The Research Of Breeding Law Of Siberian Tiger Based On The Entropy Theory

The Panthera tigris altaica which is one of the extremely precious species who belonged to the middle of the tiger subspecies is well known as the Siberian tiger in the world, it was defined as one of the top ten most endangered rare species of animals around the world in 2008. The Panthera tigris altaica is also well known as the Amur tiger, the manchurian tiger, the altai tiger, outline the tiger, the north Korean tiger because of the Siberian tiger scattered throughout the region and also do not unified. Most of the Siberian tigers distributed in Russia, the southeastern county samjiyon and the country bright red turbulent in north Korea and the area of changbai mountain in northeast China and other regions. Due to the environment which the Siberian tigers living becomes worse and the lack of the foods in recent years, the number of Siberian tigers reduced gradually. In order to save the endangered Siberian tigers, we intensified the efforts on the protection of Siberian tigers by using a variety of ways such as protect the Siberian tiger habitats in northeast China and establish the Siberian tiger park. The number of Siberian tigers in China was increased obviously so far. The problem coming out faced of the growing number of the Siberian tiger. How to breed the Siberian tiger scientifically became the primary problem, should not only guarantee the healthy growth of the Siberian tiger but also satisfy the economic constraints in order to solve the Siberian tiger saving problem and relieved the economic pressure. This article through studying the breeding law of adult Siberian tigers in different month, using the entropy theory of dissipative structure analysis the regular and by using regression fitting to find out the scientific diet regular of the Siberian tiger.Analyzed the Siberian tiger breeding regularity of twelve months based on the daily breeding law from 2008 to 2013 of seven Siberian tigers which were defined as the subjects named tiger one to tiger seven in Harbin Northeast Tiger Garden according to the entropy theory. According to the temperature in different months of Harbin we calculated the breeding intake and the entropy changes of Siberian tiger adults. MatlabR2014a software was used to establish the relationship of the breeding regularity and entropy changes of Siberian tiger in different’ seasons. According to the least squares method, set up a model of breeding regularity and entropy changes regularity of the Siberian tiger. Estimated the parameter of the model by using the method of polynomial regression, and compare the advantage of different fitting orders. Found out the regression equation of the entropy law and breeding law. The result showed that the Siberian tigers absorbed the negative entropy reduced which came from gathering foods in.order to maintain balance with the rose temperature of the environment; Siberian tigers absorbed the negative entropy increased with the temperature decreased, the food intake of the Siberian tiger also increased. The research of the food intake conformed to the entropy law which came from the entropy theory. The entropy changes which came from gathering foods of Siberian tiger adults presented four order regression trends and the breeding law presented seven order regression trends in different seasons. The fitting model was stable and the equation had high precision. Breeding the Siberian tiger under the laws would make the work more scientific and economic. The method of the research could provide the basic train of thought to study the other living organisms.