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Using Monte Carlo Simulation to Ascertain a Biodiversity Funding Order

摘要


Restoring Florida's endangered plant species and managing them in the future will require a model solution. In this paper, we use the Monte Carlo Simulation model to calculate the annual minimum funding to provide the FRPCE board with a 'long-term and reliable' recommendation over time. Of course, our random analysis is limited to the 48 endangered species. The goals we comprehensively considered were the most satisfying, with the smallest amount raised each year, the largest number of 'most deserving' species funded each year, and the most satisfying program the 'Best' fund-raising program. The specific steps are to generate a 0-1random matrix of 48 rows and 10000 columns according to Feasibility of Success, that is, 100 times per random experiment simulation funding scheme ,then take the average of the 10000 trials as the minimum fund raising amount. At last we use the Monte Carlo model to simulate the funding results by MATLAB. The "best" Fund raising plan is given according to the maximum 'degree of satisfaction'. And the result shows that the stability of P test of 'degree of satisfaction' is ideal. At last, we gave the funding proposal and funding order based on the Monte Carlo Model and Grey incidence analysis, and get the priority protective order of endangered plants in Florida.

參考文獻


REGAN, TRACEY J. TAYLOR, BARBARA L. ,THOMPSON, GRANT G. COCHRANE,JEAN FITTS,RALLS, KATHERINE,RUNGE,MICHAEL C.,MERRICK, RICHARD,Testing Decision Rules for Categorizing Species' Extinction Risk to Help Develop Quantitative Listing Criteria for the U.S. Endangered Species Act,DOI: info:doi/10.1111/cobi.12055,2013.
Qin Haining, Zhao Lina, Yu Shengxiang, Assessment of endangered levels of angiosperms in China [J] Biodiversity Science, 2017, 25(7):745-757.
Zhang zejin, Guo Yanpei, He Jinsheng, Evaluation on the protection status of small population wild plants in China, Biodiversity Science.

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