Full Issue
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Table of Contents
GIS and cartographic support of ecological, economic and social aspects of sustainable development of territories
| Spatial indicators of digital economy in Russia and Еurope |
PDF (Rus) 5–19 |
| Chereshnia O.Yu. |
| Information resources for assessing the environmental potential of geosystems (on the example of the territory of the Yenisei North) |
PDF (Rus) 20–33 |
| Vysotskaya A.A., Medvedkov A.A. |
| Dynamics of the risks of spatial disintegration in Argentina at the beginning of the XXI century |
PDF (Rus) 34–54 |
| Skachkov V.S., Zayats D.V. |
| Geoinformation modeling of the human development index of OECD countries and their regions |
PDF (Rus) 55–72 |
| Tikunov V.S., Gaidukov V.R. |
| Cartographic and factual substantiation of the data structure of the geographic information system “Climate safety passport of the Republic of Adygea” |
PDF (Rus) 73–87 |
| Varshanina T.P., Sviridova E.P., Piankov V.Yu. |
| GIS of hydrological and environmental safety of the Selenga River Basin: structure, content and functionality |
PDF (Rus) 88–103 |
| Pyankov S.V., Garmaev E.Zh., Abdullin R.K., Shikhov A.N., Aurzhanaev A.A., Chernykh V. N., Sudnitsyna T.V. |
| Methodology of geoinformation small-scale mapping of geosystems for environmental risk management |
PDF (Rus) 104–122 |
| Kuznetsova T.I. |
| Regional metageosystem management based on risk identification, analysis and monitoring |
PDF (Rus) 123–142 |
| Yamashkin A.A., Yamashkin S.A. |
| Complex assessment of digital inequality in the Regions of Russia |
PDF (Rus) 143–157 |
| Chereshnia O.Yu., Gribok M.V. |
| Geoinformation technologies in the study of innovative infrastructure of the Regions of Russia |
PDF (Rus) 158–173 |
| Nosonov A.M., Teslenok S.A., Chernobrovkina V.A., Dmitriyev P.S. |
| Geoinformation mapping in educational programs of the Department of Geography and Cartography of Kazan University |
PDF (Rus) 174–185 |
| Panasyuk M.V., Pudovik E.M., Malganova I.G. |
| Evaluation of spatial features of pollution of rivers in the south-eastern part of the Kaliningrad Region |
PDF (Rus) 186–200 |
| Spirin Yu.A., Zotov S.I., Taran V.S., Koroleva Yu.V. |
| Analysis of the current state of the Russian IT Industry: key issues and trends |
PDF (Rus) 201–216 |
| Pankratov A.A. |
| Regulatory and cartographic and geodetic support for changing the borders of the subjects of the Russian Federation |
PDF (Rus) 217–239 |
| Pobedinsky G.G., Obidenko V.I., Markeeva P.I. |
| Principles of implementation of the ESG agenda as part of geoportals |
PDF (Rus) 240–254 |
| Zatolokin A.S., Petrov Yu.V. |
| The place of european cities of the Mediterranean in the sphere of tourism of the European Union |
PDF (Rus) 255–271 |
| Tikunova I.N., Kurlanova E.A. |
Remote methods in Earth research
| Activity of geomorphological processes on the slopes of river valleys in the conditions of gas-hydrothermal occurrences (based on multi-temporal images and DEM analysis) |
PDF (Rus) 272–287 |
| Baldina E.A., Lebedeva E.V., Anikina N.V. |
| Traces of anthropogenic activity of the soviet-era based on aerial photography data in the deltas of the Buguldeyka and Goloustnaya Rivers (Baikal Region) |
PDF (Rus) 288–303 |
| Lunina O.V., Chikisheva A.N., Bochalgin A.V., Gladkov A.A. |
| Methodology for definition of boundaries of Saint Petersburg watersheds to determine the intake of total nitrogen and phosphorus into the Neva Bay and eastern part of the Finnish Gulf |
PDF (Rus) 304–317 |
| Klubov S.М, Tretyakov V.Yu., Dmitriev V.V., Nikulina A.R. |
| Surface temperature algorithm for data loss recovery Landsat 8–9 Collection 2 Level 2 |
PDF (Rus) 318–329 |
| Gosteva A.A., Matuzko A.K., Yakubajlik O.E. |
| Methodology for evaluation of monitoring river stations homogenity by an optical characteristic of the water surface—the turbidity index |
PDF (Rus) 330–345 |
| Tretyakov V.Yu., Zakolyukina A.A., Klubov S.M. |
