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世界地质 2022, 41(4) 914-925 DOI: ISSN: 1004-5589 CN: 22-1111/P

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	SWAT 模型
	最佳管理措施
	情景分析
	伊逊河流域
	本文作者相关文章
	孙振权
	魏涛
	洪梅
	PubMed
	Article by Sun Z
	Article by Wei T
	Article by Hong M

基于 SWAT 模型的最佳管理措施对伊逊河流域水沙的影响研究

孙振权1，2 ，魏涛1，2 ，洪梅1，2

1. 吉林大学新能源与环境学院，长春 130021;
2. 吉林大学石油化工污染场地控制与修复技术国家地方联合工程实验室，长春 130021

摘要：为研究防治伊逊河流域水土流失的有效管理措施，笔者在伊逊河流域建立 SWAT 模型，在流域尺度上模拟退耕还林、植被过滤带和植草水道 3 种最佳管理措施共 7 种情景，并且定量分析了水沙的削减效果。结果表明: 韩家营水文站径流和泥沙模拟的 NSE、Ｒ2 和 PBIAS 3 个评价指标均满足 SWAT 模型的适用性要求; 不同管理措施对径流削减率为 0. 83% ～ 4. 05% ，其中植草水道对径流的削减率最大，其他管理措施对径流的削减率差异不大; 不同管理措施对泥沙的削减效果差异明显，削减率由高到低依次为: 5 m 的植被过滤带＞ 3 m 的植被过滤带＞退耕还林 ( 全部耕地) ＞ 1 m 的植被过滤带＞退耕还林 ( 15°以上) ＞植草水道＞退耕还林 ( 25°以上) 。植被过滤带对泥沙的削减效果最好，削减效率可达 36. 18% ～ 56. 12% ; 退耕还林可以削减 14. 42% ～ 38. 05% 的泥沙; 植草水道也可以削减 23. 05% 的泥沙。因此最佳管理措施可以有效地防治伊逊河流域水土流失，仅从对径流和泥沙的影响方面考虑，推荐选择 5 m 的植被过滤带。

关键词： SWAT 模型最佳管理措施情景分析伊逊河流域

Impact of best management practices on water and sediment in Yixun Ｒiver basin based on SWAT model

SUN Zhenquan1，2 ，WEI Tao1，2 ，HONG Mei1，2

1. College of New Energy and Environment，Jilin University，Changchun 130021，China
2. National Local Joint Engineering Laboratory of Petrochemical Pollution Site Control and Ｒemediation Technology， Jilin University，Changchun 130021，China

Abstract: In order to study the effective management practices to prevent and control water and soil loss in the Yixun Ｒiver basin，the authors established SWAT model in the Yixun Ｒiver basin，simulated seven scenarios of three best management practices，namely，returning farmland to forests，vegetation filter strip and grassed waterway on watershed scale，and quantitatively analyzed the reduction effect of water and sediment． The results showed that NSE，Ｒ2 and PBIAS of runoff and sediment simulation at the Hanjiaying hydrological station all met the applicability requirements of SWAT model． The reduction efficiency of runoff by different management practices was 0. 83% ～ 4. 05% ，among which the reduction efficiency of runoff by grassed waterway was the largest，while the reduction efficiency of runoff by other management practices had little difference． The effects of different management practices on sediment reduction were obviously different，and the reduction rate from high to low was as follows: vegetation filter strip with width of 5 m ＞ vegetation filter strip with width of 3 m ＞ returning farmland to forest ( all cultivated land) ＞ vegetation filter strip with width of 1 m ＞ returning farmland with slopes above 15° to forest ＞ grassed waterway ＞ returning farmland with slopes above 25° to forest． Vegetation filter strip had the best effect on sediment reduction，and the reduction efficiency was up to 36. 18% ～ 56. 12% ．Ｒeturning farmland to forests can reduce the sediment by 14. 42% ～ 38. 05% ． Grassed waterways can also reduce sediment by 23. 05% ． Therefore， the best management practices can effectively prevent and control water and soil loss in the Yixun Ｒiver basin，and it is best to choose vegetation filter strip with width of 5 m，considering only the impact on runoff and sediment．

Keywords: SWAT model best management practices scenario analysis Yixun Ｒiver basin

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