valley confinement and conveyance is examined. underlying geology and landscape geology. Summarise evolution floor configuration. Catchment scale Catchment How valley segments and land Measure the effective catchment area. Sub catchment variability in configuration systems fit together and are Appraise how sub catchments fit together at patterns of valley segments and connected across a catchment the catchment scale through integration of land systems which are controlled to explain across catchment sub catchment-scale relationships. Frame by underlying geology and variability in patterns of this in terms of analysis of how catchment landscape evolution. (dis)connectivity and flux. shape, elongation ratio, etc. impact upon sediment conveyance, storage, etc. Determine the position of the most downstream blockage that impedes sediment output from the system. Predict the sensitivity of the landscape to change, where change will occur and be propagated from, and likely geomorphic responses
valley confinement and geology. Summarise floor configuration. conveyance is examined. underlying geology and landscape evolution Catchment scale Catchment configuration How valley segments and land systems fit together and are connected across a catchment to explain across catchment variability in patterns of (dis)connectivity and flux. Measure the effective catchment area. Appraise how sub catchments fit together at the catchment scale through integration of sub catchment-scale relationships. Frame this in terms of analysis of how catchment shape, elongation ratio, etc. impact upon sediment conveyance, storage, etc. Determine the position of the most downstream blockage that impedes sediment output from the system. Predict the sensitivity of the landscape to change, where change will occur and be propagated from, and likely geomorphic responses Sub catchment variability in patterns of valley segments and land systems which are controlled by underlying geology and landscape evolution.