Full Issue
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Table of Contents
Atlas and geoinformation mapping
| Atlas information system “Big cities of Russia”: features of development and possibilities of application |
PDF (Rus) 5–16 |
| Cherkasov A.A. |
| Information-cartographic support for studying of potential transformations of geosystems for the digital atlas “Вaikal region: society and nature” |
PDF (Rus) 17–30 |
| Kuznetsova T.I. |
| School atlas mapping for education for sustainable development: topic “World forest resources and biodiversity conservation” |
PDF (Rus) 31–41 |
| Nokelaynen T.S. |
| Design and development of the Kondinsky lakes nature park’s web map |
PDF (Rus) 42–51 |
| Spesivtsev D.S., Larin E.G. |
| Experience of mapping the Crimean regional media market |
PDF (Rus) 52–66 |
| Volkhin D.A., Voronin D.A., Sobokar N.S. |
| Creation of a scientific and educational geoportal of the Buryat State University |
PDF (Rus) 67–74 |
| Tsydypova M.V. |
| “Geographical atlas of the Belgorod region: nature, society, economy” as an information basis for implementing the sustainable development policy of the region |
PDF (Rus) 75–88 |
| Lebedeva M.G., Kornilov A.G., Petina M.A., Vendina T.N. |
| Using modern technologies to create an electronic atlas of the administrative district |
PDF (Rus) 89–101 |
| Grushina A.W., Teslenok S.A., Mushtaykin A.P. |
| Mapping of seasonal road transport accessibility in the Arctic region of Russia |
PDF (Rus) 102–113 |
| Nokelaynen T.S. |
New methods and approaches in cartography and geoinformatics
| Toward correctness control of postal addresses geocoding |
PDF (Rus) 114–127 |
| Obuhov L., Panidi E. |
| Geo-cognitive methods of providing analysis and forecasting of socio-economic development of territories |
PDF (Rus) 128–140 |
| Karpik A.P., Lisitsky D.V., Osipov A.G., Savinykh V.N. |
| Calculation of gravitational corrections using airborn laser scanning data |
PDF (Rus) 141–154 |
| Rylskiу I.A., Gruzdev R.V., Kotova T.V. |
| Creating and updating of topographic maps height base in the new national spatial coordinate system: case Fergana valley |
PDF (Rus) 155–164 |
| Fazilova D.Sh., Magdiev Kh.N. |
| The assessment of the Bostanliq district (Uzbekistan Republic) based on the wind energy potential |
PDF (Eng) 165–175 |
| Yalbacheva M.M. |
| The use of GIS technologies to assess the level of geographical education in the region (on the example of the NCFU olympiad “45 parallel”) |
PDF (Rus) 176–190 |
| Shcherbakova T.К., Suprunchuk I.P. |
| Visual characteristics of landscapes and methods for their assessment on GIS (Belogradchik rocks (Bulgaria) as an example) |
PDF (Rus) 191–204 |
| Sheremet E.A., Kalutskova N.N., Dekhnich V.S. |
| Development of data collection system for monitoring the atmospheric air state in Krasnoyarsk region |
PDF (Rus) 205–217 |
| Kadochnikov A.A. |
| Morphometric analysis of the Crimean river basins relief by using GIS |
PDF (Rus) 218–232 |
| Narozhnyaya A.G. |
| Using Social Media Data to Map Mortar Shells Falling in Damascus, Syria |
PDF (Eng) 233–240 |
| Hasan M. |
| Assessment of erosion risk of relief based on the digital modeling |
PDF (Rus) 241–252 |
| Kondrateva M.A., Chashchin A.N. |
| Analysis of the effectiveness of constraining metrics of geometric simplification algorithms based on expert evaluation of line detail |
PDF (Rus) 253–267 |
| Samsonov T.E., Yakimova O.P. |
| QGIS processing tool for spatial data detail assessment |
PDF (Rus) 268–279 |
| Yakimova O.P., Samsonov T.E., Potemkin D.A., Usmanova E. |
| About using GIS tools in the practical course of mathematical and mapping modeling |
PDF (Rus) 280–290 |
| Ivlieva N.G., Manukhov V.F., Primachenko E.I. |
| Modeling the process of positioning of radio signal sources in geoinformation systems |
PDF (Rus) 291–305 |
| Kozin S.S., Makeev S.M., Markin D.O. |
| Spatio-temporal database design for backbone power grid of Russia |
PDF (Rus) 306–314 |
| Karpachevskiy A.M., Titov G.S. |
| Air pollution from stationary sources: analysis of visualization capabilities using interactive infographics |
PDF (Rus) 315–326 |
| Gribok M.V. |
| Creation of high-precision digital elevation models using the GNSS UAV |
PDF (Rus) 327–339 |
| Gafurov A.M., Yermolayev O.P., Usmanov B.M., Khomyakov P.V |
| Development of natural fire prevention method based on remote sensing data: case study of Krasnoyarsk region forests |
PDF (Rus) 340–354 |
| Gizatullin A.T. |
| Estimation of the relation of NDVI steppe vegetation and radial growth of pine belt forests in arid conditions of the south of Western Siberia |
PDF (Rus) 355–367 |
| Rygalova N.V., Plutalova T.G. |
| Еmpirical method for estimation of the optimum size of random point samples for assessment areas of land cover from space images |
PDF (Rus) 368–378 |
| Ukrainskiy P.A. |
| Рossibilities of using Google (My maps) for cartographic visualization of tourist routes |
PDF (Rus) 379–393 |
| Teslenok К.S., Teslenok S.A., Tereshkin I.P., Dmitriyev P.S. |
| Geomorphometry today |
PDF (Rus) 394–448 |
| Florinsky I.V. |