№3 (2020) Shamaeva E.F., Bryukhova E.M., Lyubimova A.V.,Tolmacheva E.R. Keywords: geoinformation technologies, video-lessons of GISINTEGRO, efficiency of mass open educational courses (MOOC), architecture of online courses, ecosystem of MOOC. Section: Geoinformation systems

Web-GIS technologies usage in eco monitoring tasks on example Murmansk region lakes pollutionShemyakin A.S., Kashulin N.A., Petrova O.V. … » When carrying out long-term environmental monitoring programs, a whole series of problems arise related to storage, processing, visualization of data … Continue reading →

№2 (2020) Lyubimova A.V., Khromova N.Y.  Keywords: geographic information systems, INTEGRO, QGIS, ArcGIS, analytic hierarchy process, decision-making. Section: Geoinformation systems

Geoinformation system of radioecological monitoring in the vicinity of Rostov NPP.Titov I.E., Krechetnikov V.V., Isamov N.N., Kuznetsov V.K., Panov A.V. … » For the first time, a GIS project for radiation and environmental monitoring of terrestrial ecosystems was developed for … Continue reading →

№3 (2018) Cheremisina Ye.N., Lyubimova A.V.,Kreider O.A. Section: Personnel training Keywords: GIS, geoinformatics, thematic training, e-learning.

№3 (2018) Arbuzova E.V.,Lyubimova A.V.,Tolmacheva E.R Section: Solving practical tasks Keywords: geoinformation technologies, spatial data analysis, geophysical survey coverage, seismic profiles, oil-and-gas boreholes.

№3 (2018) Zhukov K.A., Kravchenko M.N.,Lyubimova A.V. Section: Methodological and technological support for data collection and processing Keyword: hydrocarbon mineral resource base, oil and gas resources and reserves, geoinformation technologies.

№3 (2018) Cheremisina Ye.N., Finkelstein M.Ya., Lyubimova A.V. Section: Information systems in geology and geophysics Keywords: GIS, three-dimensional modeling, gravimetric and magnetometric information, borehole information.

Geophysical exploration for oil and gas: current status and problems of import substitution.Varlamov A.I., Gogonenkov G.N. … » The paper briefly discusses the status of Russian hardware and software development for geophysical exploration. The analysis shows that in practically all … Continue reading →