Full Issue
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Table of Contents
MAPS AND GIS IN PUBLIC HEALTH RESEARCH
| Regional evaluation of the reasons of death in the Russian Federation |
PDF (Rus) 5–16 |
| Shartova N.A., Chereshnia O.Yu., Tikunov V.S. |
| Medicinal plants in atlas mapping |
PDF (Rus) 17–25 |
| Malkhazova S.M., Kotova T.V., Leonova N.B., Miklyaeva I.M. |
| Mapping of the distribution of active tuberculosis incidence on the territory of the Crimean Peninsula |
PDF (Rus) 26–38 |
| Prokhorova E.A., Semin V.N., Morozova A.V. |
| Geoinformation systems in population analysis of the distribution of depressive disorders in Khabarovsk |
PDF (Rus) 39–52 |
| Loginov I.P., Savin S.Z. |
| Natural language processing systems for data extraction and mapping on the basis of unstructured text blocks |
PDF (Rus) 53–61 |
| Kikin P.M., Kolesnikov A.A., Portnov A.M., Grischenko D.V. |
| Children morbidity as indicator of ecological situation in Sevastopol |
PDF (Rus) 62–77 |
| Yaseneva I.A., Yaseneva E.V. |
| Integrated assessment of social determinants of public health of the population of the Kaliningrad Region (municipal level) |
PDF (Rus) 78–90 |
| Ogurtsov A.N., Dmitriev V.V. |
| Integral assessment and cartographic modeling of public health as an indicator of life guality |
PDF (Rus) 91–104 |
| Chistobaev A.I., Dmitriev V.V., Semenova Z.A., Ogurtsov A.N., Grudtcyn N.A. |
| Analysis of medical-ecological and socio-demographic factors of development of the coastal zone of the Sea of Azov |
PDF (Rus) 105–123 |
| Arkhipova O.E., Chernogubova E.A., Tarasova T.T. |
MAPS AND GIS IN AGRICULTURE AND LAND USE
| Sentinel-1 SAR interferometry for agriculture: description of an experiment in Oryol, Russia |
PDF (Eng) 124–131 |
| Nico G., Trofimetz L.N., Masci O. |
| GIS-technologies of research of territorial differentiation and efficiency of agroholdings in Russia |
PDF (Rus) 132–146 |
| Nosonov A.M. |
| Spatio-temporal analysis of innovations diffusion in the agriculture |
PDF (Rus) 147–158 |
| Teslenok K.S., Teslenok S.A. |
| Building and precision assessment of regression models for determining of cereals’ and legumes’ crop yield based on Earth remote sensing data and climatic characteristics |
PDF (Rus) 159–169 |
| Stepanov A.S., Aseeva T.A., Dubrovin K.N. |
| Determig the reference value of Cesium-137 specific activity on arable slopes in the periglacial area of the Upper Oka basin: application of satellite images, GIS and soil agrochemical indicators |
PDF (Rus) 170–183 |
| Trofimetz L.N., Panidi E.A., Chaadaeva N.N., Sankova E.A., Ivaneha T.L., Tyapkina A.P., Petelko A.I., Alexandrova A.P., Ladnova G.G. |
| Creating of geodatabase of melioration system of the Kaliningrad Region |
PDF (Rus) 184–198 |
| Alsynbaev K.S., Bryksin V.M., Zhegalina L.F., Kozlov A.V., Nazarov I.V. |
| Possibility of determining the nitrogen content in winter wheat plants during the earing phase using remote sensing data |
PDF (Rus) 199–209 |
| Eroshenko F.V., Storchak I.G., Engovatova I.V., Likhovid A.A. |
| Possibilities of remote sensing data in the assessment of the thickness of the top layer of distributed soil |
PDF (Rus) 210–220 |
| Chashchin A.N., Gilev V.Yu. |
| Studying the peculiarities of agricultural lands with the use of digital relief models |
PDF (Rus) 221–228 |
| Teslenok K.S., Mushtaykin A.P., Teslenok S.A. |
