Information-analytical system for decision support in the field of environmental security and environmental monitoring at the Environment Management in the Arctic zone of the Russian Federation taking into account different scales CLIMATE CHANGE

摘要

The invention relates to the field of data processing with the help of specialized devices of computer technology and can be used for modeling and creation of information-analytical systems for decision support in the field of environmental security and environmental monitoring in environmental management in the Arctic zone of the Russian Federation, taking into account different scales of climate change . The required technical result is to increase the accuracy and reliability of the decisions in the field of environmental security and environmental monitoring in environmental management in the Arctic zone of the Russian Federation, taking into account different scales of climate change. He achieved in a system comprising resource allocation block, the formation of resources, group formation of private income units, block the formation of the total income, the block formation of the investment share of resources, a comparator with an acceptable level of risk, as well as the setting unit climatic risks specific to the Arctic zone of the Russian Federation, the setting unit an acceptable level of environmental safety and environmental monitoring in environmental management in the Arctic zone of the Russian Federation. Due introduced to improve the known device achieved the desired technical result consists in increasing the accuracy and reliability of the decisions made, as it allows for control decisions based on comparing the magnitude of the total yield with an acceptable level of risk to changing the set level of environmental safety in time and environmental monitoring in environmental management in the Arctic zone of the Russian Federation, and the contribution of time-varying set to limaticheskih risk characteristics of the Russian Arctic, which also affect the accuracy of performance and reliability of decisions. 1 ZP f-ly 1 Fig.