Hydrological assessment of water availability periods in the Volga and Caspian Sea basins based on space and local ground monitoring
About authors
- 1 — Moscow University of Environmental Engineering
- 2 — Water Problems Institute
- 3 — Russian Aviation and Aerospace Agency
Abstract
Nonlinear models are considered in the report. The model describes the Caspian Sea level fluctuations, fluctuations of river basin runoff and water content. It is shown that sharp and unpredictable sea level fluctuations can be explained within the framework of the dynamic chaos theory. A simple model of the Earth's global climate is proposed. The model demonstrates the instability of the climate. The necessity of long-term and constant observations of the temperature regimes of the Caspian Sea and the Volga basin using aerospace monitoring is proved.
Область исследования:
(Archived) Environmental monitoring and environmental safety
Similar articles
Cross-cutting energy-environmental analysis of harmful emissions with consideration of public health risk assessment
2001 V. G. Lisienko, O. G. Druzhinina, V. A. Morozova
Integrated processing of metallurgical production wastes on the basis of research of high-temperature physicochemical processes of metal smelting
2001 B. A. Bauman, E. E. Baryshev, V. S. Tsepelev, G. V. Tyagunov
Justification of parameters of the directional non-explosive method of rock destruction on the basis of expanding cement mixture
2001 Yu. A. Borovkov, K. V. Sharov
Calculation of surface annual average concentrations of nitrogen oxides from emissions of heat power enterprises in Moscow
2001 N. D. Rogalev, V. B. Prokhorova, T. F. Basova, N. V. Khatuntseva