Full Issue
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Table of Contents
GIS and cartographic support of ecological, economic and social aspects of sustainable development of territories
| Atlas information systems for the protection of natural and cultural heritage |
PDF (Rus) 5–22 |
| Markova O.I., Tikunov V.S. |
| Spatial analysis of potential environmental conflicts in Antarctica at the background of anthropogenic pressure increase and climate change |
PDF (Rus) 23–36 |
| Krasovskaya T.M., Evseev A.V., Slipenchuk M.V., Belousov S.K. |
| Analysis of transformation of the territorial and industry structure of revenue of the IT sector of the Russian Federation in 2019–2022 |
PDF (Rus) 37–53 |
| Pankratov A.A., Badina S.V. |
| Legal business geography in Russia: regional analysis and mapping using tax service open data |
PDF (Eng) 54–65 |
| Syomin P.O. |
| Spatial distribution of gray whales in the Piltun feeding area taking into account acoustic monitoring data |
PDF (Rus) 66–79 |
| Kriksunov E.A., Chistov S.V., Alyautdinov A.R., Bobyrev A.E., Kovzel D.G., Gritsenko V.A., Fershalov M.Yu. |
| Geospatial modeling of the organization of the landscape-ecological framework of the Volga delta |
PDF (Rus) 80–93 |
| Zanozin V.V., Barmin A.N., Zanozin V.V. |
| Analysis of the Republic of Mordovia settlements transport accessibility via geoinformation technologies |
PDF (Rus) 94–111 |
| Mineev A.N., Semina I.A., Folomeikina L.N. |
| Comparative analysis of spatio-temporal variability of rivers pollution in the southeastern part of the Kaliningrad region by autumn hydrological seasons |
PDF (Rus) 112–127 |
| Spirin Yu.A., Zotov S.I., Taran V.S., Yankovsky S.A. |
| Spatio-temporal analysis of the role of social determinants of public health in the spread of COVID-19 in the Northwestern federal district |
PDF (Rus) 128–144 |
| Ogurtsov A.N., Dmitriev V.V., Kaledin N.V. |
| Naturaly-ecological framework of the Republic of North Оssetia—Аlania |
PDF (Rus) 145–160 |
| Tebieva D.I., Dobronosov V.V. |
| Geopоrtals and technologies of the internet of things as a tool for managing organizational territorially distributed systems |
PDF (Rus) 161–178 |
| Yamashkin A.A., Yamashkin S.A. |
| Suitability assessment of wind energy farming in the desert landscape of Zarafshan Valley, Uzbekistan |
PDF (Eng) 179–192 |
| Suhail M., Khan M.N., Ravshanov A.X., Usmanov M. |
| Approaches to developing ratings of Russian regions by level of IT industry development |
PDF (Rus) 193–207 |
| Pankratov A.A. |
| GIS in the study of the spatial organization of medical tourism infrastructure: methodology and practical approaches |
PDF (Eng) 208–223 |
| Grudtsyn N.A., Chistobaev A.I., Kulakovskiy E.S. |
| Trends of climate change in Mountain Altai during post-soviet period |
PDF (Rus) 224–231 |
| Marchukova O.V., Dirin D.A., Borisenko M.A., Gudkovskikh M.V. |
| GIS “Passport of climatic safety of the Republic of Adygea” |
PDF (Rus) 232–241 |
| Varshanina T.P., Plisenko O.A., Sviridova E.P |
| Landscape and geoecological mapping of landslades on the territory of the Chechen Republic |
PDF (Rus) 242–256 |
| Gunya A.N., Gakaev R.A. |
| Approaches to the formation of a regional geoinformation resource in the Altai Krai |
PDF (Rus) 257–269 |
| Rotanova I.N., Vazhenin E.N., Mamenov S.D., Yunakov V.S. |
New methods and approaches in geoinformation modeling and data analysis
| Improving the methods of creating cartographic animations |
PDF (Rus) 270–279 |
| Obuhov L.A., Panidi E.A., Bliakharskii D.P. |
| Creating virtual models of Arhyz region |
PDF (Rus) 280–294 |
| Rylskiy I.A., Paramonov D.A., Kozhukhar A.Yu., Gruzdev R.V. |
| Application of random forest machine learning and big geospatial data management systems applied to reconstruct the vegetation index data series |
PDF (Rus) 295–305 |
| Vorobyeva A.A. |
| Landscape analysis of the South Kamchatka natural park territory (World Natural Heritage site “Volcanoes of Kamchatka”) |
PDF (Rus) 306–320 |
| Vysotskaya A.A., Medvedkov A.A., Kuzmichev I.S. |
| Big data as a research tool in toponymy and the history of land surveying |
