The　effect　of　twin　types　in　compressed　samples　on　nucleation　of　grains　and　texture　evolution　during　static　recrystallization　was　investigated　by　using　electron　backscattered　diffraction　analysis　(EBSD).　The　cylindrical　samples　were　compressed　with　a　strain　of　16%　at　room　temperature,　followed　by　annealing　after　holding　at　250℃　for　3min,　20min　and　60min,　respectively.　The　results　show　that　only　a　few　recrystallization　grains　can　be　found　in　local　regions　and　first　nucleated　within　the　twins　after　annealing　for　3min.　Recrystallization　process　can　be　completed　after　annealing　for　60min.　Further　research　shows　that　the　{1011}-{1012}　double　twins　are　the　preferred　sites　for　new　grains　nucleation,　while　the　{1012}　tensile　twins　are　unfavorable　for　the　nucleation　of　static　recrystallization.　The　misorientation　angle　distribution　between　new　grains　and　matrix　is　around　38°　randomly.　The　grain　size　can　be　refined　effectively　by　static　recrystallization,　and　the　deformation　texture　is　weakened　during　annealing.　©　2018,　Journal　of　Materials　Engineering.　All　right　reserved.