Calculation of Chinese shadow price of water resource based on dynamic computable equilibrium models

This paper put forward a new approach based on the dynamic input-output optimizing model to solve the problem on the optimized allocation of water resource through long-period span. Firstly, we bring forward the nonlinear dynamic input-output optimizing model concerning the broad-sense shadow price. Secondly, we bring forward the calculation approach and the process. Lastly, by using the 1999 Input Output 33 sectors water resource tables in China and 9 major rivers tables, we bring forward the result of shadow price 1949-2050 in China and 9 major rivers.