| Assessment of the reclamation conditions of irrigated areas by geospatial analysis and recommendations for their improvement |
PDF (Eng) 229–239 |
| Matyakubov B.Sh., Mamatkulov Z.J., Oymatov R.K., Komilov U.N., Eshchanova G.E. |
| Use of remote sensing Earth data for regional assessment of winter wheat grain quality |
PDF (Rus) 240–251 |
| Eroshenko F.V., Storchak I.G., Engovatova I.V., Likhovid N.G. |
| Information and analytical system “Ecology of agrobiocenoses” |
PDF (Rus) 252–263 |
| Voloshenkova T.V., Belov D.E., Likhovid A.А. |
| Assessment of the land reclamation condition using GIS techniques and environmental variables: case study in Kulavat canal irrigation system, Khorezm |
PDF (Eng) 264–270 |
| Kenjabaev Sh., Sultanov M., Bauer Ch., Abduraimova D., Akhmedkhodjaeva I., Ibragimova Z. |
| Characterization of soil salinity and its impact on wheat crop using space-borne hyperspectral data |
PDF (Eng) 271–285 |
| Avliyakulov M.A., Kumari M., Rajabov N.Q., Durdiev N.Kh. |
| Methodology for creating a geoinformation-analytical system to monitor irrigated lands in the South-East of Kazakhstan |
PDF (Eng) 286–293 |
| Shakibayev I., Barmakova D., Yerikuly Zh., Rau G., Kadasheva Zh., Begmatov I. |
| Comparison of spectro-biophysical and yield parameters of cotton in irrigated lowlands of Amudaria River |
PDF (Eng) 294–308 |
| Kenjabaev Sh., Conrad Ch., Eshchanov O., Arifjanov A., Abduraimova D., Voxidova U. |
| Analysis of saline land and determination of the level of salinity of irrigated lands with use of the geographic information system technologies |
PDF (Eng) 309–316 |
| Begmatov I.A., Matyakubov B.Sh., Akhmatov D.E., Pulatova M.V. |
| Organization support for automation of land management projecting in irrigated areas of Uzbekistan |
PDF (Eng) 317–323 |
| Babajanov A.R., Abdivaitov Kh.A. |
| The soil-adjusted vegetation index for soil salinity assessment in Uzbekistan |
PDF (Eng) 324–333 |
| Teshaev N., Mamadaliyev B., Ibragimov A., Khasanov S. |
GIS AND CARTOGRAPHY FOR TOURISM
| The use of GIS technologies for the assessment of tourist routes landscape diversity on the Katon-Karagay National Park territory |
PDF (Rus) 334–348 |
| Sheremet E.A., Kalutskova N.N. |
| Formation of a tourist brand on the example of the Big Altai |
PDF (Rus) 349–358 |
| Tikunova I.N., Scherbatova M.Yu. |
| Possibilities of studying the tourist potential of a region by means of GIS technologies |
PDF (Rus) 359–366 |
| Rygalova M.V., Rygalov E.V. |
| Recreational zoning of Sikhote-Alin |
PDF (Rus) 367–379 |
| Smirnov A.A. |
| Geoinformation identification of archaeological tourism areas in the Southern Federal District |
PDF (Rus) 380–390 |
| Ivlieva O.V., Shmytkova A.V. |
| Assessment of landscape and recreational potential using geoinformation methods (example of Central Caucasus) |
PDF (Rus) 391–403 |
| Proskurin V.S. |
| Methodology of geoinformation mapping of natural recreational resources of the North Caucasus for tourism development |
PDF (Rus) 404–415 |
| Mahmudov R.K., Verozub N.V., Proskurin V.S. |
| Recreational zoning of Lesser Caucasus |
PDF (Eng) 416–422 |
| Gojamanov M.G., Garibova I.A., Smirnov А.A. |
| National nature-based tourism in Samarkand Region |
PDF (Eng) 423–434 |
| Sadikova S., Hennig S. |
| Modern trends of tourism development in Ukraine |
PDF (Eng) 435–450 |
| Iurchenko О.E., Iurchenko S.O. |
| Development of sanatorium-field in Ukraine |
PDF (Rus) 451–466 |
| Volkova I.I. |