State and prospects of scientific and technical support of Surveying and Mapping branchPrusakov A.N., Yablonskiy L.I. |
64–70 |
Capabilities of Russian space remote sensing systems for the purpose of topographic mappingNekhin S.S., Bezrukov D.I. |
71–74 |
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 |
About Strategy of surveying and mapping coverage of the Russian FederationVasiliev I.V., Korobov A.V., Pobedinskiy G.G. |
4–11 |
Transition of surveying production methods to autonomous satellite coordinate definitions. On the 20th anniversary of the ConceptBasmanov A.V., Gorobets V.P., Zabnev V.I., Zubinskiy V.I., Lazarev S.A., Makarenko N.L., Pobedinskiy G.G., Sermyagin R.A., Stolyarov I.A. |
12–25 |
Status and prospects of development of the topographic aerial photographyBabashkin N.M., Nekhin S.S. |
107–110 |