Technical application of water and soil conservation practice in the whole process under the requirements of the new "Key Points for Technical Review of Soil and Water Conservation Schemes for Production and Construction Projects"

View the original text>>> New "Key Points for Technical Review of Soil and Water Conservation Schemes for Production and Construction Projects"

【Target】:

1. Master the main laws and regulations, ministerial regulations, normative documents and technical specifications and standards commonly used in water and soil conservation;

2. Master the process of water and soil conservation plan, monitoring and acceptance work;

3. Master the water and soil conservation plan, the data that needs to be collected for monitoring and acceptance work, and the precautions for on-site survey;

4. Master the construction process of common soil and water conservation projects;

5. Master the key points, difficulties and precautions of each chapter in the preparation of water and soil conservation plan;

6. Master the characteristics of common project types of water and soil conservation schemes, the layout of water and soil conservation measures and the matters needing attention in preparation;

7. Master the characteristics of the supplementary project, the idea of ​​planning and the precautions;

8. Master the types of borrow pits and spoil pits, the layout of soil and water conservation measures, the design and review of retaining works, etc.;

9. Master common soil and water conservation monitoring methods, key points and difficulties in compiling monitoring results;

10. Master the conditions for acceptance of soil and water conservation facilities, acceptance and changes, key points and difficulties in preparation of acceptance results;

11. Master the basic requirements and skills of CAD drawing;

12. Master the method of entering the water and soil conservation plan into the national water and soil conservation information management system.

【Details】:

[Other related recommendations]:

Hydrological and water environment model optimization technology and rapid calibration method based on R language and multi-model case practice

The latest hydrological and hydrodynamic models are deeply applied in urban waterlogging, urban drainage, and sponge city planning and design

Visual modflow Flex groundwater numerical simulation and parameter optimization, pumping experiment design and processing, complex saturated/unsaturated groundwater flow analysis

SWAT model [Modeling method, example application, advanced advanced skills]

Flood Control Evaluation Report Compilation Method and Water Flow Mathematical Model Modeling

Application of one-dimensional and two-dimensional hydrodynamic simulation, water quality modeling, and complex river network construction technology in practical projects such as environmental impact assessment, flood control assessment, and sewage outlet demonstration

Guess you like

Origin blog.csdn.net/weixin_49857990/article/details/132057164