| МЕТОДЫ ОБРАБОТКИ СПУТНИКОВЫХ ДАННЫХ |
| S.V. Afonin
The application of physical-based approach and split-window algorithm to the measurement of land surface temperature using MODIS data | 9-15 |
| G.P. Arumov, A.V. Bukharin
Comparison of two scenarios of definition of a microstructure of scattering object by the lidar for remote sensing | 16-21 |
| N.M. Astafieva, M.D. Raev, G.R. Khairullina
The method of studying of structure of a radio thermal field of the Earth based on Takens procedure | 22-31 |
| S.V. Blazevich, V.N. Vintaev, A.L. Grekov, A.V. Sekirin, N.N. Ushakova
Mathematical model of on-board processor for subpixel remote sensing data processing for improvement of CCS resolution | 32-38 |
| A.A. Ilyin, A.N. Vinogradov, V.V. Egorov, A.P. Kalinin, A.I. Rodionov
Geometrical correction method of terrain surface for hyperspectral images | 39-46 |
| ДИСТАНЦИОННЫЕ ИССЛЕДОВАНИЯ РАСТИТЕЛЬНОГО ПОКРОВА И ПРИРОДНЫХ ПОЖАРОВ |
| S.A. Bartalev, D.V. Ershov, Е.А. Loupian, V.А. Tolpin
Possibilities of Satellite Service VEGA Using for
Different Tasks of Land Ecosystems Monitoring | 49-56 |
| Е.В. Белорусцева
Мониторинг состояния сельскохозяйственных угодий Нечерноземной зоны Российской Федерации | 57-64 |
| E.V. Varlamova, V.S. Solovyev
Study of vegetation index variations of the Arctic zone of Eastern Siberia based on satellite data | 65-70 |
| V.V. Elsakov
The remote sensing data in European North productivity estimation | 71-79 |
| N.V. Koroleva, D.V. Ershov
Assessment of an error of determination of areas of windfalls using space images of high spatial resolution of Landsat-TM | 80-86 |
| V. Zhirin, S. Knyazeva, S. Eydlina, N. Zukert
Seasonal informative properties of multispectral high-resolution space images for studying of forest species and age dynamics | 87-94 |
| N.N. Kussul, A.N. Kravchenko, S.V. Skakun, T.I. Adamenko, A.Yu. Shelestov, A.V. Kolotii, Yu.A. Gripich
Crop Yield Forecasting Regression Models based on MODIS Data | 95-107 |
| A.A. Tronin, А.V. Kiselev
Анализ длинных рядов вегетационного индекса территории Российской Федерации и регионов | 108-113 |
| A.N. Zolotokrylin, T.B. Titkova, E.A. Cherenkova, V.V. Vinogradova
Satellite index for assessment of climate extremes in the drylands (with an example from Kuma Manych depression) | 114-121 |
| E.A. Terekhin
Empirical estimation and mapping biophysical parameters of
forest stand using landsat tm data | 122-130 |
| L.F. Spivak, G.N. Sagatdinova
The development of operative fire space monitoring technologies in Kazakhstan | 131-136 |
| V. Savorskiy, V. Kaevitser, I. Kibardina,, S. Maklakov, O. Panova, A. Chukhlantsev
Microwave radiometric model of forest fire hearth | 137-144 |
| O.A. Tomshin, A.V. Protopopov, V.S. Solovyev
Study of atmospheric aerosol and carbon monoxide variations over forest fires | 145-150 |
| МОНИТОРИНГ АНТРОПОГЕННЫХ ЗАГРЯЗНЕНИЙ |
| O. Brovkina, D. Skoropisov
Remote sensed monitoring of dumps (in Kronshtadt district of Saint-Petersburg) | 153-155 |
| О.V. Grigoreva, B.V. Shilin
Experience in assessment of the environmental indicators of waters ports of hyperspectral images | 156-166 |
| N.N. Grishin, A.G. Kostianoy
