Radchuk I. Environmental monitoring limnological systems using remote sensing Earth

The thesis is devoted to issues of environmental monitoring limnology systems are an important component of the environment. The object of study - process dynamics limnology systems. Purpose of the study - local limnology systems with varying degrees of human impact. The aim of the thesis is to improve the timeliness and completeness of information in assessing eutrophication and strategic freshwater systems in limnology different geological origin, based on the technologies of remote sensing (RS), geographic information systems (GIS) and field testing. Received the following new scientific results: first investigated the dynamics of eutrophication processes depending on changes in natural and anthropogenic pressures lakes Nobel Svitiaz, Synevyr Ozirtse; first ontology-based and long-term environmental monitoring and remote sensing contact methods designed and passport limnology system (for example, Nobel Lake); first built 3D-model series limnology systems (lakes Nobel, Omyt, Svitiaz, Ozirtse etc.); improved approaches to the study of theoretical and experimental research facto spatial resolution remote sensing techniques in the visible spectrum for limnology optical systems; modified pin selection method of bottom sediments through the creation and implementation of appropriate equipment.