Through analyzing water quantity of surface water cross-sections, field data of 12 groundwater monitoring sections and 33 vegetation sample plots during the 5 times of emergent water conveyance in the lower Tarim River, the relationship between groundwater restoration and vegetation response is to be found out.

It has satisfied the aim of long-distance water conveyance, balanced water use, long-distance transfer and distribution of sediment or water and sand balance, which is resulted in remarkable economic, social and environmental benefits.

Some problems of roughness selection in the design of water conveyance pipe are discussed.

Analyses and simulations of the water transfer from the lower Tarim River;

Along the water diversion route,there is no regulating reservoir with complex meteorological and hydrological conditions and difficulties of regulation,especially water transfer in ice condition.

From the first emergency water transfer in 2000, the lower reaches of the Tarim River, has carried on seven times during the seven years and the total water transfer quantity achieved 2.

Research on Ecological Effect in the Lower Reaches of Tarim River After Water Transport;

The response scope of natural vegetation in the lower reaches is obvious after ecological water transport.

The characteristics of water and sediment transporting in a compound canal is discussed and there is also a comparison of sediment transport capacity between trapezoid canal and compound canal.

Pollution remediation along east route of South-to-North Water Transfer Project and risk analysis of quality of water conveyance;