Full Issue
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Table of Contents
Maps and GIS in socio-demographic research
| GIS “Demographic map of the Stavropol Territory” |
PDF (Rus) 5–18 |
| Cherkasov A.A. |
| Geoinformation monitoring and modeling of student immigration to Russia |
PDF (Rus) 19–33 |
| Belozerov V.S., Shchitova N.A., Esikova V.O. |
| GIS methods to research spatial inequality of population income distribution in Argentina |
PDF (Rus) 34–49 |
| Gladkiy A.S. |
| Cartographic support for the study of intra-agglomeration features of the demographic development of the Ivanovo urban agglomeration |
PDF (Rus) 50–68 |
| Chikhichin V.V., Soloviev I.A., Ovsyannikov E.I., Zolnikova J.F. |
| Approaches to the typology of Russian Arctic zone municipalities annotation |
PDF (Rus) 69–85 |
| Shakirova D.F., Badina S.V., Pankratov A.A. |
| Creating an index of demographic development of countries and regions on the example of Mongolia and its immediate environment, using GIS technologies |
PDF (Rus) 86–110 |
| Gaydukov V.R., Zheleznyakov A.S., Tikunov V.S., Tikunova I.N. |
| Spatial representation of mobile operators’ data on pulsations of the Central Administrative District of Moscow population during 2019–2020 in the context of studying the vulnerability of the population to emergencies |
PDF (Rus) 111–125 |
| Bobrovskiy R.O., Babkin R.A., Bereznyatskiy A.N. |
| Cartographic provision for the study of territorial features of student immigration in Russia |
PDF (Rus) 126–145 |
| Sopnev N.V., Soloviev I.A. |
| Geoinformational assessment of the interest of internet users in the border region to cross-border mobility |
PDF (Rus) 146–159 |
| Mikhaylova A.A., Hvaley D.V., Mikhaylov A.S. |
| Analysis and mapping of the structure of suburban settlement of the city of Orel |
PDF (Rus) 160–171 |
| Kiryunin I.I., Tikhii V.I. |
| Atlas information system “Regional Capitals of Southern European Russia” |
PDF (Rus) 172–187 |
| Sopnev N.V., Belozerov V.S., Panin A.N. |
| Cartographic interpretation of the study of rural lifestyle in Сrimea |
PDF (Rus) 188–202 |
| Volkhin D.A., Shvets A.B., Yakovenko I.M. |
| Development of a geoinformation system for monitoring the reproduction of the Russian population |
PDF (Rus) 203–216 |
| Esikova V.O. |
| Mapping of inter-settlement interaction of border territories (on the example of Yakutia and Krasnoyarskiy kray) |
PDF (Rus) 217–228 |
| Filippova V.V. |
| Mapping of transport mobility of the population of the Republic of Sakha (Yakutia) |
PDF (Rus) 229–243 |
| Savvinova A.N., Zakharov M.I. |
Maps and GIS in public health research
| Atlas cancer mapping abroad |
PDF (Rus) 244–260 |
| Kotova T.V., Malkhazova S.M. |
| Integration of geographic information systems into in-use medical information systems, data flow management |
PDF (Rus) 261–275 |
| Kuznetsov I.S., Alekseikova A.S., Yablonsky P.K., Panidi E.A. |
| The current state and directions of development of GIS “Epidemiological Atlas of Russia” |
PDF (Rus) 276–297 |
| Efimov E.I., Vyushkov M.V., Pobedinskiy G.G., Sarskov S.A. |
| Geography of bronchopulmonary diseases in the regions of Russia: monitoring from 2010 to 2019 |
PDF (Rus) 298–310 |
| Pogorelov A.R., Ryabinina L.I., Zakharova O.M. |
| The social determinants of public health during the COVID-19 pandemic: an integrated assessment of Kaliningrad region data (municipal level) |
PDF (Rus) 311–320 |
| Ogurtsov A.N., Dmitriev V.V. |
| The use of GIS for the medicinal flora analysis of Russian Regions (on the Perm Region example) |
PDF (Rus) 321–331 |
| Kalikina I.Yu., Turyshev A.Yu., Kuritsyn A.V. |
| GIS mapping excess mortality in Europe in 2020–2021 on the background of the coronavirus pandemic |
PDF (Rus) 332–346 |
| Mushtaykin A.P., Teslenok S.A., Semina I.A., Ilkaev S.K. |
