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Capabilities of Russian space remote sensing systems for the purpose of topographic mappingNekhin S.S., Bezrukov D.I. |
71–74 |
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Automate processing of remote sensing data in the software package IMAGE MEDIA CENTERIvanova K.A., Goryunova V.N. |
75–80 |
|
Influence of atmospheric correction methods at the calculation of vegetation indices on hyperspectral imagesZubkova K.I., Permitina L.I., Chaban L.N. |
84–87 |
|
About the problem of creating a complex system to monitor catastrophic natural phenomena on the base of using ground and space watch facilitiesRazumov V.V., Razumova N.V., Tsadikovsky E.I., Linkov A.D. |
88–93 |
|
Space forecasting monitoring constellation as a basis for integrated natural disasters warning systems creationAlexeev O.A., Razumova N.V., Tsadikovsky E.I., Linkov A.D. |
94–99 |
|
Short-term forecasting of strong earthquakes and warning about their rise using ground and space monitoring dataPulinets S.A., Tsadikovsky E.I., Razumova N.V. |
100–103 |
|
Status and prospects of development of the topographic aerial photographyBabashkin N.M., Nekhin S.S. |
107–110 |
|
Domestic periodical publications on geodesy and cartography. On the 90th anniversary of the magazine "Geodesy and Cartography"Litvinov N.Yu., Nekhin S.S., Pankin V.F., Pobedinskiy G.G., Popadyev V.V., Yablonskiy L.I. |
111–129 |
|
Russian Society of Geodesy, Cartography and Land ManagementDrazhnyuk A.A., Tagunov V.P., Shayapov R.G. |
130–138 |
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About Strategy of surveying and mapping coverage of the Russian FederationVasiliev I.V., Korobov A.V., Pobedinskiy G.G. |
4–11 |
