| Satellite data processing: methods and techniques |
| S.N. Katamanov, V.A. Kachur
Navigation results for MSU-MR imagery of polar-orbital satellite Meteor-M No. 2 | 9-18 |
| T.V. Kondratieva, B.S. Zhukov, L.I. Permitina, I.V. Polyanskiy
Reflectance data comparison of multispectral satellite imaging system KMSS-M on-board Meteor-M No. 2, MODIS on Terra and OLI on Landsat-8 | 19-28 |
| V.V. Sterlyadkin, D.S. Sazonov, А.V. Kuzmin, E.A. Sharkov
Ground radiometric measurements of the sea surface effective emissivity without absolute calibration | 29-41 |
| L.N. Zakharova, A.I. Zakharov
Detection of bridges instability by means of SAR interferometry | 42-51 |
| G.K. Stepanova, V.I. Kozlov
The influence of geomagnetic and meteorological factors in different seasons of the year on the state of autonomic regulation of the heart in young men | 52-62 |
| Remote sensing of vegetation and soils |
| O.E. Arkhipova, V.S. Gerasyuk
Assessment of the state of the Taganrog Bay recreational zone on the basis of multispectral data (Landsat) analysis | 65-74 |
| O.S. Tokareva, O.A. Pasko, N.S. Ushakova, E.S. Makartsova, L.A. Fedorova
Comprehensive assessment of degradation of snow dump vegetation | 75-83 |
| K. Yu. Silkin, A.N. Kizeyev
Experience of long-term monitoring of phytocenosis condition using temporary irregular remote sensing data in zones of increased radiation hazard | 84-99 |
| I.V. Matelenok, V.V. Melentyev
Investigation of 3D structure of vegetation cover in yernik tundra using photography and automated image processing techniques | 100-111 |
| D.E. Plotnikov, P.A. Kolbudaev, S.A. Bartalev, E.A. Loupian
Automated annual cropland mapping from reconstructed time series of Landsat data | 112-127 |
| I. A. Lavrinenko
Map of technogenic disturbance of Nenets Autonomous District | 128-136 |
| I.Yu. Savin, Yu. G. Chendev
Reasons for long-term dynamics of NDVI (MODIS) averaged for arable lands of municipalities of Belgorod region | 137-143 |
| O.A. Berezina, A.N. Shikhov, R.K. Abdullin
The use of multi-temporal satellite images for environmental assessment in coal mining areas (by example of closed Kizel coal basin) | 144-158 |
| N.V. Krutskikh, I.Yu. Kravchenko
The use of Landsat satellite images for the geoecological monitoring of urbanized areas | 159-168 |
| Remote sensing of water objects, ocean and ice cover |
| E.V. Krek, A.V. Krek, A.G. Kostianoy
Seasonal variability of oil pollution in the Southeastern Baltic Sea | 171-182 |
| G.S. Karabashev
On the mesoscale structure of the Black Sea satellite images during coccolithophorid bloom | 183-190 |
| M.B. Kireeva, V.P. Ilich, A.A. Sazonov, P.G. Mikhaylyukova
An assessment of changes in land usage and their impact on Don River basin runoff using satellite imagery | 191-200 |
| A.A. Molkov, E.N. Korchemkina, D.V. Kalinskaya, I.A. Kapustin
Spatial and temporal variability of reflectance coefficient of Gorky Reservoir waters: results of 2016–2017 expeditions | 201-210 |
| Remote sensing of atmosphere and climate |
| A.V. Bykov, A.N. Shikhov
Mesoscale convective systems forecast using global and mesoscale atmospheric models | 213-224 |
| I.N. Plakhina, N.V. Pankratova, E.L. Makhotkina
Comparison of ground and satellite monitoring of aerosol optical thickness of the atmosphere in Russia | 225-234 |
| V.P. Savorskiy, A.B. Akvilonova, D.M. Ermakov, I.N. Kibardina, O.Yu. Panova, M.T. Smirnov, S.Y. Turygin, A.P. Chernushich
Simulation of satellite microwave radiometric information used to reconstruct three-dimensional fields of atmospheric parameters | 235-250 |
| А.А. Poyda, M.N. Zhizhin, A.V. Andreev
Weather defined optical properties of atmosphere in the nighttime visible and infrared remote sensing | 251-259 |
| In brief |
| O.V. Rybas, G.Z. Gil’manova
Statistical relationship between GRACE satellite data and total global solar radiation values | 263-266 |
| S.S. Shinkarenko, D.A. Solodovnikov
Formation of a new delta of Syr Darya | 267-271 |
| E.A. Loupian, S.А. Bartalev, Yu.S. Krasheninnikova, D.E. Plotnikov, V.A. Tolpin, I.A. Uvarov
Analysis of winter crops development in the southern regions of the European part of Russia in spring of 2018 with use of remote monitoring | 272-276 |
| E.A. Loupian, M.A. Burtsev, Yu.S. Krasheninnikova
Snow cover early melting zone in Dmitrov District of the Moscow Region | 277-281 |
| V.A. Egorov, S.A. Bartalev, P.A. Kolbudaev, D.E. Plotnikov, S.A. Khvostikov
Land cover map of Russia derived from Proba-V satellite data | 282-286 |
|
| Imprint page
| 288 |