A kind of metamaterial aiming at locally co-enhancing the electric and magnetic fields of the incident pulse at terahertz (THz) band is designed.Numerical simulation demonstrates that a remarkable enhanced and highly localized electromagnetic filed is expected to be generated utilizing the struct ure under the irradiation of normal incident terahertz pulse,and 20and 14times of magnitude of enhancement for the electric and magnetic components of the incident pulse are expected,respectively.The enhanced el ectric and magnetic fields are confined in an area of μm^2scale without spatial overlap.Theoretical explanat ion of the local enhancement of the electric and magnetic fields is given via analyzing the surface curre nt distribution and the charge accumulation of the structure based on the plasmon theory.The capacita nce effect and aggregation effect of surface current engendered by the specially designed structure of the metamateri al are the causes of local enhancement of the electric and magnetic fields.Moreover,the key geometry parame ters on the field enhancement are analyzed concretely.The proposed metamaterial is hopeful to be applied to ma ny fields,such as THz near-field optics,nonlinear optics and the interaction of THz wave with magnetically ordered structure,etc.