On satellite monitoring of suspended matter transport during the construction of an offshore gas pipeline Nord Stream in Russian waters of the Baltic Sea in 2010 | 167-175 |
| N. Kovalevskaya, V. Kirillov, T. Kirillova, O. Lovtskaya
Comparative assessment of water quality in the Novosibirsk Reservoir based on limnological MERIS-models and high resolution data of Worldview-2 | 176-186 |
| V.A. Levin, A.I. Alexanin, M.G. Alexanina, P.V. Babyak, A.V. Gromov, S.Eu. Diyakov, A.A. Zagumyonnov, V. Kim, M.V. Stopkin, Eu.V. Fomin
Technologies for satellite monitoring of atmosphere and sea surface in the Fukushima station region | 187-196 |
| ДИСТАНЦИОННЫЕ ИССЛЕДОВАНИЯ ВОДНЫХ ОБЪЕКТОВ |
| T.V. Belonenko, E.V. Bloshkina
Sea-surface temperature of the Japan Sea according to satellite data | 199-205 |
| V.A. Dubina, P.A. Fayman, I.A. Zhabin, V.I. Ponomarev, Y.A. Kuzlyakina
The Okhotsk Sea currents: Satellite imagery and numerical simulation | 206-212 |
| A.S. Kazmin
Variability of the large-scale oceanic frontal zones:analysis of the global satellite information | 213-218 |
| A.G. Kostianoy, I.S. Zonn, D.M. Solovyov
The Turkmen Lake "Altyn Asyr": satellite monitoring of its construction | 219-227 |
| I.N. Sadovskiy
Some features of calculating long-wave contribution in the increment of the sea surface emissivity | 228-239 |
| V.Yu. Karaev, E.M. Meshkov
Influence of Earth's sphericity on the waveform of the backscattered by the sea surface impulse for radar with knife-like antenna beam | 240-246 |
| ИССЛЕДОВАНИЯ СНЕЖНОГО И ЛЕДЯНОГО ПОКРОВОВ |
| L.M. Kitaev, V.V Tikhonov, D.A. Boyarskii, T.B. Titkova, N.Yu. Komarova 2
Snow Cover of the East European Lain According to the Multi-Frequency Microwave Satellite Radiometry | 249-257 |
| E.L. Muzylev, A.B. Uspensky, Z.P. Startseva, A.N. Gelfan, S.A. Uspensky, M.V. Alexadrovich
Utilization of satellite data on land surface and snow cover characteristics for modeling water and heat balance components in vast areas of agricultural purpose | 258-268 |
| A.G. Terekhov
Monitoring of temporary snowfields sizes of the Northern
Tien-Shan and Djungarian Alatau in the period 1998-2011 years
according to LANDSAT TM, ETM | 269-274 |
| G.S. Bordonskiy, A.A. Gurulev, S.D. Krylov, A.O. Orlov, S.V. Tsyrenzhapov
Multy-frequency polarization measurements of microwaves propagating into ice cover | 275-280 |
| V.G. Konovalov
Dynamics of Central Asian glaciation
by remote sensing data | 281-288 |
| A.A. Gurulev, Y.V Kharin, P.Y. Lukyanov, K.A. Schegrina
Features of the properties of Ice soda lake at a frequency of 13.7 GHz | 289-293 |
| L.M. Mitnik, E.S. Khazanova
Sensing of sea ice in the Tatar Strait by
satellite C-band and L-band SARs | 294-302 |
| ДИСТАНЦИОННЫЕ ИССЛЕДОВАНИЯ В ГЕОЛОГИИ |
| V.I. Gornyy, O. Ammar, A. Kafri, A.V. Kiselev, S.G. Kritsuk, I.Sh. Latypov, H. Minini
Regional Geological Structure of the Northern Part of Arabian Plate and Hydrocarbon Perspective of Syrian Territory According to Complex Processing of Satellite and Gravimetric Data | 305-312 |
| D.S. Sharonov, N.A. Bryksina, V.Y. Polishchuk, Y.M. Polishchuk
Comparative analysis of thermokarst dynamics in permafrost territory of Western Siberia and Gorny Altai on the basis of space images | 313-319 |