System of integrated assessment of the environmental condition of objects based on GIS
About authors
- 1 — Prognoz Research Institute of Radioelectronic Systems for Forecasting Emergency Situations at St. Petersburg Electrotecnical University
- 2 — Prognoz Research Institute of Radioelectronic Systems for Forecasting Emergency Situations at St. Petersburg Electrotecnical University
- 3 — Prognoz Research Institute of Radioelectronic Systems for Forecasting Emergency Situations at St. Petersburg Electrotecnical University
- 4 — Prognoz Research Institute of Radioelectronic Systems for Forecasting Emergency Situations at St. Petersburg Electrotecnical University
Abstract
The system of forming and obtaining complex assessments of the ecological state of environmental objects on the basis of heterogeneous data and modeling results, taking into account the characteristics of uncertainty was created. Based on the conducted metrological analysis of the main types of data, algorithms for the construction of a normalized space of estimates, which provide the formation of complex and comprehensive estimates based on the layer-by-layer organization of projects in the technology of geographic information systems, were implemented.
Область исследования:
(Archived) Problems of environmental monitoring and environmental safety
Funding:
None
Similar articles
Development of methods and hardware for monitoring of water ecosystems state
2003 S. V. Kachin, O. P. Kalyakina, V. N. Lopatin, L. A. Shchur, A. I. Rubailo, N. I. Pavlenko, A. D. Aponasenko, G. V. Makarskaya
Analysis of radiation risks for the population of the Urals region using threshold and threshold-free models
2003 A. V. Kruzhalov, M. V. Zhukovskii, A. V. Pavlyuk
Development of the basis for the construction of acoustic-radar systems of remote sensing of the surrounding space for environmental monitoring tasks
2003 A. A. Kalmykov, V. I. Elfimov
Landscape dynamics in the area of Udachninsky MPP (Yakutia) based on remote sensing data
2003 Yu. N. Serokurov, A. M. Lyukhin, I. V. Kalmykov