Assessing Pesticide Leaching Potential in Southern China Paddy Field by Groundwater Ubiquity Score

机译：通过地下水繁殖得分评估中国南部稻田的农药浸出潜力

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@@ Southern China is the main paddy planting area. Pesticides have been used widely to control pests, diseases, and weeds in paddy field and have posed a potential environmental risk to groundwater under paddy field. The groundwater is used as drinking water source to the residence close to the paddy field and the hazards residues in the groundwater may cause health problems.

机译：@@中国南部是主要的稻田种植区。杀虫剂已广泛用于控制稻田中的害虫，疾病和杂草，并为稻田下的地下水带来了潜在的环境风险。地下水用作饮用水源到靠近稻田的住宅，地下水中的危险残留物可能会导致健康问题。

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《International workshop on crop protection chemistry and regulatory harmonization》|2012年||共2页
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作者
Yue Geng; Jing Ma; Ruize Zhou; Chuanjiang Tao; Wenjuan Li; Xiaodong Ma; Yan Lin; Chongjiu Li;
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中图分类植物化学保护理论;
关键词
groundwater; leaching potential; pesticide; paddy field; groundwater ubiquity score;

机译：地下水;浸出潜力;农药;稻田;地下水悬雍度得分;

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专利

1. Groundwater Ubiquity Score (GUS) based assessment of leaching potential of some pesticides [J] . Rajesh Kumar, Ram Niwas, Madhuban Gopal, Annals of Plant Protection Sciences . 2015,第1期

机译：基于地下水普遍性评分（GUS）的某些农药浸出潜力评估
2. Development of a screening tool to assess the temporal risk of pesticides leaching to groundwater using the source, target, vector approach. An Irish case study for shallow groundwater [J] . Labite Herve E., Cummins Enda Environmental Monitoring and Assessment . 2015,第3期

机译：开发了一种筛选工具，以评估使用源，目标，载体方法的农药浸出地下水的时间风险。爱尔兰浅层地下水案例研究
3. Development of a screening tool to assess the temporal risk of pesticides leaching to groundwater using the source, target, vector approach. An Irish case study for shallow groundwater (Retraction of vol 187, pg 91, 2015) [J] . Labite Herve E., Cummins Enda Environmental Monitoring and Assessment . 2015,第8期

机译：开发了一种筛选工具，以评估使用源，目标，载体方法的农药浸出地下水的时间风险。爱尔兰浅层地下水案例研究（第187卷撤回，第91页，2015年）
4. Assessing Pesticide Leaching Potential in Southern China Paddy Field by Groundwater Ubiquity Score [C] . Yue Geng, Jing Ma, Ruize Zhou, Proceedings of 4th international symposium on pesticides and environmental safety amp; 5th pan Pacific confernce on pesticide science amp; 8th international workshop on crop protection chemistry and regulatory harmonization . 2012

机译：利用地下水泛滥指数评价中国南方稻田农药淋失潜力。
5. Use of geographic information systems for assessing groundwater pollution potential by pesticides in central Thailand. [D] . Thapinta, Anat. 2002

机译：使用地理信息系统评估泰国中部农药对地下水的潜在污染。
6. Biochar amendment reduces paddy soil nitrogen leaching but increases net global warming potential in Ningxia irrigation China [O] . Yongsheng Wang, Yansui Liu, Ruliang Liu, -1

机译：生物炭改良剂可减少稻田土壤氮素的淋失但可增加中国宁夏灌溉的全球净增温潜力
7. Landscape-Scale Simulation of Pesticide Behavior in River Basin due to Runoff from Paddy Fields Using Pesticide Paddy Field Model (PADDY) [O] . Keiya INAO, Yasuo ISHII, Yuso KOBARA, 2003

机译：河流流域农药行为的景观规模模拟稻田稻田田野（稻田）（稻谷）
8. Pesticide Root Zone Model (PRZM): A Procedure for Evaluating Pesticide Leaching Threats to Groundwater [R] . Carsel, R. F. , Mulkey, L. A. , Lorber, M. N. , 1985

机译：农药根区模型（pRZm）：评估农药对地下水的淋溶威胁的程序

Assessing Pesticide Leaching Potential in Southern China Paddy Field by Groundwater Ubiquity Score

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