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This article discusses the issue of using expert systems for decision making to considerate many factors, such as soil properties and agroclimatic conditions. Next, an integrated water management system is discussed, which helps to increase productivity, optimize water distribution and ensure the sustainable development of agricultural production. Today, water management in agriculture plays an important role in ensuring productivity and crop stability. To optimize the use of water resources and maximize crop yields, the distribution of surface water is of great importance. The development of a specialized algorithmic software complex makes it possible to effectively manage the processes of water resource distribution and provide unified water supply in various areas. Also, aspects of the development of an algorithmic software complex that helps in the even distribution of agricultural arable land of surface water are considered. [ABSTRACT FROM AUTHOR]