Full Issue
| View or download the full issue | PDF (Rus) |
Table of Contents
Atlas and integrated mapping
| Atlas of urban agglomerations of Russia: GIS concept and first results |
PDF (Rus) 5–22 |
| Belozerov V.S., Panin A.N., Sopnev N.V., Chikhichin V.V. |
| About the atlas project “Biodiversity of Russia” |
PDF (Rus) 23–36 |
| Kotova T.V., Ogureeva G.N., Prisyazhnaya A.A., Snakin V.V., Khrisanov V.R. |
| Complex scientific reference atlases as information sources for the study of environmental management at the national and regional levels |
PDF (Rus) 37–52 |
| Vorobyova T.A., Kotova T.V. |
| A project of a geomorphometric atlas of ice-free Antarctic territories |
PDF (Rus) 53–79 |
| Florinsky I.V. |
| Assessment maps of the socio-economic environment for the development of socio-cultural types of tourism: the experience of Crimea |
PDF (Rus) 80–91 |
| Yakovenko I.M., Shvets A.B., Volkhin D.A., Karlov L.S. |
| Development of maps of sanatorium and resort resources of Pacific Russia |
PDF (Rus) 92–103 |
| Pogorelov A.R. |
| Development and creation of a textbook—atlas of Eastern Kazakhstan for secondary school |
PDF (Rus) 104–119 |
| Kaysina M.I., Peremitina S.V., Egorina A.V., Daumova G.K., Lineva L.A., Chursin A.S., Pavlenko A.V. |
| Cartographic support of the section “Agroecological maps” in the regional atlas |
PDF (Rus) 120–135 |
| Kondratieva M.A., Samofalova I.A. |
Maps and GIS in agriculture and land use
| Regional assessment of land use change based on geospatial data (the case of Yaroslavl Region) |
PDF (Rus) 136–152 |
| Alekseeva N.N., Bancheva A.I., Greenfeldt Yu.S., Tretyachenko D.A. |
| Geoinformation analysis of climatic conditionality of soil formation in the territory of the Crimea peninsula |
PDF (Rus) 153–170 |
| Lisetskii F.N., Buryak Z.A., Ukrainskiy P.A. |
| Monitoring of agricultural land in the Aral Sea region using remote sensing data of the Earth |
PDF (Eng) 171–180 |
| Akzhigit S.A., Toguzova M.M., Abdygalieva A.K., Kanatuly Z., Kulenov D.Zh. |
| Assessment of the influence of soil erosion potential indicators according to UAV data on humus content under experimental field conditions |
PDF (Rus) 181–191 |
| Mudrykh N.M., Samofalova I.A., Chashchin A.N. |
| Quantitative assessment of water erosion soil losses of highly degraded plowed soils in upper Oka basin using geographic information systems |
PDF (Rus) 192–213 |
| Trofimetz L.N., Chaadaeva N.N., Tyapkina A.P., Saraeva A.M., Tarasov A.V., Barkalov A.O., Petelko A.I., Bliakharskii D.P. |
| Internet soil cover mapping in medium scale |
PDF (Rus) 214–222 |
| Chashchin A.N. |
| Innovative technology for assessing the degradation of the Earth by sand desertification of soils with specialized processing of space materials |
PDF (Eng) 223–235 |
| Apshikur B., Alimkulov M.A., Kapasov A.K., Toleubekyzy I.T. |
| Modern trends in the formation of fallow land arrays as a prerequisite for the complication of fire situations in the Volga-Ural region |
PDF (Rus) 236–251 |
| Pavleichik V.M., Svyatoha N.Yu., Sivohip Z.T. |
| Geomorphometric analysis of agricultural areas based on the FABDEM digital elevation model |
PDF (Eng) 252–262 |
| Erunova M.G., Yakubailik O.E. |
| Possibilities of a differentiated approach to assessment of water erosion soil loss in agricultural fields contaminated with radiocaesium (upper Oka basin) |
PDF (Rus) 263–281 |
| Trofimetz L.N., Panidi E.A., Tarasov A.V., Barkalov A.O. |
| Spectral indicators of the post-pyrogenic state of steppe areas (using the example of a key territory in the Southern Trans-Urals) |
PDF (Rus) 282–298 |
| Pavleichik V.M., Ryahov R.V. |
