1) Water and soil conservation
水土保护
2) Water and soil
水土
1.
The paper introduced the cause of water and soil erosion in the construction of highway engineering,and proposed the specific technical measures.
介绍公路工程建设过程中水土流失的成因及其引起的危害,急需在公路建设中强化管理,并根据公路工程不同的分区提出了水土保持具体技术措施。
2.
But water and soil loss heavily in traditional pattern and can t keep up with need of modern orchard, especially to many new slop-grand young orchard.
但传统的间作模式水土流失较为严重、经济效益低下，随着三峡工程的建成，大批沿江优质果园将被淹没或已经被淹没，传统的果园间作模式无法满足现代果园的生产要求，特别是大批新开发的坡耕地幼龄果园。
3) soil and water
水土
1.
The soil and water conservation of highway construction project is waking up to the right path step by step.
公路建设项目水土保持工作正逐步走向正轨,但在具体的贯彻落实中还存在认识不到位,设计不合理,执行不彻底等问题,影响了水土流失的防治,应当引起相关部门足够的重视并采取措施加以解决。
2.
The paper puts forward the concept of soil and water ecology and considers that the integrated concept of vegetation and soil and water is an important characteristic of soil and water ecology based on the discussion of position and function of soil and water in upland ecological system.
在论述水土在陆地生态系统中的地位和作用的基础上,提出了水土生态的概念,认为植被与水土不可分割的整体观念是水土生态的重要特征。
4) soil erosion
水土流失
1.
Current status and comprehensive countermeasures of soil erosion for Karst rocky desertification areas in the Southwestern China;
西南岩溶石漠化区水土流失现状与综合防治对策
2.
The Study and Countermeas urs to the Effect of the Soil Erosion on the Ecological Environment around the Bailian River;
水土流失对白莲河库区生态环境的影响及对策
3.
The elementary study that tourist industry's development effect on soil erosion in Northwesten region of Yunnan Province;
旅游业开发对滇西北地区水土流失的影响初探——以香格里拉县三坝乡为例
5) soil and water loss
水土流失
1.
Forecast of soil and water loss in construction period of water power station;
水电站施工期水土流失预测
2.
The main control factors of desertification , soil and water loss in north of Shaanxi Province;
陕北地区土地沙化、水土流失的主控因素
3.
Application of Cs-137 to monitoring background value of soil and water loss in Zhejiang;
Cs-137在浙江省水土流失背景值监测中的应用
6) waterlogged soil
淹水土壤
1.
Research progress of the forms and effectiveness of As in waterlogged soil;
淹水土壤中砷的形态及有效性研究进展
2.
Selenium transport in waterlogged soil was primarily controlled by reductive leaching of seleniun iron compounds,and next by fumaric selenium leaching as well as mechanical leaching(or clay leaching).
对模拟土柱淋溶下的 1 5～ 2 0 ,35～ 45 ,75～ 85 cm土层土壤作各种形态硒含量测定 ,结果表明 ,淹水土壤硒的迁移主要受硒铁化合物还原淋溶机制控制 ,其次受富里酸键合硒淋溶及机械 (粘粒 )淋溶等机制的影响 ;外加的叶蛋白硒在土壤中分解成水溶性有机硒随水淋溶 ,少量以富里酸硒积累在中下层土壤 。
参考词条
补充资料：《中华人民共和国水土保护法》
《中华人民共和国水土保护法》
《中华人民共和国水土保护活矛甲口月了、理水土流失，保护和合理利用水土资源，减轻水、旱、风沙灾害的法律。1991年6月29日第七届全国人民代表大会常务委员会第二十次会议通过、公布和生效。该法由6章42条组成，规定了水土保持工作的管理体制;制定了预防为主、全面规划、综合防治、因地制宜、加强管理、注重效益的方针;采取了植树造林、鼓励种草、封山育林育草、轮封轮牧等防止水土流失的措施;明确了禁垦坡度;要求开发建设工程的环境影响报告书中应有水土保持方案，水土流失地区的土地承包合同应有治理水土流失的责任;建立水土流失监测预报和公告制度;对违法者，规定了责令停止开垦、采取补救措施、处以罚款、责令停业治理的行政处罚;对造成水土流失危害者，规定了排除危害、赔偿损失的民事责任;对水土保持监督人员玩忽职守者规定了纪律责任，构成犯罪的，依法追究刑事责任。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。