| СПУТНИКОВЫЕ МЕТОДЫ
В ГЕОЛОГИИ И ГЕОФИЗИКЕ |
| Н.М. Булаева, Р.Ш. Османов
Use remote given for research of geothermal power resources of
Daghestan | 11-16 |
| Б.С. Бусыгин, С.Л. Никулин
Integrated analysis of geological-geophysical data and satellite
images for the ore-gold mineralization forecast | 17-23 |
| Н.В. Вилор, В.А. Русанов, Д.Ю. Шарпинский
The distance probing of the Earth method for research of the
outgoing infrared radiation of the surface geostructure of northwestern
China (Xinjang) | 24-35 |
| В.И. Горный, И.Ш. Латыпов, Т.Е. Теплякова, Е.Ю. Воякина
Verification of Remote Geothermal Method Results at the Big
Solovetskii Island while Investigation of Reasons of Extrazonal
Ecosystem Formation | 36-45 |
| А.В. Евтюшкин, А.В. Филатов
Estimation of Earth surface displacements in area of intensive oil
production in Western Siberia by SAR interferometry using
ENVISAT\ASAR and ALOS\PALSAR data | 46-53 |
| Л.Н. Захарова, А.И. Захаров
Study of Volga Riverbanks dynamics in Ulyanovsk city by means of
SAR Interferometry | 54-57 |
| А.Н. Платэ, А.В. Веселовский
Aerospace information in an integrated databank of system
«Electronic Earth» | 58-61 |
| О.Н. Полякова, В.В. Тихонов, А.Л. Дзарданов, Д.А. Боярский, Г.Н. Гольцман
Modeling of dielectric properties of the rocks containing ore minerals | 62-65 |
| Ю.Н. Серокуров, К.В. Громцев
The diamond-bearing potential of North-West territories of Canada
definition by remote sensing materials | 66-70 |
| Remote sensing of atmosphere and climate |
| Н.М. Астафьева
Monitoring and some possibilities of the phenomenon the El-Nino
prediction on the basis of global microwave radio thermal fields of
the Earth | 73-81 |
| А.Б. Белецкий, А.В. Михалев, М.А. Черниговская, Е.А. Шарков, И.В. Покровская
Manifestations of tropical cyclone activity in the atmospheric airglow
at heights of mesosphere-low thermosphere
in the south of East Siberia | 82-88 |
| М.В. Бухаров, К.Н. Головлев, Н.С. Миронова, Е.А. Сизенова
Verification of automated evaluation of a maximum wind velocity | 89-94 |
| К.Н. Вишератин, А.В. Шилкин
Solar flare activity and atmospheric ozone variations | 95-103 |
| Е.В. Волкова, А.Б. Успенский
Comparative analysis of cloud upper border assessments obtained
by AVHRR NOAA and meteorological radar | 104-110 |
| И.А. Гурвич, М.Л. Митник, Л.М. Митник
Statistical characteristics, structure and parameters of mesoscale
cyclones over the Okhotsk Sea from satellite microwave and optical
data | 111-117 |
| М.В. Заволженский, П.Б. Руткевич
Intermediate stage of tornado | 118-125 |
| Г.А. Ким, Е.А. Шарков, И.В. Покровская
Evolution and energy structure of tropical cyclone Hondo using
optical and microwave satellite data | 126-136 |
| И.Н. Мельникова, С.А. Никитин, Ш. Гатебе
An algorithm for retrieving cloud optical parameters from airborne
spectral observations of the solar radiance | 137-146 |
| М.Л. Митник, Л.М. Митник
Modeling of microwave characteristics of organized mesoscale
convection over the ocean | 147-154 |
| Э.В. Переходцева
The stability analysis of the hydrodynamic-statistical model of the
severe squalls and tornadoes forecast over the territory of Russia | 155-162 |
| М.С. Пермяков, Е.Ю. Поталова, Н.П. Маликова, В.И. Семыкин
Shallow convection and tropical cyclones formation | 163-171 |
| М.К. Пичугин, Л.М. Митник
Cold-air outbreaks over the Bering Sea:
Satellite multisensor analysis | 172-179 |
| И.А. Репина, Б.В. Иванов, Р.Д. Кузнецов
Measurement of the katabatic wind turbulent structure in the
Spitsbergen coastal zone | 180-187 |
| П.Б. Руткевич, П.П. Руткевич
Nonlinear convection in vertical axial channel | 188-192 |
| Л.Ф. Спивак, А.Г. Терехов, И.С. Витковская, М.Ж. Батырбаева
The analysis of changes of the zone of formation of salt-dust storms
from the drained bottom of the Aral Sea with using the long-term
satellite data | 193-202 |
| С.А. Стрелков, Т.А. Сушкевич, С.В. Максакова
Polarized radiation transfer in heterogeneous systems and kinetic
approach | 203-210 |
