| Satellite data processing: methods and techniques |
| A.A. Romanov, A.A. Romanov
Method for calculating the SWOT intermission bias relative to Jason-CS for the Sea of Okhotsk | 9-21 |
| S.V. Vazyulya, D.N. Deryagin, M.D. Kravchishina, Z.Yu. Redzhepova
Algorithms for suspended matter concentration retrieval in the Laptev Sea using satellite ocean color data | 22-34 |
| A.B. Murynin, A.A. Riсhter
Algorithms for vector processing of laser scanning data of objects on the Earth’s surface for integration with satellite data | 35-49 |
| V.V. Tarasenko, B.V. Raevsky
Designing a methodology for constructing a digital land cover model of a large territory based on high-resolution multispectral satellite imagery (case study of Loukhsky District, Republic of Karelia, Russia) | 50-68 |
| J.V. Sokolova, V.V. Tikhonov
VASIA2 algorithm: Accuracy assessment of sea ice concentration retrieval based on AMSR2 radiometer data | 69-87 |
| V.F. Raputa, A.A. Lezhenin, R.A. Kuzminykh
Assessing the characteristics of smoke plumes from thermal power plant stacks using satellite images | 88-100 |
| S.N. Katamanov
Georeferencing of MSU-100M images from the Meteor-M No. 2 satellite without using data from the coordinate and clock referencing system | 101-111 |
| B.A. Yumatov
Correction algorithm of defective pixels in a priori operation mode of star trackers | 112-120 |
| A.I. Aleksanin, M.G. Aleksanina, S.M. Krasnopeev, M.A. Morozov, E.V. Fomin
Verification, updating and use of satellite seamless coverage in practical applications | 121-135 |
| M.V. Vrublevsky, E.A. Loupian, M.A. Burtsev
A method for spatio-temporal synthesis of high-frequency altimetric water level observations | 136-152 |
| A.B. Alekseev, A.S. Plotnikova, D.V. Ilyasov, I.V. Kupriianova
A methodology for processing airborne laser scanning data to evaluate the forest light regime | 153-169 |
| P.D. Zhadanova
Development and initial testing of a regional stratified algorithm for water turbidity determination in the Sulak River mouth area | 170-182 |
| Instruments and systems for satellite remote sensing |
| B.A. Yumatov, I.A. Metelkov, A.V. Kononenko, V.K. Sudarikova
The internal structure of a stellar orientation device adapted to perform measurements at high angular velocities | 185-194 |
| I.S. Tkachenko, V.V. Volotsuev, V.V. Salmin, O.D. Zhaldybina, M.A. Ivanushkin, V.V. Mayorov
Assessment of operational lifetime of a small spacecraft with hyperspectral Earth remote sensing equipment in very low Earth orbit | 195-207 |
| Developing information systems for remote monitoring: methods and technologies |
| M.V. Vrublevsky, M.A. Burtsev, E.A. Zakharova, D.A. Kobets, I.N. Krylenko, E.A. Loupian, V.M. Moreido, V.O. Polyanin, I.A. Uvarov
Vega-Hydro: A specialized satellite information system for hydrological applications | 211-230 |
| Remote sensing in geology and geophysics |
| A.A. Zlatopolsky
Formal description of the runoff profile based on statistical analysis of the digital terrain model: Part 3 | 233-243 |
| L.G. Sverdlik
Space-temporal analysis of atmospheric perturbations preceding strong earthquakes in the Peru–Chile subduction zone | 244-257 |
| E.V. Polyakova, A.L. Mineev, Yu.G. Kutinov, Z.B. Chistova, I.N. Bolotova
Calculation of thermal anomalies in the Grib diamond deposit development area (Arkhangelsk Region) based on Landsat data | 258-270 |
| Remote sensing of vegetation and soils |
| S.A. Orlov, K.S. Tsygulev, R.A. Sekrieru, A.A. Avershin, T.V. Kozhevnikova, S.I. Smagin
Automatic mapping of vegetation types using remote sensing data for mining areas | 273-281 |
| V.V. Vinogradova, T.B. Titkova
Changes in climatic and spectral structure of landscape zones in Russia | 282-299 |
| I.I. Кирбижекова, T.N. Chimitdorzhiev, A.V. Dmitriev, А.К. Baltukhaev
Statistical analysis of Short-Wave Vegetation Index (SWVI) time series in tasks of monitoring post-pyrogenic dynamics of forest ecosystems | 300-311 |
| E.M. Iliushkova, M.V. Tikhonova
Application of spectral vegetation indices (NDVI, NDMI and CI) from Sentinel 2 data in monitoring abandoned lands of different ages in specially protected natural areas | 312-323 |
| B. Zhao
Mapping bare soils in Minsk Region using Sentinel-2 spectral indices | 324-337 |
| Remote sensing of water objects, ocean and ice cover |
| S.V. Stanichny, R.R. Stanichnaya, E.P. Davydova, V.A. Rubakina
Anomalous wind impact on surface temperature of the Black Sea in autumn 2017 | 341-349 |
| O.S. Ermakova, N.S. Rusakov, E.I. Poplavsky
Retrieval of emissivity and wind speed for inland water bodies of limited size using the example of Gorky Reservoir based on data from Jason-1, -2, -3 microwave radiometers | 350-362 |
| E.V. Afanasyeva, D.M. Ermakov, J.V. Sokolova
Dependence of polarimetric sea ice parameters on ice ridge concentration according to ALOS-1 satellite data | 363-381 |
| O.Yu. Lavrova, A.A. Zelenkova, Ya.O. Alferyeva, M.V. Vrublevsky, T.Yu. Bocharova
Using satellite data to study the impact of tides on the Mezen River outflow into the Mezen Bay of the White Sea | 382-400 |
| Remote sensing of atmosphere and climate |
| A.A. Tronin, A.V. Kiselev, M.P. Vasiliev, P.A. Bezruchenko
Analysis of aerosol optical density in the atmosphere of Russia using satellite data | 403-411 |
| Remote sensing of ionosphere |
| S.I. Kuzikov, S.A. Imashev
Study of variations in total electron content of ionosphere over the Tien Shan | 415-426 |
| In brief |
| S.A. Khvostikov, A.V. Kashnitskii, S.A. Bartalev
Possibility of wildfire front detection using Sentinel and Landsat data in application to fire spread prediction | 429-434 |
| A.A. Proshin, E.A. Loupian, M.A. Burtsev
Optimization of IKI-Monitoring Shared Use Center archives using the adaptive satellite image compression method based on the LERC algorithm with classification by ground surface type | 435-441 |
| A.G. Terekhov, G.N. Sagatdinova, R.I. Mukhamediev, K.M. Bolatov
Sentinel-2 data in the task of mountain mud flood detection: A case study of Trans-Ili Alatau mountains | 442-448 |
| I.V. Balashov, R.V. Kotelnikov, A.A. Bril, D.A. Kobets, D.V. Lozin
Product sets derived from remote sensing and reanalysis data for the development of approaches to assessing forest fire hazard | 449-456 |
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| Imprint page
| 457 |