Resource environment bearing capacity measurement and risk management and control method based on risk theory

Abstract

The invention belongs to the technical field of computer software, and discloses a resource environment bearing capacity measurement and risk management and control method based on the risk theory, which comprises the steps that after collected data are transmitted to a computer, data preprocessing, classification and storage are carried out, risk factor recognition of a resource environment is carried out through the short board technology, and a large database of the resource environment bearing capacity is established; health, property and life risks of the resource environment are calculated and classified according to the resource environment data stored in the computer; resource environment data stored in a computer are called, and a storage data set of resource bearing capacity is established; game analysis is carried out on the basis of benefits-cost ratio, and comprehensive evaluation on resource bearing capacity is carried out; and risk adaptation, transfer and emergency disposal schemes are formulated. According to the risk-based resource environment bearing capacity evaluation principle, the risk-based resource environment bearing capacity evaluation technical method system and evaluation criteria, new theories and key technologies are provided for resource environment bearing capacity evaluation, and a basis is provided for demarcation of three red lines in territorial space development.

Description

technical field [0001] The invention belongs to the technical field of computer software, and in particular relates to a risk theory-based resource and environment carrying capacity measurement and risk control method. Background technique [0002] At present, the existing technologies commonly used in the industry are as follows: [0003] The carrying capacity of resources and environment is one of the basic elements that must be considered in national economic and social development planning, and it is also a manifestation of the comprehensive competitiveness of cities. Therefore, the scientific and quantitative evaluation of carrying capacity of resources and environment has become a frontier topic of interdisciplinary research in many fields , is the key to ecological civilization in the construction of new urbanization. However, the theory of resource and environment carrying capacity is a new theoretical point and research hotspot, and there is still no fixed theoreti...

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Problems solved by technology

[0008] To solve the above existing problems, we must first solve two problems: the determination of the bearing capacity threshold is very critical and difficult; the threshold, boundary, and critical point are control variables, and a very small increment will produce a relatively large response variable ; due to the complexity of the earth system, the threshold point is difficult to locate

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