Planning and Management of GIS Projects of the Regional Long-Term Forecasting of the Groundwater Levels Using the Control Automation Systems

Abstract

The conceptual scheme of the hydrogeological monitoring data to solve the problem of long-term forecasting of groundwater level natural mode based on the geoinformation approach was improved. The result of the proposed algorithm is to develop GIS models allowing to effectively reflect the hydrogeological conditions of the studied regions for their study and analysis, to prepare input data for mathematical models, to produce visualization and analysis of the simulation results. The design basic stages of the primary geoinformation support of monitoring of
groundwater levels were described. The analysis of the appropriateness of project management automation in problems of the geoinformation software design was made. The structure of the work of the GIS-project of predictive modeling of groundwater levels was developed according to the conceptual algorithm of research and prediction of the long-term regularities of natural hydrogeodynamic mode. The project work plan was compiled on the basis of the calendar and network planning resources in the software environment of the project management automation system Microsoft Project. Tools of calendar-network planning allow to make complex GIS-project structuring and create work schedules for further efficient design, testing, implementation and operation of the geographic information system.