Content

Astronomy, gravimetry and space geodesy
Nepoklonov V.B., Polovnev O.V., Abakushina M.V. Тaxonomic and descriptive identification of geoid models 5-14
Sugaipova L.S. From Stokes’ integral to approximation by means of SRBF 15-22
Geodesy
Mustafin M.G., Younes J.A. Еvaluation of the results of position determination of the geodetic network points via satellite methods with various numbers of observation sessions 23-26
Fialkovskii A.L. Experimental facility for investigation of data processing methods for GNSS 27-34
Medvedev P.A. High-precision algorithms to solve the direct geodetic task via Legendre’s method 35-44
Cartography
Ostroukhov A.V. The application of SRTM 4.1 radar survey data and their derivatives to create a geomorphological basis landscape-inventory maps 45-51
Belenko V.V. Experimental researches of types and dynamics of building on space images with the purpose to map non built-up areas 52-62
Grischchenko M.Yu., Gavrilova V.I., Karpachevskiy A.M., Petrovskaya A.Y., Leonova G.M. Detailed research and mapping of the soils and the landscapes of the Veslovsky peninsula (Kunashir, Kuril islands) 63-69
Uchaev D.V., Uchaev Dm.V. Developing the ontology of the semantic content of multi-scale electronic topographic maps. Part 2. Re–engineering technology and rules of naming concepts and attributes 70-80
Cadastre
Atamanov S.A., Grigoryev S.A. Аpplication of business process diagrams to design technical tasks for cadastral works 81-84
Remote sensing and land monitoring
Chaban L.N., Beriozina K.V. Аnalysis of the informativeness of spectral and texture features while classifying the vegetation on hyperspectral airborne imagery 85-95
Beskov S.K., Glezer O.B., Gunko M.S., Medvedev A.A., Savinikh V.P. Methodology of analysis of spatial-temporal dynamics of the territories habitability: a case study of Central Russia 96-105
Savinikh V.P., Oznamets V.V., Selmanova N.N., Tsvetkov V.Ya. System-categoriсal analysis used while monitoring of the land according to the remote sensing data 106-113
Bystrov A.U. Development of the architecture of the geoinformation monitoring system of water protection areas of rivers and reservoirs 114-119
DOI: 10.30533/0536-101X-2018-62-1