| В.И. Сячинов, М.А. Кузнецова
Cloud upper border remote detection corrections related to radiation
dispersion in clouds | 211-216 |
| А.А. Тронин, С.Г. Крицук, И.Ш. Латыпов
Satellite observations of nitrogen dioxide in Russia | 217-223 |
| Г.Р. Хайруллина, Н.М. Астафьева
Latitudinal distribution of radio brightness temperature over water
area of Atlantic Ocean | 224-234 |
| А.В. Чернокульский, И.И. Мохов
Comparison of global cloud climatologies | 235-243 |
| В.В. Чукин
Remote sensing of water vapor in atmosphere with the help of
differential subsystem of Global Navigation Satellite Systems | 244-249 |
| Е.А. Шарков
The integral and differential stochastic regimes of tropical
cyclogenesis generation in the context of climatic variations | 250-258 |
| Е.А. Шарков, И.В. Покровская
Regional tropical cyclogenesis features in the surface sea temperature
fields of the World ocean using remote sensing | 259-265 |
| СПУТНИКОВЫЕ ИССЛЕДОВАНИЯ
ИОНОСФЕРЫ |
| Л.Б. Ванина-Дарт, Е.А. Шарков
Tropical cyclone influence on the ionosphere and atmosphere as one
of the major parts of the climate processes | 269-273 |
| А.Б. Ишин, С.В. Воейков, Н.П. Перевалова, А.В. Зализовский, А.А. Сопин
Ionospheric parameters' variations registered during powerful
hurricanes near the USA Atlantic coast in 2005 | 274-279 |
| Е.С. Митюшина
Ionosphere study in the areas of tropical cyclone propagation using
satellite navigation system data by Katrina hurricane example | 280-286 |
| Н.П. Перевалова, Н.М. Полех, С.В. Воейков
Investigation of the relation of ionospheric disturbances in Eastern
Siberia and the Far East with the cyclonic activity | 287-295 |
| А.А. Романов, С.В. Трусов, А.В. Новиков, А.А. Романов
Validation of the middle latitude ionosphere tomography results on
model, ionosonde and occultation data | 296-303 |
| Е.В. Смирнова, А.В. Смирнов
The earth ionosphere monitoring during seismic events in Japan | 304-309 |
| А.В. Тертышников, И.Е. Захаренкова, В.О. Скрипачев, И.В. Суровцева, А.М. Падохин
Disturbance of total electron content of ionosphere in Kyrgyzstan
region before strong earthquake 31.12.2007. | 310-316 |
| С.В. Трусов, А.А. Романов, А.В. Новиков, А.А. Романов
Information technology of automated processing ionosphere
tomography data | 317-323 |
| М.А. Черниговская, В.И. Куркин, И.И. Орлов, Е.А. Шарков, И.В. Покровская
Joint analysis of short-period variations of ionospheric parameters in
Siberia and the Far East and processes of the tropical cyclogenesis | 324-332 |
| МЕТОДЫ ДИСТАНЦИОННОГО
ЗОНДИРОВАНИЯ РАСТИТЕЛЬНЫХ
И ПОЧВЕННЫХ ПОКРОВОВ |
| С.А. Барталев, А.А. Златопольский, А.А. Галеев, В.Ю. Ефремов, Е.А. Лупян, А.А. Мазуров, А.А. Прошин, Е.В. Флитман, Е.В. Щербенко
More precise automatic burnt out forest places space detection using
HRV, HRVIR data | 335-342 |
| С.А. Барталев, Т.С. Ховратович, В.В. Елсаков
Estimation of carbon losses in a forest ecosystem caused by logging
with the use of satellite data | 343-351 |
| Н.А. Брыксина, С.Н. Кирпотин, Ю.М. Полищук
Study of thermokarst processes dynamics in the Northern part of
Western Siberia using space images and field data | 352-359 |
| В.В. Елсаков, И.О. Марущак, В.М. Щанов
Mapping of Kozim river basin (Subpolar Ural) on basis of remote
sensing data | 360-364 |
| Д.В. Ершов, К.А. Ковганко, Е.Н. Сочилова
GIS-technology of Fire Carbon Emission Assessment using
Terra-Modis Products and State Forest Account data | 365-372 |
| В.М. Жирин, С.В. Князева
Estimation of the possibilities of forest forming species recognition
on the base of IKONOS space images | 373-379 |
| А.Н. Золотокрылин
Factors of regulation of the dry lands surface temperature using
global AVHRR-derived land climatology | 380-387 |
| В.И. Козлов, В.А. Муллаяров, В.С. Соловьев
Forest fires in Yakutia from thunderstorms | 388-393 |
| С.Г. Корниенко
Feature of transformation of vegetation on the territories of Urengoys
oil and gas deposit | 394-399 |
| Е.Л. Музылев, А.Б. Успенский, З.П. Старцева, Е.В. Волкова, А.В. Кухарский
