Temporal and spatial anomalies associated with the Yushu earthquake, including the Outgoing Longwave Radiation( OLR), the Land Surface Temperature( LST) and surface temperature from the National Center for Environmental Prediction( NCEP) are studied using thermal infrared remote sensing data in this paper. All results confirmed the previous observations of thermal anomalies in the seismic region prior to this earthquake.Among the multi-parameter anomalies, the underground water temperature anomaly appeared first and lasted for the longest time; OLR anomaly,an infrared parameter which indicates the radiation characteristics of the land surface medium,was the first to be detected; LST anomalies appeared later than OLR. NCEP temperature indicates the average atmosphere temperature with a certain vertical thickness; therefore,it was the last detected anomaly. The anomalies of OLR and LST lasted for a similar time length and were all located in the south or southwest of the epicenter. Temporal and spatial anomalies associated with the Yushu earthquake, including the outgoing Radwave Radiation (OLR), the Land Surface Temperature (LST) and surface temperature from the National Center for Environmental Prediction (NCEP) are studied using thermal infrared remote sensing data in this paper . All results confirmed the previous observations of thermal anomalies in the seismic region prior to this earthquake. Among the multi-parameter anomalies, the underground water temperature anomaly had first and lasted for the longest time; OLR anomaly, an infrared parameter which indicates the radiation characteristics of the land surface medium, was the first to be detected; LST anomalies appeared later than OLR; therefore, it was the last detected anomaly. The anomalies of OLR and LST lasted for a similar time length and were all located in the south or southwest of the epicenter.