Method of monitoring research of the efficiency of application of geophysical monitoring of anti-filtration screens

The article discusses the methodology for monitoring the effi ciency of anti-seepage screens using modern geophysical methods. Anti-seepage screens play a key role in protecting water resources and preventing pollutant leaks into groundwater. The objective is to evaluate new approaches to geophysical monitoring that allow timely detection of leaks and defects in screens. The introduction of the article is devoted to the theoretical foundations of the use of impervious screens and the importance of their reliable control. Then, the main principles of operation of impervious screens designed to prevent the fi ltration of water and pollutants into the environment are considered. Methods for ensuring their impermeability, durability and stability are described, including the use of various materials. The methodological part includes the rationale for the choice of specifi c geophysical methods for monitoring, focused on nondestructive research of natural and anthropogenic objects. The criteria for their effectiveness, advantages over traditional methods are assessed, and existing limitations and strategies for overcoming them to improve the accuracy and effi ciency of monitoring are discussed. The application of monitoring studies demonstrates the process of geophysical monitoring of impervious screens aimed at ensuring their durability and effectiveness, which includes planning, data collection and analysis, periodic measurements, and interpretation of the results for timely identifi cation of defects. The conclusions of the article contain the main results of the study and recommendations for further application of the developed methods in the practice of geophysical monitoring. Proposals for further research directions and improvement of existing monitoring methods are also given. This work is an important step in the development of technologies for monitoring the state of anti-seepage screens and protecting water resources, offering new solutions to ensure environmental safety and sustainable use of natural resources.