| Automated mapping of faults in the area of Poyasok Isthmus (Sakhalin) by remote sensing data |
PDF (Rus) 346–360 |
| Melkiy V.A., Kuptsova O.V., Verkhoturov A.A. |
| Quantitative assessment of erosional soil loss in various areas of the arable slope (Upper Oka Basin) |
PDF (Rus) 361–377 |
| Trofimetz L.N., Panidi E.A., Kochurov B.I., Chaadaeva N.N., Tyapkina A.P., Saraeva A.M., Tarasov A.V., Barkalov A.O., Petelko A.I. |
| Estimation of landscape evolution of the Samotlor oil-gas field |
PDF (Rus) 378–392 |
| Kravtsova V.I., Chalova E.R. |
| Analysis of the dynamics of condition forest plant communities in the “Makarovsky” nature sanctuary (Sakhalin Island) by remote sensing data |
PDF (Rus) 393–405 |
| Melkiy V.A., Verkhoturov A.A. |
| Comparative dynamics of individual glaciers of the Munku-Cardyk Massif (Eastern Sayan) and the Tzast-Ula Ridge (Mongolian Altai) |
PDF (Rus) 406–422 |
| Kitov A.D., Plyusnin V.M. |
| Regional features of the formation of pyrological environments in the steppes of Northern Eurasia based on Firms data |
PDF (Rus) 423–436 |
| Pavleichik V.M., Sivohip Z.T., Padalko Yu.A. |
| Large-scale research and mapping of geosystems of the northern part of Kunashir Island (Kuril Islands) |
PDF (Rus) 437–451 |
| Grishchenko M.Yu., Murman A.S., Terekhova D.A., Shelukho V.V., Tamarovsky I.Ye. |
| Determination of the geometric parameters of vegetation using airborne laser scanning data |
PDF (Rus) 452–464 |
| Rylskiy I.А., Malevannaya M.S., Gribok M.V., Panin A.N. |
New methods and approaches in geoinformation modeling, data analysis, creation of maps and atlases
| Morphometric analysis of the bottom topography of a large valley reservoir during its evolution |
PDF (Rus) 465–481 |
| Pogorelov A.V., Laguta A.A., Netrebin P.B. |
| Geomorphometric modeling and mapping of the Larsemann Hills Antarctic Oasis |
PDF (Rus) 482–510 |
| Florinsky I.V. |
| Evaluation of the ADW interpolation for the average monthly air temperature |
PDF (Rus) 511–520 |
| Osipova T.N., Samoylova E.P. |
| Topographic data in the cartographic support of geological exploration: current state and prospects |
PDF (Eng) 521–534 |
| Loginov D.S. |
| Construction the velocity Field in a regular grid in the Tashkent Region on the basis interpolation of GNSS permanent stations data |
PDF (Rus) 535–545 |
| Makhmudov M.D., Fazilova D.Sh. |
| Geoinformation system “River Basins of russia” |
PDF (Rus) 546–559 |
| Yermolaev O.P., Shynbergenov Y.A., Mukharamova S.S. |
| Geoinformation modeling of ecosystems based on the basin approach |
PDF (Rus) 560–573 |
| Erunova M.G., Yakubailik O.E. |
| Soil cover of nature reserves and national parks as a reflection of the zonal and regional features of the territory of Russia |
PDF (Rus) 574–588 |
| Alyabina I.O., Chernova O.V., Prisyazhnaya A.A., Reshotkin O.V. |
| Creating a virtual model of the area of Greater Sochi–Krasnaya Polyana–Lago-Naki Plateau |
PDF (Rus) 589–606 |
| Rylskiy I.A., Paramonov D.A., Kozhukhar A.Yu., Terskaya A.I. |
| Investigation of the features of the intensification of evaporation from the Kara-Bogaz-Gol Bay |
PDF (Rus) 607–615 |
| Vyruchalkina T.Yu. |
| Features of the formation of a database of glaciers of the Putorana Plateau and the Munku-Sardyk Ridge |
PDF (Rus) 616–629 |
| Kitov A.D. |
| Seas of the Russian Arctic in the atlas mapping of Russia |
PDF (Rus) 630–645 |
| Demidov A.N., Kotova T.V. |
| Analysis of the peculiarities of the ice regime in the southeastern part of the Tatar Strait (Sea of Japan) |
PDF (Rus) 646–656 |
| Romanyuk V.A., Pishchal’nik V.M., Shumilov I.V., Nikulina I.V. |
| Development of the programm module for mapping the probability distribution of encounter with sea ice for research of the Far Eastern Seas |
PDF (Rus) 657–667 |
| Shumilov I.V., Romanyuk V.A., Zarubina D.V., Pishchal’nik V.M., Nikulina I.V. |
| Network approach to studying spatial ecology of apex predators and ungulates of southeastern Sikhote-Alin range (Primorsky Krai) |
PDF (Rus) 668–681 |
| Bocharnikov V.N., Trufanov A.I., Emelyanova L.G. |