The type-B authentic response regulator （B-ARR） family members are positive regulators in cytokinin signal transduction， and play important roles in plant growth and development and resistance to abiotic stresses. However， there are few studies on the B-ARR gene family in wheat. In this study， 25 B-ARR gene family members were identified from wheat genome， and their physicochemical properties， gene structure， cis-acting elements and abiotic stress-induced expression patterns were analyzed by bioinformatics methods. The results showed that all B-ARR proteins were localized in the nucleus based on bioinformatics prediction， and their secondary structure was mainly consisting of α-helix and random crimp. B-ARR genes were not evenly distributed on wheat chromosomes， and the number of B-ARR genes was the highest on chromosome 7. In addition， multiple cis-acting regulatory elements related to growth and development， hormone response， and biological and abiotic stress have been identified in the promoter regions. RT-qPCR analysis showed that the relative expression of TaARRM-like9， TaARRM-like10， TaARRM-like12 and TaARRM-like13 were significantly up-regulated under abiotic stresses treatments， including drought， salt and low temperature. This study laid a foundation for further research on the role of B-ARR transcription factor in wheat development and abiotic stress response.