| Zoning of the territory of Kazakhstan according to trends in changes in the water level of lakes |
PDF (Rus) 299–308 |
| Vyruchalkina T.Y. |
Maps and GIS in socio-demographic research
| Analysis of the cyclical movement of the population of the city of Moscow based on data from mobile operators |
PDF (Rus) 309–326 |
| Bereznyatskiy A.N., Badina S.V., Babkin R.A. |
| Geoinformation modeling of population density dynamics in the Stavropol Krai |
PDF (Rus) 327–336 |
| Katorgin I.Yu., Turun P.P., Roman A.N., Yurin D.V. |
| Territorial features of migration intentions of high school students in the Stavropol Region |
PDF (Rus) 337–353 |
| Kagiyan A.V., Soloviev I.A., Zolnikova J.F. |
| Transformation of settlement system in Altai Republic in the post-soviet period |
PDF (Rus) 354–364 |
| Borisenko M.A., Dirin D.A., Gudkovskikh M.V., Marchukova O.V. |
| Geoinformation mapping of population dynamics in diamond mining areas of Yakutia |
PDF (Rus) 365–379 |
| Filippova V.V., Litvinenko T.V. |
| Analysis of the dynamics of settlement territorial structure of municipal districts of the Republic of Tatarstan using geoinformation technologies |
PDF (Rus) 380–395 |
| Panasyuk M.V., Pudovik E.M. |
| Pulsation of Arctic cities: economic, geographical and geoinformation approaches to the study (on the example of Murmansk) |
PDF (Rus) 396–411 |
| Panin A.N., Chikhichin V.V. |
Urban ecology and planning
| About the creation of a digital 3d model of trees in the city of Krasnodar |
PDF (Rus) 412–429 |
| Pogorelov A.V., Laguta A.A., Kiselev E.N., Vertlib E.M. |
| Russian urbanonyms in reflection of regional identity |
PDF (Rus) 430–444 |
| Golubchikov Yu.N. |
| Geoinformation method for identifying and analyzing areas of concentration of traffic accidents |
PDF (Rus) 445–455 |
| Izrailev L.A., Gordienko L.V. |
| Geoinformation support of tasks for spatial development of Kazan |
PDF (Rus) 456–468 |
| Panasyuk M.V., Sabirzyanov A.M., Shakirova Yu.A. |
| Current assessment of atmospheric pollution by industrial enterprises in Ust-Kamenogorsk based on GIS technologies |
PDF (Eng) 469–481 |
| Apshikur B., Maksimov V.A., Toleubekyzy I.T., Alimkulov M.M. |
| The relationship between seasonal changes in light pollution and the vegetation index on the example of the city of St. Petersburg |
PDF (Rus) 482–497 |
| Kagan M.B., Pozdnyakova N.A., Andreeva T.A., Tasenko D.S., Skripchinskaya E.A., Rakova A.I. |
| Land of cultural heritage sites in the city of Kazan: geoinformation accounting and safety problems |
PDF (Rus) 516–527 |
| Safina G.R., Fedorova V.A. |
| Assessing environmental justice of green infrastructure in Vladikavkaz |
PDF (Rus) 528–542 |
| Illarionova O.A., Klimanova O.A. |
| Influence of the urban environment on the formation of local climate zones and thermal anomalies |
PDF (Rus) 543–555 |
| Gosteva A.A., Matuzko A.K. |
| Cartographic support for the tasks of defining the boundaries of an urban agglomeration |
PDF (Rus) 556–566 |
| Shaimardanova V.V. |
| Monitoring of chemical pollution of atmospheric air in the cities of Stavropol Region using geoinformation technologies |
PDF (Rus) 567–579 |
| Skripchinsky A.V., Bondar E.V., Movsesova V.V. |
| Automated assessment of the dynamics of vegetation cover areas of Moscow protected nature areas and surrounding territories since 1940 |
PDF (Rus) 580–591 |
| Markova O.I., Semin V.N. |
| On the 30th anniversary of the International Conference “InterCarto. InterGIS” |
PDF (Rus) 592–593 |
| On the anniversary of the head of the “InterCarto. InterGIS” conference series Vladimir Sergeevich Tikunov |
PDF (Rus) 594–603 |