Tieguanyin　tea,　a　renowned　oolong　tea,　is　one　of　the　ten　most　famous　teas　in　China.　The　Squamosa　Promoter　Binding　Protein　(SBP)-box　transcription　factor　family,　widely　present　in　plants,　plays　a　crucial　role　in　plant　development,　growth,　and　stress　responses.　In　this　study,　we　identify　and　analyze　22　CsSBP　genes　at　the　genome-wide　level.　These　genes　were　distributed　unevenly　across　11　chromosomes.　Using　Arabidopsis　thaliana　and　Solanum　lycopersicum　L.　as　model　organisms,　we　constructed　a　phylogenetic　tree　to　classify　these　genes　into　six　distinct　subfamilies.　Collinearity　analysis　revealed　20　homologous　gene　pairs　between　AtSBP　and　CsSBP,　21　pairs　between　SiSBP　and　CsSBP,　and　14　pairs　between　OsSBP　and　CsSBP.　Cis-acting　element　analysis　indicated　that　light-responsive　elements　were　the　most　abundant　among　the　CsSBP　genes.　Protein　motif,　domain,　and　gene　architecture　analyses　demonstrated　that　members　of　the　same　subgroup　shared　similar　exon-intron　structures　and　motif　arrangements.　Furthermore,　we　evaluated　the　expression　profiles　of　nine　CsSBP　genes　under　light,　shade,　and　cold　stress　using　qRT-PCR　analysis.　Notably,　CsSBP1,　CsSBP17,　and　CsSBP19　were　significantly　upregulated　under　all　three　stresses.　This　study　provides　fundamental　insights　into　the　CsSBP　gene　family　and　offers　a　novel　perspective　on　the　mechanisms　of　SBP　transcription　factor-mediated　stress　responses,　as　well　as　Tieguanyin　tea＇s　adaptation　to　environmental　variations.