Cartographic and GIS support of tourism and preservation of natural, historical and cultural heritage
| To the topic of studying the image of the world’s largest tourist urban destinations in the Russian-speaking segment of the Internet |
PDF (Rus) 347–361 |
| Kuzovlev S.S., Rykunova E.S., Sluka N.A. |
| Modern nature resource management in Tunkinsky National Park |
PDF (Rus) 362–375 |
| Zhuravlev V.A., Vorobyevskaya E.L., Kirillov S.N. |
| Tourism potential of the countries of Central and Eastern Europe within the framework of the European Union |
PDF (Rus) 376–394 |
| Tikunova I.N., Tsareva E.S. |
| About the use of cartographic materials for the identification of small rural settlements in documents of the XVI century when performing historical research |
PDF (Rus) 395–413 |
| Krassowski A.P. |
| Cartographic analysis of the historical transformation of hydronyms (a case study in the Crimean Peninsula) |
PDF (Rus) 431–446 |
| Lisetskii F.N. |
| Historical and geographical periodization of the process of landscape development of the Crimean peninsula in the Ancient Era and the Middle Ages |
PDF (Rus) 447–463 |
| Vampilova L.B., Manakov A.G., Seidaliev E.I., Smekalova T.N. |
| Historical and cultural heritage of Anabar District of Yakutia: mapping of preservation and representation |
PDF (Rus) 464–473 |
| Filippova V.V. |
| Development of tourism in the Southern Baikal Region (by the example of the Slyudyansky District) |
PDF (Rus) 474–483 |
| Evstropieva O.V., Popov P.I., Chernov A.A., Bardash A.V. |
| Archaeological GIS of Northwestern Colchis: a tool for the preservation and research of historical and cultural heritage |
PDF (Rus) 484–498 |
| Trebeleva G.V., Glazov K.A., Yurkov V.G., Kizilov A.S. |
| Tourist and recreational zoning of the territory of the Adyghea Republic on a geo-information basis |
PDF (Rus) 499–509 |
| Sviridova E.P., Gunya A.N. |
Cartographic and GIS support for studies of water bodies and coastal territories
| Assessment of ecosystem services of water resources of port water areas by the amount of water rent |
PDF (Eng) 510–522 |
| Medvedeva O.E., Tikunov V.S., Artemenkov A.A. |
| Geomorphological aspects of the transformation of a large plain reservoir (according to measurements at the Krasnodar reservoir) |
PDF (Rus) 536–551 |
| Pogorelov A.V., Laguta A.A., Kuzyakina M.V. |
| Assessment of the explosion hazard of the Antarctic Oasis lake using a composite index based on territorial determinants |
PDF (Rus) 552–566 |
| Pryakhina G.V., Dmitriev V.V., Chetverova A.A., Osipova T.N., Ogurtsov A.N., Akilov E.V. |
| About technogenic transformations of the river network on the Azov-Kuban Plain (Chelbas, Albashi rivers) |
PDF (Rus) 567–582 |
| Pogorelov A.V., Lipilin D.A., Dudkina A.A., Kopaneva O.V. |
| Possibilities of GIS technologies for predictive detection of areas of solid flow discharge within water protection zones |
PDF (Rus) 583–596 |
| Poletaev A.O. |
| Assessment of the geoecological state of small water currents in polder lands: methodological approach and cartographic support |
PDF (Rus) 597–613 |
| Zotov S.I., Spirin Yu.A. |
| GIS mapping benthic vegetation biotopes of the Dzhangul coast |
PDF (Rus) 614–631 |
| Pankeeva T.V., Drygval A.V., Mironova N.V. |
| The concept and some results of the development of an operational assessment tool, relief changes in landslide-prone, prone to collapse and beaches |
PDF (Rus) 632–643 |
| Dolotov V.V., Dolotov A.V. |
| Experience of adding spatial information to the database of water bodies in a GIS environment |
PDF (Rus) 644–654 |
| Lyubimova E.A., Ivlieva N.G., Primachenko E.I. |
| Flood hazard on the rivers of the Northwestern Caucasus by spatial analysis according to precipitations and level observations in 2014–2020 |
PDF (Rus) 655–665 |