Using land surface temperature and vegetation characteristic
estimations by high resolution satellite data for modeling vertical
water and heat transfer on river basin | 400-410 |
| С.Г. Мышляков
High Resolution Space Imagery
for Soil Recognition and Mapping of Agricultural Lands | 411-418 |
| В.И. Повх, Л.А. Шляхова, Е.А. Воробейчик
Application of the Earths remote sensing technologies to solve
problems of the grain-crops yield forecast in Adygeya Republic | 419-424 |
| И.Ю. Савин, С.А. Барталев, Е.А. Лупян, М.А. Медведева
Relationship between Vegetation Dynamics in North-Eastern Eurasia
and Solar Activity | 425-433 |
| В.С. Соловьев, В.И. Козлов
Research of features of week variations forest fires activity in Yakutia
according to RS | 434-440 |
| Е.Н. Сочилова, Д.В. Ершов, Г.Н. Коровин
Methods of course resolution forest fuel load mapping | 441-449 |
| Л.Ф. Спивак, А.Г. Терехов, И.С. Витковская, М.Ж. Батырбаева
The use of the long-term satellite data of the various resolution for
the complex estimation of the vegetative cover condition of territory
of Kazakhstan | 450-458 |
| А.Г. Терехов
Estimation of accuracy of satellite definition of cropland in framework
of method with using of different resolution data | 459-465 |
| Е.Н. Финиченко, В.В. Дмитриев, Б.Ф. Свириденко
Method of satellite phytoindication for research of transgression of
reservoirs in Western Siberia | 466-473 |
| В.А. Хамедов, В.Н. Копылов, Ю.М. Полищук, А.Н. Сугаипова, С.В. Шимов
Forestry mapping of Khanty-Mansijsk okrug on base of middle
resolution space images | 474-478 |
| ИСПОЛЬЗОВАНИЕ CПУТНИКОВЫХ
ДАННЫХ В СИСТЕМАХ
МОНИТОРИНГА |
| З.В. Андреева, М.В. Бухаров, В.А. Кровотынцев
Space monitoring of seasonal and interannual snow cover dynamics
over the European territory of Russia | 481-486 |
| О.П. Архипкин, Л.Ф. Спивак, Г.Н. Сагатдинова
Zoning on the degree of floods and fires risk of some areas of
Kazakhstan based on multi-year series remote sensing data | 487-496 |
| Л.М. Атрошенко, В.В. Богомолов, И.Ф. Букша, Н.Н. Горобец, С.И. Костяшкин, Д.С. Костяшкин, В.П. Пастернак
Technology of an estimation of components of carbon balance of the
Ukraine forests with use of the data of remote sensing of the Earth
from space | 497-505 |
| Л.М. Атрошенко, Н.Н. Горобец, А.Н. Горобец, Л.П. Сафронова
Radar cross-section of ground objects used as radar-reference
points | 506-512 |
| И.В. Балашов, В.Ю. Ефремов, Е.А. Лупян, А.А. Прошин, В.А. Толпин
Development of remote sensing complex information products
dynamic creation systems | 513-520 |
| В.М. Брыксин, А.В. Евтюшкин, А.В. Еремеев, Г.А. Кочергин
Search system of space images for a local network
with access to the initial data | 521-527 |
| Д.А. Бураков, В.Н. Копылов, В.Ю. Ромасько, Е.В. Швецова
Automated technology of monitoring a spring high water
on Siberian rivers | 528-534 |
| А.А. Матвеев, А.С. Мамаев, А.А. Прошин, Е.В. Флитман
ISDM Rosleskhoz distributed system operation monitoring
organization | 535-541 |
| В.Р. Понтус, А.Р. Понтус, И.А. Тяшкевич, И.М. Булавик, В.А. Сипач, Ж.А. Шуляк, Т.В. Гридина, О.Н. Самойленко, Е.Н. Горбачева, В.П. Тимовец
The estimation of modern condition of the state radiating-ecological
reservation «Polessky» natural complexes and elaboration of the
forecast of dynamics based of GIS-analysis of retrospective aero and
space images and selective land data | 542-551 |
| Т.А. Сушкевич, С.А. Стрелков, В.В. Козодеров, А.Б. Гаврилович, С.В. Максакова, Б.А. Фомин
Informatic-mathematical aspect of air-space hyperspectral remote
sensing of natural media | 552-559 |
| В.А. Толпин, С.А. Барталев, А.М. Матвеев, Е.А. Лупян
Analysis possibilities of satellite data archives for analog year
selection in agricultural croplands remote sensing monitoring system | 560-571 |
| А.А. Феоктистов, Н.Н. Новикова, Л.А. Пахомов, В.Ю. Александров, А.И. Захаров, П.В. Денисов
Caspian Sea oil pollution and ice cover monitoring studies under
international projects DEMOSSS and MONRUK | 572-579 |