Yichen Lu, Spencer S Langerman, Emily McCain, Kelly Magee, Sophia L Maund, Minu K Srivastava, Meghna Samant
Response- and Progression-Based End Points in Trial and Observational Cohorts of Patients With NSCLC
JAMA network open
effective catchment management intervention hydrological systems processbased understanding hydrological connectivity required conceptual rather solely empirical understanding drives systems interpreted ii understanding continuous flow fields develop different sets environmental conditions enable managers know intervene catchment processes successfully order direct future research processbased hydrological connectivity paper evaluates extent different concepts hydrological connectivity emerged different approaches measure predict flow different environments ii discusses extent different concepts mutually compatible iii assesses research contribute unified understanding hydrological processes existing research categorised five different approaches investigating hydrological connectivity evaluating soilmoisture patterns soilmoisture connectivity ii understanding runoff patterns processes hillslopes flowprocess connectivity iii investigating topographic controls terrainconnectivity including impact road networks hydrological connectivity catchment runoff iv developing models explore predict hydrological connectivity v developing indices hydrological connectivity analysis published research suggests relationship research group approach geographic setting interpretation hydrological connectivity understanding hydrological connectivity knowledge needs developed using range techniques approaches common understandings researchers approaching concept different perspectives meanings need communicated effectively responsible land management