Full Issue
| View or download the full issue | PDF (Rus) |
Table of Contents
GIS and cartographic support of ecological, economic and social aspects of sustainable development of territories
| Тhe Russian strategy of spatial development: trends and realities |
PDF (Eng) 5–16 |
| Panin A.N., Radvanyi J., Tikunov V.S., Proskurin V.S. |
| Regulatory and documentary standards of the sustainable development of urban agglomerations in the Russian Federation |
PDF (Rus) 17–28 |
| Belozerov V.S., Shchitova N.A., Sopnev N.V. |
| Development of an educational concept for geospatial industry within the core digital economy technologies |
PDF (Rus) 29–43 |
| Poshivaylo Y.G., Kolesnikov A.A. |
| Assessment of the potential of Russian it industry clusterization, 2005–2018 |
PDF (Rus) 44–59 |
| Pankratov A.A., Musaev R.A., Badina S.V. |
| The experience of mapping geopolitical aspects of sustainable development of Crimea |
PDF (Rus) 60–72 |
| Shvets A.B., Yakovenko I.M., Yakovlev A.N. |
| Conducting tourist and recreational expertise for the sustainable development of tourism in the Razdolnensky district of the Republic of Crimea |
PDF (Rus) 73–84 |
| Nikanorova A.D., Tikunova I.N., Shabalina N.V. |
| Assessment of sustainable development of the coastal zone of the Sea of Azov (Russian sector) based on an integral approach |
PDF (Rus) 99–111 |
| Arkhipova O.E., Chernogubova E.A., Tarasova T.T., Arkhipova K.E. |
| Mapping of ecosystem services in the Kolkheti National park (Georgia) based on their ecological-economic assessment |
PDF (Rus) 112–125 |
| Kozlov S.M., Krasovskaya T.M., Gordeziani T.P., Maglakelidze R.V. |
| Methodology for determining the landscape potential for the development of recreational environmental use (on the example of the urban district of the Kislovodsk resort city) |
PDF (Rus) 126–140 |
| Verozub N.V., Proskurin V.S., Makhmudov R.K. |
| Assessment of recreational potential of Croatian-Bosnian area of Dinaric highlands |
PDF (Rus) 141–150 |
| Smirnov A.A. |
| Cartographic and geoinformational support for development of green urban planning in the Republic of Belarus |
PDF (Rus) 151–164 |
| Kurlovich D.M., Usova I.P., Sysoyeva V.A. |
| Environmental conditions: definition, indicators, mapping |
PDF (Rus) 165–194 |
| Tikunov V.S., Kotova T.V., Belousov S.K. |
| Estimation of transport flow intensity using geoinformation systems |
PDF (Rus) 195–204 |
| Bitykova V.R., Mozgunov N.A. |
| Geoinformation support for studying the location of foreign TNC in global cities |
PDF (Rus) 205–217 |
| Abramov S.S., Sluka N.A. |
| Network information resources as a tool for mediatization of the Arctic |
PDF (Rus) 218–228 |
| Kokhanova L.A., Golovko S.B., Alekseeva T.S., Chereshneva U.E., Gubanova M.I., Gribok M.V. |
| Impact areas of the Russian Arctic: development prospects |
PDF (Rus) 229–237 |
| Evseev A.V., Krasovskaya T.M., Chereshnia O.Yu. |
| Environmental load from use of blockchain technology and cryptocurrency mining in Russia |
PDF (Rus) 238–248 |
| Chereshnia O.Yu. |
Remote methods in Earth research
| Local landscaping development assessment in Nur-Sultan based on 3d models constructed with the application of unmanned aircraft |
PDF (Rus) 249–262 |
| Akynzhanov T.B., Dekhnich V.S., Bitykova V.R. |
| Use of high-resolution images in local area management tasks |
PDF (Rus) 263–276 |
| Erunova M.G., Gosteva A.A. |
| The possibilities of comparing for multitemporal imagery of various resolution under the northern river deltas dynamics investigation |
PDF (Rus) 277–291 |
| Kravtsova V.I. |
| Geoinformation analysis of variability state of the natural environment after eruption of the Chikurachki volcano by remote sensing data |
PDF (Rus) 292–303 |
| Verkhoturov A.A., Melkiy V.A. |
| Lidar virtual models for seismic exploration |
PDF (Rus) 304–316 |
| Rylskiу I.A. |
| Maping of faults on territory of the North Sakhalin plain by remote sensing data |
PDF (Rus) 317–329 |
| Kuptsova O.V., Verkhoturov A.A., Melkiy V.A. |
| Beach ridges detection on the Dolgaya Spit based on remote sensing data |
PDF (Rus) 330–338 |
| Kulygin V.V., Misirov S.A. |
| The use of a software and hardware complex created on the basis of unmanned aerial vehiclesand GIS technologies for monitoring the erosion processes of the water protection zone of the Belgorod reservoir |
PDF (Rus) 339–350 |
| Kosolapov A.E., Skripka G.I., Ivlieva O.V., Bespalova L.A. |
| Methods for studying the morphology of abrasion-accumulative coast of the West coast of the Crimea using UAV and GNSS (on the example of a land of the territory of Great Sevastopol) |
PDF (Rus) 351–363 |
| Suchilin A.A., Belay N.I., Voskresensky I.S., Mikheeva S.N., Zorina V.V., Ushakova L.А., Shaforostov V.М., Sokratov S.A. |
| Monitoring of specially protected natural territories of forest-steppe landscapes of the Stavropol upland by means of remote sensing data |
PDF (Rus) 364–376 |
| Shahbazyan T.Z. |
| Application of laser scanning technology to control the state of protective constructions when transferring oil products |
PDF (Rus) 377–393 |
| Altyntsev M.A., Altyntseva M.A. |
| Analysis of snow cover pollution in Arctic cities based on satellite albedo measurements |
PDF (Rus) 394–408 |
| Mikhaylyukova P.G., Petrakov D.A., Tutubalina O.V., Zimin M.V., Vikulina M.A. |
| Assessment of the size of very small glaciers in Khibiny mountains |
PDF (Rus) 409–417 |
| Vikulina M.A., Zimin M.V., Romanenko F.А. |
| Remote sensing methods in the study of fractional vegetation cover of fallow lands |
PDF (Rus) 418–431 |
| Poletaev A.O. |