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Table of Contents
GEOINFORMATICAL AND CARTOGRAPHICAL SUPPORT OF ECOLOGICAL, ECONOMIC AND SOCIAL ASPECTS OF SUSTAINABLE DEVELOPMENT OF TERRITORIES
| Circular economy and sustainable development in the EU — some aspects and trends |
PDF (Eng) 5–11 |
| Naydenov K.M., Atanasov D.S. |
| Environmental assessment of the territories on the example of municipalities of the Smolensk region |
PDF (Rus) 12–21 |
| Tikunov V.S., Vatlina T.V. |
| Formation of competencies in the field of sustainable development among students of the direction of training “Geography” |
PDF (Rus) 22–29 |
| Shchitova N.A., Belozerov V.S., Zolnikova J.F. |
| Experience of assessing state and forecasting of socio-ecological-economic system: to the question of sustainable development of the region |
PDF (Rus) 30–44 |
| Menshutkin V.V., Filatov N.N. |
| Cartography-geoinformation support of national projects implementation: social-demographic challenges and spatial planning tools |
PDF (Rus) 45–51 |
| Cherkasov A.A., Panin A.N., Chikhichin V.V. |
| Econometric models for estimating current and forecast values of the level of human capital development in the Russian economy |
PDF (Rus) 52–67 |
| Baranova N.M., Larin S.N., Khrustalyov E.Yu. |
| Revealing and mapping of nature management conflicts in the Northern Yakutia advanced development zone of the Russian Arctic |
PDF (Rus) 68–79 |
| Evseev A.V., Krasovskaya T.M., Belousov S.K. |
| “An interdisciplinary perspective on ecosystem services and human well-being”: results and potentials of German-Russian cooperation within the project |
PDF (Eng) 80–93 |
| Dushkova D., Haase D., von Döhren P., Chereshnya O., Megorsky V. |
| Features of media coverage of air pollution problems in Russian cities |
PDF (Rus) 94–104 |
| Gribok М.V. |
| Mapping of hydrocarbons pipeline transportation in the Arctic Region of Russia |
PDF (Rus) 105–115 |
| Gubanov M.N., Nokelaynen T.S., Rilskiy I.A. |
| Geo citizen science and the role of participatory design in the field of geomorphology |
PDF (Eng) 116–126 |
| Hennig S., Abad L., Hölbling D. |
| Geoinformation monitoring of demographic processes in the regions of the South of European Russia |
PDF (Rus) 127–140 |
| Cherkasov A.A., Belozerov V.S., Shchitova N.A., Sopnev N.V. |
| Comparison and display on small-scale maps and diagrams of the territorial resources of the largest countries of the World and their major cities |
PDF (Rus) 141–157 |
| Markova O.I., Maslennikova V.V. |
| Education for sustainable development: new map topics in school atlas on economic and social geography of the world |
PDF (Rus) 158–166 |
| Nokelaynen T.S. |
| Global cities and big businesses: contours of partnership for sustainable development |
PDF (Rus) 167–180 |
| Sluka N.A., Partsvaniya V.R. |
| Adaptation and integration of migrants in the south of Russia (on the example of the Stavropol Region) |
PDF (Rus) 181–189 |
| Shchitova N.A., Belozerov V.S., Polyan P.M., Tikunova I.N. |
| Development of an approach to cadastral valuation of real estate in areas of possible manifestations of natural disasters and emergency situation |
PDF (Rus) 190–202 |
| Dubrovsky A.V., Vereshchaka T.V., Batin P.S., Malygina O.I. |
| Experience in the development a regional geoportal for the Krasnoyarsk Region |
PDF (Rus) 203–214 |
| Kadochnikov A.A. |
| The experience of mapping socio-cultural boundaries in Crimea |
PDF (Rus) 228–241 |
| Volkhin D.A., Voronin I.N., Shvets A.B., Yakovlev A.N. |
| Analysis and forecast of the ecological conditions of surface water in Uzbekistan |
PDF (Rus) 242–256 |
| Kurbanov B.T., Primov A.B., Kurbanov B.B. |
| Modeling volumes emissions of greenhouse gas in cities using data with various details |
PDF (Rus) 257–270 |
| Dekhnich V.S. |
| Regional assessment of climate risks using GIS technologies (on the example of the Belgorod Region) |
PDF (Rus) 271–278 |
| Chendev Yu.G., Lebedeva M.G., Krymskaya O.V., Petina M.A. |
