Water 2100
[*]Where these maps came from

Drawn by the Think Tank's members, working together in a room for a day. They show the water–land system as the people present understood it: three layers: the natural world, the built environment, and the rules and the money. They are a starting point, not a finished picture: they carry the knowledge, biases and blind spots of the people in the room, and not every part of the system was represented. They will change as the work goes on. Anyone taking part can comment on or amend them on the working board in the last tab.

Biophysical table · systems map

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CLIMATE [5]ClimateLAND [4]LandMODELS [3]ModelsSOCIAL CONTEXT [7]Social contextUSERS [8]UsersLIFE [3]LifeWATER AND COAST [6]Water and coastTOPOGRAPHY AND GEOLOGY [10]Topography and geologyVEGETATION [3]Vegetation Temperature ↔ Vegetation · physical flowTemperature ↔ The Coast, Estuaries + The Sea · physical flowTemperature → Topography · physical flowLand Managers → Topography · authority and regulationLand Managers → Temperature · authority and regulationThe Land → Can we build Systems Models that can predict · authority and regulationTopography → Vegetation · physical flowVegetation → Soil / Geology · authority and regulationSurface Roughness → Geology · physical flowSurface Roughness → Biogeochemistry · physical flowIn-situ usesUsers → Surface Roughness · authority and regulation · ‘In-situ uses’In-situ usesUsers → Rivers + water courses · authority and regulation · ‘In-situ uses’Long term change → Rivers + water courses · physical flowLong term change → Ecosystems · physical flowSoil → Rivers + water courses · physical flowRivers + water courses → Ecosystems · physical flowBiota defining qualityAquatic Biodiversity → Rivers + water courses · authority and regulation · ‘Biota defining quality’Rivers + water courses ↔ Water Transport · physical flowRivers + water courses ↔ Water Transport · authority and regulationWater Transport → Lakes / Wetlands · money(change) + valuesWater Transport → Rivers + water courses · money · ‘(change) + values’Erosion / Change → Abstractors Discharge · physical flowErosion / Change ↔ Abstractors Discharge · moneyFood production → Erosion / Change · physical flowErosion / Change → Animals — Farm, wildlife, Domestic · physical flowAquatic life → The Coast, Estuaries + The Sea · physical flowIncreased Cultural ValueThe Coast, Estuaries + The Sea → Water Transport · money · ‘Increased Cultural Value’Aquatic Biodiversity → Water Transport · moneyMONEY / RESOURCEUsers ↔ Social context · money · ‘MONEY / RESOURCE’FORMALSocial context → Users · authority and regulation · ‘FORMAL’INFORMALSocial context → And can / will society work with these models · authority and regulation · ‘INFORMAL’Can we build Systems Models that can predict → And can / will society work with these models · information, or anything elseAnd can / will society work with these models → System · information, or anything else Climate — global / localClimate — global / localClimate futureClimate futureThe WeatherThe WeatherPrecipitationPrecipitationTemperature– Changing temperatures driven by climatechangeTemperatureLand ManagersLand ManagersLandscape managers– Like National TrustLandscape managersThe Land– Type, Status, impactsThe LandBuilt Environment– Surfaces run off– Population demand– STWBuilt EnvironmentSystem– There is no such thing as a land-watersystem (yet!)SystemAnd can / will society workwith these modelsAnd can / will society work with these modelsCan we build Systems Modelsthat can predictCan we build Systems Models that can predictCommunities– Existing within landscapeCommunitiesThe Artistic Sector– Cultural connection to waterThe Artistic SectorRegulation / Policy– Short term gov policyRegulation / PolicyRights of Rivers themselves– Having the right to have its own outcomes,not oursRights of Rivers themselvesSocietal "Value"– kinship– cultural– economicSocietal "Value"Spiritual– Is there a spiritual aspect?SpiritualPolitics– Change of gov– Prioritisation of enviro / industry / PWScostsPoliticsRecreation + tourismRecreation + tourismUsers– All usersUsersRecreational Water UsersRecreational Water UsersWater Transport– Barges– Canals– Houseboats– Docks + Shipping– DredgingWater TransportAbstractors Discharge– For People, Energy, Industry– Drinking waterAbstractors DischargeFood production– Input to food supplyFood productionWater "farmers" — Fish,Watercress– Requirements for water quality + flow– Also impact qualityWater "farmers" — Fish, WatercressFarmers– Big water users (abstractors)– Land managers– Fertilise soil & lead to run