Network;"Objective of the network";"Synergies or gaps with DRYvER"
"“Drought in the Anthropocene” working group of the International Association of Hydrological Sciences (IAHS)";"This working group of the Panta Rhei scientific decade focuses on the anthropogenic influences in streamflow drought under global change.";"DRYvER WP1 leader (INRAE) is an active member of this working group and will make the project benefit from the recent advances in modelling anthropogenic influences on low-flows and intermittent rivers."
"UNESCO EURO FRIEND-Water “Low flow and drought” group";"Coordinating and fostering research on drought and low-flows across Europe";"DRYvER WP1 leader (INRAE) is an active member of the group and will promote links between groups."
"ISIMIP: The Inter-Sectoral Impact Model Intercomparison Project ";"ISIMIP offers a framework for consistently projecting the impacts of climate change across affected sectors and spatial scales. An international network of climate-impact modellers contributes to a comprehensive and consistent picture of the world under different climate-change scenarios.";"DRYver will make the best use and exploit ISIMIP products, i.e. an ensemble of projections of future runoff/streamflow derived by a large of global hydrological modelling groups in a consistent manner, providing new information on DRN-related futures."
"The 1000 Intermittent River Project (1000IRP)";"An international network fostering the use of coordinated experiments to unravel the role of DRN on C fluxes";"INRAE and UGA are members of the core group leading this network. This will facilitate the clustering with international activities on DRN and data compiled will be made available."
water@leeds;"water@leeds is one of the largest interdisciplinary networks for water research in any university in the world. The water@leeds team comprises over 160 professionals from across the different departments and faculties of the UoL, ensuring a cross-section of expertise and different disciplinary backgrounds. water@leeds has over 1000 partners across 143 countries.";"water@leeds encompasses expertise from across the physical, biological, chemical, social and economic sciences and engineering as well as the arts. This will allow DRYvER to benefit from this wide-ranging expertise, but also it will be used as a platform for the international dissemination of new knowledge generated by DRYvER."
StreamCLIMES;"StreamCLIMES is the first coordinated study of DRNs in the United States. The StreamCLIMES team will coordinate extensive sampling efforts (hydrological and biological), and spatial ecological models will be used to explore how future climate-change-driven drying patterns could alter stream biodiversity patterns.";"The conceptual ideas and research approaches of StreamCLIMES bear many similarities to those of DRYvER. UO is the lead investigator of StreamCLIMES. His role will be to synergise linkages with DRYvER and the data and work products produced by StreamCLIMES."