| IN MEMORIAM: ACADEMICIAN N.P. LAVEROV
| 7-9 |
| Reviews |
| A.V. Kiselev, V.I. Gornyy, S.G. Kritsuk, A.A. Tronin
Indication of natural hazards using terrestrial gravity field variations observed by GRACE system | 13-28 |
| I.Yu. Savin
Usage of satellite data for soil mapping: modern tendencies and problems | 29-39 |
| Using satellite data in monitoring systems |
| L.A. Grishantseva, D.I. Bubnenkov, N.A. Egorova, A.A. Emelianov, V.A. Selin
On technology of combined use of small satellites | 43-50 |
| S.S. Gruzdev, I.G. Zhurkin, P.Yu. Orlov, A.V. Pankin
Analysis of the current state and prospects for the development of a digital catalog of objects in near-Earth space | 51-59 |
| Remote sensing of sea surface and ice cover |
| Yu.I. Troitskaya, V.I. Abramov, A.V. Ermoshkin, E.M. Zuikova, V.I. Kazakov, D.A. Sergeev, A.A. Kandaurov, O.S. Ermakova
On reconstruction of turbulent momentum flux in the atmospheric boundary layer under strong wind and hurricane conditions from measurements of sea surface microwave backscatter cross section on orthogonal polarization | 63-74 |
| V.A. Melnikov
Wave-induced upwelling over the Mid-Atlantic Ridge near the Azores front | 75-85 |
| A. K. Monzikova, V.N. Kudryavtsev, B. Chapron
Reconstruction of surface pressure fields from scatterometer wind fields: testing on measurements in the Gulf of Finland | 86-98 |
| E.V. Zubkova, I.E. Kozlov, V.N. Kudryavtsev
Spaceborne SAR observations of short-period internal waves in the Laptev Sea | 99-109 |
| O.A. Atadzhanova, A.V. Zimin
The small eddies in the White Sea and their influence on chlorophyll distribution in the Onega Bay | 110-118 |
| M.A. Panfilova, V.Yu. Karaev
The use of the sea buoys data for estimating the variance of slopes of large-scale waves for Ku- and Ka-bands | 119-134 |
| Remote sensing in geology and geophysics |
| V.O. Mikhailov, E.A. Kiseleva, E.I. Smolyaninova, V.I. Golubev, P.N. Dmitriev, E.P. Timoshkina, S.A. Khairetdinov
Review of the results of application of different methods for SAR image processing to study and monitor landslide activity in the Big Sochi region | 137-147 |
| O.A. Girina
Satellite high-resolution data used to clarify the position of fault zones within the Klyuchevskaya volcanic group of Kamchatka | 148-156 |
| Remote sensing of atmosphere and climate |
| P.B. Rutkevich, P.P. Rutkevych, N.Yu. Komarova
On relations between form and intensity of tornado funnel cloud | 159-171 |
| Remote sensing of ionosphere |
| A.S. Polyakova
Ionospheric electron density variations during sudden stratospheric warming in the Arctic region | 175-184 |
| Satellite data processing |
| S.N. Katamanov
NOAA/AVHRR images navigation results in operational processing conditions | 187-202 |
| S.A. Lebedev
Processing method of satellite altimetry data for the White, Barents and Kara Seas | 203-223 |
| Yu.M. Polishchuk, A.N. Bogdanov, I.N. Muratov
Methodological issues of construction of generalized histograms of lake size distribution in the permafrost based on satellite images of middle and high resolution | 224-232 |
| D.V. Uchaev, A.E. Bobkov, V.A. Malinnikov, Dm.V. Uchaev
Management of hyperspectral images for scientific research of small teams | 233-248 |
| Development and application of satellite environment monitoring systems |
| A.A. Filei, A.N. Rublev, A.A. Zaitsev
Radiometric cross-calibration of shortwave channels of Multi-Channel Scanning Unit on board Meteor-M No. 2 relative to spectroradiometer AVHRR on board Metop-A | 251-263 |
| А.А. Kozlov, D.A. Kozlov, F.S. Zavelevich, Yu.V. Kiseleva, I.A. Kozlov, A.V. Kuharsky, А.N. Rublev, A.B. Uspensky, I.S. Cherkashin
IRFS-2 onboard radiometric calibration errors evaluation by comparison with SEVIRI/Meteosat-10 data | 264-272 |
| M.T. Smirnov
Analysis of measuring capabilities and empirical model of instrumental distortions of ZOND-PP satellite microwave L-band radiometric instrument for calibration and data processing | 273-285 |
| Remote sensing of vegetation and soils |
| F.V. Stytsenko, S.A. Bartalev, A.A. Ivanova, E.A. Loupian, I.G. Sychugov
Forest burnt area assessment possibilities in regions of Russia based on active fires detection by satellites | 289-298 |
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Imprint page | 300 |