Full Issue
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Table of Contents
GIS and cartographic support of ecological, economic and social aspects of sustainable development of territories
| Aspects of developing an atlas information system for sustainable development in the BRICS countries |
PDF (Rus) 5–25 |
| Tikunov V.S., Bobylev S.N., Solovyeva S.V., Markova O.I. |
| Assessment and mapping of the northern geosystems sustainability to the hazardous cryogenic processes activation |
PDF (Rus) 26–49 |
| Zotova L.I., Vikulina M.A. |
| Implementation of the “health” concept in medico-geographical atlas mapping |
PDF (Rus) 50–68 |
| Malkhazova S.M., Kotova T.V., Orlov D.S. |
| Analysis of the transformation of the territorial-industrial structure of the electronic industry of Russia in 2020–2024 |
PDF (Rus) 69–85 |
| Pankratov A.A., Badina S.V. |
| About the Russian Environmental Management Atlas project |
PDF (Rus) 86–100 |
| Vorobyova T.A., Kotova T.V., Mukhin G.D. |
| Geoinformation analysis of the spatial structure of the natural-ecological framework of the Arctic zone of Russian European Northeast |
PDF (Rus) 101–116 |
| Zengina T.Yu., Pakina A.A., Trubitsyna N.D. |
| Cottage fragmentation of rural space (on the example of the city district of Istra) |
PDF (Rus) 117–127 |
| Golubchikov Yu.N. |
| Modeling the dynamics of undernutrition prevalence in countries worldwide |
PDF (Rus) 128–141 |
| Saprykin A.A., Tikunova I.N. |
| Cartographic interpretation of the strategy of social-cultural development of region: the Crimean experience |
PDF (Rus) 142–157 |
| Yakovenko I.M., Shvets A.B., Volkhin D.A. |
| Methodological aspects of calculating the ecological footprint in the Republic of Kazakhstan at the regional level |
PDF (Rus) 158–171 |
| Koldobskaia N.A. |
| Integration of territorial GIS with the National spatial data infrastructure in projects for the development of geospatial information environment of Russian regions |
PDF (Rus) 172–187 |
| Panasyuk M.V., Mustafin R.A., Sabirzyanov A.M. |
| Assessment of the current oncological situation in the world |
PDF (Rus) 188–197 |
| Malkhazova S.M., Tikunov V.S., Gaidukov V.R., Setdikova A.Z. |
| China’s highway network development in the “new normal” |
PDF (Rus) 198–215 |
| Korobko A.I., Mironenko K.V., Sluka N.A. |
| Regional differences in cancer incidence structure as a basis for mortality reduction strategies: assessment and mapping |
PDF (Rus) 216–232 |
| Bityukova V.R., Mozgunov N.A., Yarova K.K. |
| PM₁₀ and PM₂.₅ source regions in the southeastern Baltic based on data from the Diabla Góra background station |
PDF (Rus) 233–248 |
| Abdo Sh., Koroleva Yu.V. |
| Methodology for identifying and evaluating tourist attractions (using the example of the regions of Southern Russia) |
PDF (Rus) 249–265 |
| Makhmudov R.K., Panin A.N., Denisova N.V., Chikhichin V.V. |
| Quantitative evaluation of regional Digital Inequality and its comparison with key economic and social indicators of Russian regions |
PDF (Eng) 266–281 |
| Chereshnia O.Yu., Gribok M.V., Rylskiy I.A. |
| Geographical maps as a source of data in the era of informatization |
PDF (Rus) 282–295 |
| Alekseenko N.A. |
| Ecosystem restoration in Russia: PLANGEA project data usage opportunities |
PDF (Rus) 296–309 |
| Prilipov A.S., Klimanova O.A. |
| Large-scale mapping of terrestrial ecosystems condition after the impact of copper-nickel industry |
PDF (Rus) 310–324 |
| Volokh E.D., Alekseenko N.A. |
New methods and approaches in geoinformation modeling and data analysis
| Mapping of convective hazardous weather events based on various data sources (on the example of the Perm Region) |
PDF (Rus) 325–340 |
| Pyankov S.V., Abdullin R.K., Shikhov A.N. |
| Mapping of forests in icings zones of the Selenga River Basin |
PDF (Rus) 341–354 |
| Sodnomov B.V., Ayurzhanaev A.A., Chernykh V.N., Andreev S.G., Sat S.A., Garmaev E.Zh. |
| Algorithm for consistent geometric simplification of spatial objects of various types based on the Voronoi diagram |
PDF (Rus) 355–368 |
| Yakimova O.P., Elistratov I.K. |
| GIS-analysis of icings distribution in the Selenga Middle mountains |
PDF (Rus) 369–380 |
| Chernykh V.N., Ayurzhanaev A.A., Sodnomov B.V., Zharnikova M.A., Shikhov A.N., Gurzhapov B.O., Garmaev E.Zh. |
| Analysis of the possibilities of implementing web mapping with the integration of the results of spatial modeling of objects |
PDF (Rus) 381–394 |
| Beschastnov V.P., Andreeva T.A., Tyurin S.V., Wojnarowski A.E. |
