的紧张,比在另外的方向在纵的方向是更大的;六个参数的空间可变性被结构的因素财务主要为 60.2%87.9% 引起;et 0 的最大的可变性(每年,在 5 月和 12 月) 出现在西北东南和东北西南方向。由于夏天季风从印度洋和太平洋的大气的环流,和大陆人在冬季,最小的分数维的尺寸和 et 0 的最大的空间可变性的温暖干燥的电流(每年,在 5 月和 12 月) 发生在西南东北和东南西北方向。稻和全部的农业灌溉要求的最高的可变性由于纵的河的走廊功能引起的蒸汽和精力散开发生在南方北方方向。最小的空间自相关在东方西方方向,它证明农业灌溉要求的六个参数被走廊障碍功能在 LRGR 和它的包围区域影响。 | GU ShiXiang HE DaMing CUI YuanLai XIE XianHong LI YuanHua | 2007 | Chinese Science Bulletin2007，52，A02： | 6 |
| 3 | Effect of irrigation method and N-fertilizer management on rice yield, water productivity and nutrient-use efficiencies in typical lowland rice conditions in China显示文摘 | Romeo J. Cabangon To Phuc Tuong Ernesto G. Castillo Lang Xing Bao Guoan Lu Guangho Wang Yuanlai Cui Bas A. M. Bouman Yuanhua Li Chongde Chen Jianzhang Wang | 2004 | Paddy and Water Environment2004，，4： | 1 |
| 4 | Development and test of SWAT for modeling hydrological processes in irrigation districts with paddy rice显示文摘 | Xianhong Xie Yuanlai Cui | 2011 | Journal of Hydrology2011，396，12： | 1 |
| 5 | Can irri- gation be sustainable? 显示文摘 | Shahbaz Khan Rana Tariq Cui Yuanlai | 2006 | Agricultural Water Manage- ment2006，80，13： | 1 |
| 6 | Review on methods of calculating the canal seepage 显示文摘 | LUO Yufeng CUI Yuanlai ZhENG Zujin | 2005 | Advances in Water Science2005，，3： | 1 |
| 7 | Simulation of rice paddy systems in SWAT:A review of previous applications and proposed SWAT+rice paddy module显示文摘The Soil and Water Assessment Tool(SWAT)is an ecohydrological watershed-scale model which was initially developed in the early 1990s to simulate the impacts of land use,management systems,and climate on hydrology and/or water quality.First adopted in the U.S.,the use of the model then spread to Europe and then later to Asia and other regions.The range of applications that SWAT has been applied to have also expanded dramatically,which influenced ongoing model development which has been virtually continuous over the past two decades.A key component of many SWAT applications in Asia is accounting for rice paddy production that is common in some subregions within the continent.However,most of these studies do not provide explicit details of how rice production was simulated in SWAT.Other research has revealed that significant problems occur when trying to represent rice paddy systems in standard versions of SWAT,due to limitations in algorithms based on the runoff curve number approach or the pothole option.In response,key modifications have been made to SWAT in recent studies that have resulted in more accurate representation of rice paddy systems.These developments point to the need for the incorporation of an enhanced rice paddy module within SWAT to better capture rice paddy hydrological and pollutant dynamics,which would support improved use of the model in Asia and other rice production regions.Subtopics related to simulating rice production in SWAT are discussed as follows:1)an overview of global rice production;2)history of SWAT development;3)typical approaches for simulating rice production;4)problems associated with the typical approaches;5)recent code modifications to address deficiencies in replicating rice paddy systems;6)recommendations for developing a standard rice paddy module for future SWAT codes. | Philip W.Gassman Jaehak Jeong Julien Boulange Balaji Narasimhan Tasuku Kato Hiroaki Somura Hirozumi Watanabe Sadao Eguchi Yuanlai Cui Atsushi Sakaguchi Le Hoang Tu Rui Jiang Min-Kyeong Kim Jeffrey G.Arnold Wei Ouyang | 2022 | International Journal of Agricultural and Biological Engineering2022，15，1： | 0 |
| 8 | A Review of Researches on Efficient Agricultural Water Use in China显示文摘1. Introduction China is a large agricultural country. According to statistics in 2009, the amount of agricultural irrigation water use accounted for about 62% of the total water consumption of the national economy. With increasing population | CUI Yuanlai HUANG Jiesheng | 2012 | Bulletin of the Chinese Academy of Sciences2012，26，1： | 0 |
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