In this paper,the site-specific impact of climate change on sediment yield has been assessed for the Naran watershed,Pakistan.Observed data has been gathered for period 1961-2010 and HaDCM3 GCM predictors of SRES scenarios A2 and B2 have been downloaded.Future precipitation and temperature time series have been statistically downscaled for time horizon 2011-2040 and 2041-2070.Downscaled data show both increasing and decreasing changes with respect to the observation.Potential sediment yield for future related to climate change has been simulated.The results show that the both snowy and monsoon seasonal stream discharges are expected to increase.This will lead to increase in annual suspended sediment yields.Percentage-wise,a less discharge and more sediment yield are expected during the early summer.The study concluded that the climate change and variability are influencing the watershed,and suspended sediment yield is likely to increase in the future. In this paper, the site-specific impact of climate change on sediment yield has been assessed for the Naran watershed, Pakistan. Observed data has been gathered for period 1961-2010 and HaDCM3 GCM predictors of SRES scenarios A2 and B2 have been downloaded. Future precipitation and temperature time series have been minimized for time horizon 2011-2040 and 2041-2070. Downscaled data show both increases and decreasing changes with respect to the observation. potential sediment yield for future related to climate change has been simulated.The results show that the both snowy and monsoon seasonal stream discharges are expected to increase.This will lead to increase in annual suspended sediment yields.Percentage-wise, a less discharge and more sediment yield are expected during the early summer. The study originally that climate change and variability are influencing the watershed, and suspended sediment yield is likely to increase in the future.