| Geoinformation support of the academic discipline “Geography of the population with the basics of demography” |
PDF (Rus) 279–288 |
| Zolnikova J.F., Ovsyannikov Eu.I., Soloviev I.A. |
| Solution of technological principles of complex analysis of the environment on the basis of GIS technologies and methods of mathematical modeling |
PDF (Rus) 289–304 |
| Kurbanov B.T. |
| Transport accessibility problems of the isolated settlements in Russian European Arctic zone |
PDF (Rus) 305–317 |
| Badina S.V., Pankratov A.A., Yankov K.V. |
| Development of demographic mapping method based on GIS technologies |
PDF (Eng) 319–328 |
| Abdurakhmonov S., Abdurahmanov I., Murodova D., Pardaboyev A., Mirjalolov N., Djurayev A. |
| Geoinformation-cartographic support of research of adaptation and integration of migrants |
PDF (Rus) 329–342 |
| Soloviev I.А. |
| Geoecological preconditions for the development of wind energy of Iceland |
PDF (Eng) 343–351 |
| Yalbacheva M.M. |
NEW METHODS AND APPROACHES IN CARTOGRAPHY AND CREATING OF ATLASES
| Atlas of Sustainable Development of North Asia in the context of the project “One Belt, One Road” |
PDF (Rus) 352–360 |
| Tulokhonov A.K., Don Suochen, Baklanov P.Ya., Garmaev E.Zh., Plyusnin V.M., Vladimirov I.N., Batuev A.R., Voronov B.A., Beshentsev A.N. |
| A new analog-to-digital method for forming and using of cartographic visualization of the geo-space with the use of multimedia means |
PDF (Rus) 361–374 |
| Lisitsky D.V., Komissarova E.V. |
| Natural language processing systems for data extraction and mapping on the basis of unstructured text blocks |
PDF (Rus) 375–384 |
| Kolesnikov A.A., Kikin P.M., Niko G., Komissarova E.V. |
| Atlas mapping of the Baikal region: structural-semiotic organization |
PDF (Rus) 385–399 |
| Batuev A.R., Batuev D.A., Beshentsev A.N., Korytniy L.M. |
| Development of animated infographics as a new direction in the training of students-cartographers |
PDF (Rus) 400–409 |
| Gribok M.V., Prokhorova Е.A. |
| Automated recognition of regular, radial and ring structures in the configuration of a street-road network of settlements |
PDF (Rus) 410–420 |
| Shurygina A.A., Samsonov T.E. |
| Classification of cartographic models according to their content, dimensionality, material of production and types of reality |
PDF (Eng) 434–446 |
| Petkov D., Bandrova T. |
| Generating topographic plans of oil and gas industry depending on a surveying method |
PDF (Rus) 447–463 |
| Altyntsev M.A., Altyntseva M.A. |
| Using social media data to map the areas most affected by ISIS in Syria |
PDF (Eng) 464–470 |
| Hasan M. |
| The development and creation of the Atlas of the Perm territory for educational purposes |
PDF (Rus) 471–488 |
| Bazhukova N.V., Afonina E.A. |
| Extension of functions of cartographic images for transmission of geospatial information on mobile devices |
PDF (Rus) 489–502 |
| Utrobina E.S., Kokorina I.P., Radchenko L.K., Molokina T.S. |
| Approaches to mapping the regional housing market to provide visualization of the National Project “Housing and Urban Environment” |
PDF (Rus) 503–515 |
| Gurov S.A. |
| Using ArcGIS software for stochastic simulation of soil properties |
PDF (Rus) 516–532 |
| Klebanovich N.V., Kindeev A.L. |
| Development of regional atlas of environmental and geographical data on the example of the Mari El Republic |
PDF (Rus) 533–546 |
| Goncharov E.A., Anufriev M.A. |
| Integrating of GIS and GPS for ionospheric perturbations in D- and F-layers using VLF receiver |
PDF (Eng) 547–560 |
| Ahmedov B.J., Mirzaev B.S., Mamatov F.M., Khodzhaev D.A., Julliev M.K. |
| Web-GIS “Ecological Atlas of the Sea of Azov” |
PDF (Rus) 561–571 |
| Arkhipova O.E. |
| Mapping of landslides and landslide processes in Uzbekistan using relief plastics (on the example of the Chirchik basin) |
PDF (Rus) 572–583 |
| Sabitova N.I., Stelmakh A.G., Tajibaeva N.R. |
| Experience of regional soil-geochemical mapping |
PDF (Rus) 584–594 |
| Kondratyeva M.A., Bazhukova N.V. |