| Sheverdyaev I.V., Misirov S.A. |
| Geoinformation support for monitoring dangerous exogenous geological processes in the coastal zone of the Sea of Azov |
PDF (Rus) 666–679 |
| Misirov S.A., Magaeva A.A., Kulygin V.V. |
| School atlas mapping for education for sustainable development: topic “Global water resources” |
PDF (Rus) 680–690 |
| Nokelaynen T.S. |
| Possibilities of GIS technologies for studying hydrological characteristics of a water body and environmental parameters of its catchment area |
PDF (Rus) 691–708 |
| Goncharov E.A., Fadeev A.N., Ivanov A.A., Timofeeva M.Yu. |
| Hydrometeorological hazards during the winter periods in the Northern Caspian and dynamics under the influence of climatic changes |
PDF (Rus) 709–718 |
| Magaeva A.A., Yaitskaya N.A. |
| Use of geoinformation technologies in the study of cartometric and morphometric characteristics of lakes in the North Kazakhstan |
PDF (Rus) 719–736 |
| Dmitriyev P.S., Wendt J.A., Teslenok S.A., Nosonov A.M., Fomin I.A., Mushtaykin A.P., Ilkaev S.К. |
Maps and GIS in agriculture and land use
| Engineering digital model of agricultural land space for preparation and maintenance of agroecological component of precision agriculture |
PDF (Rus) 737–745 |
| Varshanina T.P., Mamsirov N.I., Shekhov Z.A., Piankov V.Yu. |
| Analysis of territorial peculiarities of cropland abandonment process in Kirov province |
PDF (Rus) 746–760 |
| Kovbashin D.I., Sonyushkin A.V. |
| Experience of developing a local GIS for irrigated land of the Volga-Akhtuba floodplain in the territory of the Volgograd region |
PDF (Rus) 761–772 |
| Vasilchenko A.A. |
| Mapping of protective forest coverage of territories and assessment of its optimality |
PDF (Rus) 773–784 |
| Tubalov A.A. |
| Dynamic mapping of disturbed lands using remote sensing data |
PDF (Rus) 785–799 |
| Artemeva O.V., Bakulev A.S., Pozdnyakova N.A., Tyurin S.V. |
| Mapping of the magnetic susceptibility of soils of the city of Chaykovskiy |
PDF (Rus) 800–812 |
| Vasil’ev A.A., Chashchin A.N. |
| Application of caesium-137 of Chernobyl origin for calculating erosional losses of soil in plowed soil areas in the upper Oka Basin |
PDF (Rus) 813–828 |
| Trofimetz L.N., Panidi E.A., Kurochitskaya M.G., Alexandrova A.P., Tyapkina A.P., Saraeva A.M., Tarasov A.V., Barkalov A.O., Stepanova V.I., Lavrusevich A.A., Petelko A.I. |
| Local level GIS module for accurate adaptive landscape farming |
PDF (Rus) 829–842 |
| Plisenko O.A., Varshanina T.P. |
| Analysis of the anti-deflation efficiency of field-protective forest plants in the dry zone of the Stavropol Krai |
PDF (Rus) 843–858 |
| Antonov S.A., Peregudov S.V. |
| Geoinformation assessment of spatial distribution and functioning of irrigated lands of the Svetloyarsky District of the Volgograd Region |
PDF (Rus) 859–870 |
| Denisova E.V. |
| Agroforestry assessment of protective forest stands using remote data and geoinformation technologies |
PDF (Rus) 871–884 |
| Koshelev A.V., Shatrovskaya M.O. |
| Geoinformation support for erosion hazard assessment of rural territories |
PDF (Rus) 885–900 |
| Stolbov I.A., Bryzhko V.G., Bryzhko I.V. |
| Radial geochemical barriers in soils of the Perm territory |
PDF (Rus) 901–912 |
| Kondrateva M.A., Samofalova I.A. |
| Application of magnetic susceptibility measurement for mapping and assessment of ecological quality in urban topsoils |
PDF (Eng) 913–925 |
| Vasiliev A., Razinsky M., Gorokhova S. |
| Cartographic analysis of agricultural landscapes of the transition zone of chestnut and light chestnut soils of the Volgograd region |
PDF (Rus) 926–934 |
| Silova V.A. |
| Agroecological typing of lands in the reclaimed territory in the Non-chernozem zone |
PDF (Rus) 935–946 |
| Mudrykh N.M., Samofalova I.A., Chashchin A.N. |