A statistical model of spatial and temporal variability of long- and short-wave components of the Earth's radiative balance (RBZ) has been developed. The model reflects main features of anomalous natural phenomena in dynamically unstable climatic system. Based on the data of space observations of the RBZ components obtained by different space systems, including Russian ones, the time series of global fields of both components of the outgoing radiation for the last 20 years is reconstructed. The possibility of predictability of the behavior of anomalous natural phenomena based on the study of remote (teleconnections) of the observed radiation processes in the energy active zones of the Earth and "other regions" of the globe is analyzed.
Theoretical model of quantitative assessment of the progressive development of the ecosystems with the application of time series of remote sensing satellite recordings. As a result of the ecosystems' remote sensing of synological and regional scale, received by satellites, there has been formed the computer database, has been made the scientifically acknowledged model validation, has been carried out the formalization and has been created the new theoretical model of quantitative assessment of the progressive development of ecological systems, which use the time series obsewations of natural objects made by the special space equipment as the basic data, there have been worked out the pattern generation algorithm and the software support of the model; the model was approved on a test polygons, sup- plied with a sufficient number of satellite and ground-based observation recordings. On the basis of this research the model was adapted for the solution of the prognostic tasks of the development of the regional ecosystems in conformity with the highly informative satellite recordings.
