Modeling of hydrogeological processes in irrigation areas based on modern programs

This article uses modern modeling systems to assess the impact of intensive irrigation on state groundwater and rocks aeration zone. In doing so, existing ideas about aquifer recharge, flow, consumption, changes in quality were considered, studying these areas' hydrogeological reclamation conditions. Groundwater balance analysis was performed based results solving inverse non-stationary problem for total deposits. The correspondence underground water at control points during this period (results regular observations Kashkadarya GGS) seeping into collector-drainage network natural model conditions observed. According research results, renewable (flowing) reserves general are 15671-2476 = 13195 m 3 /day, while indicators consumption saturation equal 2476 8915 /day. It proved obtained with sample solutions problem, taking account rise or fall level different parts. determined that accumulation region is mainly due increase infiltration newly developed lands. At beginning end period, depth table shown using maps marked numbers.