Design And Implementation Of The Timber Production Forest Resources Value Evaluation System

The society’s increasing dependence on timber, has caused the timber to be considered as an effective factor in economic growth and development that plays a remarkable role in various sectors of the economy. Timber is known as one of the most influential factors in the economic growth theories. At the same time, the examination of economic aspects of calculation of timber land and its consequences is very important, especially in terms of its consumation at the current increasing trend. Therefore, the calculation of values of timber land can give the correct direction to policies adopted. Hence, studying and calculating of timber land’s value is necessary. This dissertation mainly introduces value of timber land mamagement system, based on.NET and3layers architecture, useing access2007database and C#language.The main contents of this dissertation are as follows:(1)This dissertation introduces the concept of the timber value estimate system, a brief description of the research status of the subject at home and abroad, and the necessity and significance of the system.(2)By using the main design method of facing the object-oriented in software project, this dissertation mainly introduces the business needs, functional demand, non-functional demand, system architecture, functional design and database design of the timber production forest resources value evaluation system. At the same time, on the major part like evaluation algorithm and report printing, this thesis has given the code realization process, the system realization effect and function as well as function test results.(3)This dissertation gives a overall analysis of the value calculation methods of the timber production forest resources. By using the methods for timber calculation, this thesis finds out the technical problems related to accuracy and at the same time, this dissertation comes up with availability in the system used to calculate the amount of timber cut model. The above all help to make calculation results which reflect the timber production forest resources value in a more real way.The conclusion can be drawn as follows:(1) Through the implementation of this research, the problem like the complex, heavy workload and tax statistics difficult are solved. At the same time, the efficiency assessment has improved remarkablely. (2) The conclusion of this thesis has obviously helped to change the complex situations of calculation methods and to solve the problem of assessment data stored inconvenience.This software helps to improve the efficiency and accuracy of timber production forest resources value evaluation and has played a role in transfer of ownership of forest resources which has achieved some economic and social effects.