| Software solutions for the implementation of optimal map projections of multiscale maps for GIS and web mapping |
PDF (Rus) 395–407 |
| Zagrebin G.I. |
| Spatio-temporal modeling of geographic networks |
PDF (Rus) 408–419 |
| Karpachevskiy A.M., Zhanarbaev Ch.B., Lipovetskaya M.A. |
| Ranking hydrographic networks by vector models using geospatial technologies |
PDF (Rus) 420–430 |
| Ignatenko D.A., Kochetova A.V. |
| Assessing future changes of Köppen-Geiger climate zones in Yakutia using CMIP6 regional ensemble |
PDF (Rus) 431–444 |
| Zakharov M. I., Tananaev N. I. |
| Experience of a comprehensive typology of mountainous regions in Russia based on heterogeneous parameters using cluster analysis |
PDF (Rus) 445–462 |
| Kolbovsky E.Yu., Dmitriev V.A. |
| Application of geoinformatics and cartography methods to analyze the distribution of fossils of the animal kingdom of Cuba |
PDF (Rus) 463–478 |
| Garriga-Frances N., Rojas-Consuegra R. |
| Development of a grid model for spatial analysis of biodiversity in Russia on the example of lichen flora |
PDF (Rus) 479–493 |
| Mitenko G.V., Prisyazhnaya A.A., Khrisanov V.R., Kruglova S.A., Snakin V.V. |
GIS support for sustainable development of regions and cities of Uzbekistan
| Assessment of land surface temperature dynamics in Tashkent (2000–2024): a spatiotemporal analysis based on satellite data |
PDF (Eng) 494–506 |
| Abdullaev I., Gulyamova L., Abdullaeva N., Avezov S., Muminov A., Ramanova T. |
| Assessment of geodynamic risk in the Tashkent Region using GNSS data and spatial analysis methods |
PDF (Rus) 508–518 |
| Makhmudov M.D., Fazilova D.Sh., Magdiev K.N., Ergeshov I.M., Mukhtorov N.M. |
| Comparative analysis of Random Forest and Support Vector Machine for LULC classification in Tashkent Region using Landsat-8 imagery |
PDF (Eng) 519–532 |
| Mirjalalov N., Teshaev N., Safarov E., Jasmina G., Mominov A., Pardaboyev A. |
| Integrating remote sensing and geomorphological analysis for landslide hazard assessment adjacent to the Charvak Reservoir |
PDF (Eng) 533–549 |
| Sabitova N.I., Stelmakh A.G., Zainutdinov F.A. |
| Monitoring climate dynamics and cryospheric changes in Ugam Chatkal National Park, Uzbekistan: a remote sensing and GIS-based analysis |
PDF (Eng) 550–560 |
| Egamberdiev A., Teshaev N., Abdimuminov B., Ruzikulova O., Yuldoshev J., Karshibaeva L. |
| Spatial analysis of lineament structures and vegetation changes in the Shurtan gas field |
PDF (Eng) 561–573 |
| Rakhimberdieva M.N., Fazilova D.Sh., Khalimov B.T., Mukhtorov N.M. |
| GIS-based multi-criteria evaluation for landfill site selection in Kokand City and adjacent districts |
PDF (Eng) 574–598 |
| Tobirov O.Q., Nigmatov A.N., Jobborov A.M., Abdunazarov L.M., Abdinazarova K.O. |
| Mathematical modelling of erosion processes in the Middle Zarafshan highland plains |
PDF (Eng) 599–613 |
| Eshkuvvatov B., Meliev B., Suhail M., Bekkulov I., Sharipova M., Zareen F. |
| Improving the technology of creating information base of buildings and constructions cadastre |
PDF (Eng) 614–624 |
| Uspankulov B.M., Toleubekova Z.Z., Bekanov K.K., Arabov O.Z. |
| Climate change and glacier degradation in the Pskem River Basin (Western Tien Shan) |
PDF (Eng) 625–637 |
| Risbayev A.A., Tayzhanova M.M., Shulgaubaev E.K., Kadirbaeva D.A. |
| Urbanization and housing infrastructure in Tashkent: an economic-geographic analysis |
PDF (Eng) 638–653 |
| Abdazov J.A., Kurbonov P.R., Jaloliddinov N.Kh., Makhamadaliev R. |
| Evaluating the potential of nighttime satellite imagery to analyze urban dynamics: a case study of the Tashkent Region, Uzbekistan |
PDF (Eng) 654–670 |
| Gulyamova L., Abdullaeva N., Abdullaev I., Nizomova R., Avezov S. |
| Using GIS technologies to study sulfur dioxide air pollution in Tashkent |
PDF (Eng) 671–688 |
| Ismatova N.R., Zaripov S.B., Aminov B.B., Sharipov S.M. |
| Assessing cooling and flood mitigation ecosystem services of urban green spaces in Tashkent using GIS technologies |
PDF (Eng) 689–705 |
| Khayitmurodov A.O., Kharitonova T.I., Gudalov M., Kosimov N.D. |
| Factors influencing employment and its regional features in Southern Uzbekistan |
PDF (Eng) 706–724 |
| Pardayev N.S., Tojiyeva Z.N., Antipova Y.A., Ruzmanova D.B., Olimjon S.I. |
| Features of the Kazakh settlement in Uzbekistan and their contribution to the economy |
PDF (Eng) 725–737 |
| Togaev A.R., Khursanov S.M., Yanchuk S.L., Toshonov B.Sh., Tojiyeva Z.N., Egamberdiyeva M.M. |