When using modern methods of analyzing information about accidents at hydrotechnical structures, one can make forecasts of the probability accidents and calculate the possible consequences. Estimation of qualitative and quantitative characteristics of the accident at HTS barrage regulatory structure on the river Bolshoy Uzen near the village Alexandrov Gai of Alexandrov-Gai district Saratov region, the emergency situations and their consequences was carried out in accordance with the decree of the Government of the Russian Federation dated 21.05.07 N° 304 “On the classification of emergency situations of natural and technogenic character” (with amendments and additions of May 17, 2011). According to the decree of the Government dated 21.05.07 N° 304 “On the classification of emergency situations of natural and technogenic character” the accident at HTS barrage regulatory structure of Alexandrov-Gai district refers to the emergency situation of municipal character, as in the breakout barrage regulatory structure the emergency zone does not extend beyond the territory of the municipality; in the case of hydrodynamic accident the life of people, property of individuals and legal persons, the environment will not damage, and the total amount of detriment caused by damage to the health of 1 person and water supply disruption (the most difficult situation), will not exceed 5 million rubles. The object is not potentially dangerous.

АБДРАЗАКОВ Фярид Кинжаевич, Саратовский государственный аграрный университет имени Н.И. Вавилова МИХЕЕВА Ольга Валентиновна, Саратовский государственный аграрный университет имени Н.И. Вавилова СЕРЕБРЕННИКОВ Федор Васильевич, Саратовский государственный аграрный университет имени Н.И. Вавилова МИХЕЕВ Иван Александрович, Физико-технический лицей № 1 В статье рассмотрена возможность автоматизации режимов орошения с использованием микроконтроллеров ESP32 и интегрированным радиомодулем. Предложенная модель дает практически полную возможность автоматизации в назначении норм и сроков поливов с учетом особенностей выращиваемой культуры.

The automatic irrigation system for ornamental plants watering is regarded in the article. It provides irrigation of plants according to the needs of each species. In this system, it is possible to regulate not only the timing and irrigation norms, but also the ability to monitor the lower and upper limit of soil moisture in the pot, which makes it possible to save irrigation water in general and, if necessary, visualize the processes on the computer.

Currently, more and more attention is paid to water bodies. All hydraulic engineering construction projects created by humans pose a particular danger to human life and health. Without proper care, the structure wears out and deteriorates. It can lead to the destruction of the latter and finally to the emergency. The article discusses the operational status of the partitioning structure - the dam on the Kazenny pond, Dergachevsky district, Saratov region. The calculation of probable harm in an accident at the hydraulic structures of the reservoir are presented and problems of presentation of the research results at the international level from the point of view of adequate translation in English, where specific terms are widely used, is described.

Currently, more and more attention is paid to water bodies. All hydraulic engineering construction projects created by humans pose a particular danger to human life and health. Without proper care, the structure wears out and deteriorates,  which can lead to the destruction of the latter and the emergence of an emergency. The article discusses the operational status of the partitioning structure - the dam on the Kazenny pond, Dergachevsky district, Saratov region. The calculation of probable harm in an accident at the hydraulic structures of the reservoir in question is presented.