The Smithi′s zoker (Myospalax smithi) burrows throughout its life in dark subterranean tunnels.

AimIn order to determine if there are some special structures for the transmission of seismic communication in Smithi′s zoker (Myospalax smithi) and Mandarin vole (Microtus mandarinus).

Sequences analysis of mtDNA D-loop region in four zokors species;

Dynamics of age structure and breeding characteristics of zokor population in the improved secondary forests;

An experiment with several rodenticides on zokor control;

Analysis on structure of tunnel of zoker with principle of architectural engineering;

Chemical control was used at the begining to reduced the density of zoker,mechanical control,then,would follow to kill the remains.

On the basis of population ecology of zoker, the tactics and the scheme about integrated pest management of forest zoker were proposed.

Research on anti-oxidative effects of fat soluble component in muscle of Plateau Zokor(Myospalax baileyi);

Seasonal changes of myoglobin in cardiac and skeleton muscle of Plateau Zokor(Myospalax baileyi);

Quantitative analysis of linoleic acid in lipid of Plateau Zokor(Myospalax baileyi);

Study on the nutritive components and value of Myospalax baileyi;

Nuclear Ribosomal RNA Small Subunit (18S rRNA) Nucleotide Sequencing and Characterization of Sailonggu(Whole Bone of Myospalax baileyi Thomas);

Nuclear Ribosomal RNA Small Subunit (18S rRNA) Nucleotide Sequencing and Characterization of Sailonggu(Whole Bone of Myospalax baileyi Thomas);

Test on the Control of Myospalax cansus Harm to Forest in Yuanzhou Area of Guyuan City;

In order to study the adaptive evolution of the fossorial life of rodent, three different phenotypic rodents including typical subterranean rodent Myospalax cansus, semi-subterranean rodent Lasiopodomys mandarinus and surface-dwelling rodent Mus musculus were selected to analysis their digging efficiency in this study.