PDF (Rus) 321–341 |
| Krassowski A.P. |
| About the problem of identifying rural of the same name in russian documents of the XVI–XX centuries and the tools to research it |
PDF (Rus) 342–361 |
| Krassowski A.P. |
| The spread of christianity in Abkhazia according to the spatial analysis of monuments in GIS in the late antique and medieval periods |
PDF (Rus) 352–383 |
| Trebeleva G.V., Sakania S.M. |
| Approaches to the development of animated infographics about the regions of Russia in the framework of the outreach project |
PDF (Rus) 384–396 |
| Gribok M.V. |
| Mapping of historical and religious monuments of the Karelian municipality (Georgia) |
PDF (Rus) 397–409 |
| Gordeziani T.P., Elbakidze S.G. |
| Use of high spatial resolution digital surface models to waterline delineation |
PDF (Rus) 410–424 |
| Kochetova A.V., Ignatenko D.A., Sidorina I.E. |
| Application of digital twins in the study of historical landscapes of the coastal zone |
PDF (Rus) 425–441 |
| Sukmanova T.V., Belov N.S. |
Remote methods in Earth research
| The system of global space monitoring of the processes of littering of the planet Earth (a joint Russian-Chinese project) |
PDF (Eng) 442–461 |
| Kazaryan M.L., Shahramanian M.A., Tikunov V.S., Lin H. |
| Comparison of the quality of creation of a digital territory model of a forested territory from aerial photo data using Photomod and Metashape software complexes |
PDF (Rus) 462–475 |
| Rylskiy I.A., Potapov M.A., Panin A.N., Gruzdev R.V. |
| Spatial analysis and mapping of potential wildfires from Landsat satellite data |
PDF (Eng) 476–490 |
| Asangaliyev E.A., Apshikur B., Lutay S.S., Assylkhanova Z.A. |
| Remote sensing data analysis of geological environment components for the purposes of karst hazard assessment in the territory of the Mezmai–Lagonaki road construction site (Krasnodar region) |
PDF (Rus) 491–506 |
| Lavrusevich A.A., Aleshina T.S., Vadachkoria O.A., Lavrusevich I.A., Mashkova E.A., Shendyapina S.V., Gordienko A.N. |
| Application of discrete orthogonal transformations for identifying and displaying municipal solid waste in geoinformation systems on the Earth’s surface |
PDF (Eng) 507–533 |
| Kazaryan M.L., Shahramanian M.A., Tikunov V.S., Tikunova I.N. |
| Model for calculating the speed of delivery of remotely sensed Earth observation information |
PDF (Eng) 534–544 |
| Kartsan I.N., Zhukov A.O., Skripachev V.O. |
| Geoinformation research for monitoring snow avalanches in the East Kazakhstan region of the Republic of Kazakhstan |
PDF (Rus) 545–555 |
| Petrova O.A., Daumova G.K., Denissova N.F., Iskaliyeva G.M., Yelisseyeva A.V. |
| Features of the survey and methods of modelling partially destroyed architectural objects based on photogrammetric data |
PDF (Rus) 556–567 |
| Skrypitsyna T.N., Vorotilov A.G., Kochneva D.A., Gavriluk F.D., Smirnov E.A. |
| Comparative dynamics of individual glaciers of the latitudinal transect (Kodar–Himalayas) |
PDF (Rus) 568–580 |
| Kitov A.D., Plyusnin V.M. |
| Mapping of forest disturbance from winds of extratropical cyclones in the southern part of Sakhalin by remote sensing data |
PDF (Eng) 581–587 |
| Melkiy V.A., Verkhoturov A.A. |
| Features of spatio-temporal variability of photosynthetic activity of vegetation in valley-river landscapes |
PDF (Rus) 588–603 |
| Poletaev A.O. |
| Assessment of the accuracy of the sea surface temperature of the Baltic sea |
PDF (Rus) 604–616 |
| Zakharova E.V., Fomin V.V. |
| Methodology for planning a flight when carrying out air laser scanning in territories with mountainous relief |
PDF (Rus) 617–631 |
| Rylskiy I.A., Paramonov D.A., Gribok M.V., Gruzdev R.V. |
| Application of the precise point positioning method for geodetic support of aerial photography during engineering surveys |
PDF (Rus) 632–649 |
| Kovalenko A.K., Teslenok S.A., Kalashnikova L.G., Bogdashkina O.F., Dmitriev P.S., Skurikhin A.A., Fomin I.A. |
| Assessment of change in vegetation cover of the territory of Greater Moscow over twenty years using satellite images |
PDF (Rus) 650–667 |
| Markova O.I., Gunya A.N., Purekhovskii A.G. |