Abstract: In order to study temperature characteristics of Manakov screening solitons in biased two-photon photorefractive crystals,their intensity profiles were obtained by means of numerical simulation.Moreover,the dynamic evolution of bright-dark Manakov solitons at different temperatures was also analyzed.The results show that,when the temperature of the crystal increases,the peak intensity of two components of the bright-bright Manakov screening solitons will decrease and the full width of half maximum of two components will increase.The dark-dark and bright-dark Manakov screening solitons have the same temperature characteristics as the bright-bright Manakov screening solitons.All the results indicate that the spatial shape of solitons can be regulated by adjusting the temperature of crystals.