offFarmersAnimals — Farm, wildlife,DomesticAnimals — Farm, wildlife, DomesticAquatic BiodiversityAquatic BiodiversityAquatic lifeAquatic lifeEcosystems– [mainly human modified]EcosystemsRivers + water coursesRivers + water coursesLakes / WetlandsLakes / WetlandsFloodplains, Estuaries etc– Coastal aquifersFloodplains, Estuaries etcErosion / Change– Increased or active use– Shifts soil & debris (removes)– New materials– Do you control it or allow to evolve?Erosion / ChangeThe Coast, Estuaries + The Sea– Historical use– Bathing waters– Constrained / Changing ModifiedThe Coast, Estuaries + The SeaTopographyTopographySoil / Geology– HydrologySoil / GeologyLand–water interfaceLand–water interfaceSurface Roughness– "Kinematic storage"Surface RoughnessGeology– Drives water storage / flowGeologyBiogeochemistryBiogeochemistrySoil biologySoil biologyAquifersAquifersLong term change– Fossil waterLong term changeSoil– Regulates flows through the hydro. systemSoilFauna and FloraFauna and FloraVegetationVegetationPlants — Crops, habitats, rawmaterials– Contains water– Delivers ecosystem servicesPlants — Crops, habitats, raw materials EVIDENCE GAPLink between Society +"Formal users"Evidence gap. Link between Society + "Formal users"EVIDENCE GAPWhere are there PerverseIncentives? Regulation /Financial / Physical }that create strangeoutcomesGAP. Where are there Perverse Incentives?EVIDENCE GAPWhere is our diversityof thinking? How do weaccess diverse groups?GAP. Where is our diversity of thinking? How do we access diverse groups?EVIDENCE GAPIn past had top down.With new informationownership, can thatwork? How will societyreact?GAP. In past had top down. With new information ownership, can that work? How will society react?EVIDENCE GAP: Future Demand(SPATIAL)Gap: Future Demand (SPATIAL) SYSTEMIC CHALLENGECan the system move asfast as the Climatedrivers suggest we willneed to, especially withuncertaintyCan the system move as fast as the Climate drivers suggest we will need to, especially with uncertaintyEVIDENCE GAPPredicted weather modelsfor 2100 that work offsome assumptions?Predicted weather models for 2100 that work off some assumptions?SYSTEMIC CHALLENGESpatial Planning. Can itwork?Spatial Planning. Can it work?SYSTEMIC CHALLENGEBalancing impact of landuse (food production,built environment,housing) on thehydrological systemBalancing impact of land use (food production, built environment, housing) on the hydrological systemSYSTEMIC CHALLENGEThe political timeframeslimit ability to addresslong-term infrastructurechallengesThe political timeframes limit ability to address long-term infrastructure challengesSYSTEMIC CHALLENGEHow do you maximise‘value’ when you can’tdefine it or understandhow it might change foreach personHow do you maximise ‘value’ when you can’t define it or understand how it might change for each personEVIDENCE GAPGet values fromelsewhere in the worldand apply them to here.Forum 4 T Future, orsystems change globallyGet values from elsewhere in the world and apply them to here. Forum 4 T Future, or systems change globallyEVIDENCE GAPFuture water and publichealth links. How willthis change.Future water and public health links. How will this change.SYSTEMIC CHALLENGEHow much are we preparedto intervene to makecatchments work in aparticular way?How much are we prepared to intervene to make catchments work in a particular way?EVIDENCE GAPHow far can hardengineering take us, andat what cost?How far can hard engineering take us, and at what cost?SYSTEMIC CHALLENGEHow much can we do tobreak this link?Increasing abstractioncan’t be sustained bynatural environment withchanging biophysics(erosion / lessrainfall)How much can we do to break this link? Increasing abstraction can’t be sustained by natural environment with changing biophysics (erosion / less rainfall)EVIDENCE GAPHow vulnerable is ourbuilt env’t to weatherin a changed climate(pipes, flood banks)How vulnerable is our built env’t to weather in a changed climate (pipes, flood banks)EVIDENCE GAPHow might housing / techchanges / how people‘live’ / peoples homeshave changedrequirements?How might housing / tech changes / how people ‘live’ / peoples homes have changed requirements?EVIDENCE GAPWhat if we didn’t supplydrinking water?What if we didn’t supply drinking water?SYSTEMIC CHALLENGESHIFTING BASELINES —governance models arebecoming increasinglydifficult to manage(regulate withstandards) due toshifting bio-physicallandscapeSHIFTING BASELINES — governance models are becoming increasingly difficult to manage (regulate with standards) due to shifting bio-physical landscapeEVIDENCE GAPHow does shiftingclimates impact thebio-physicalenvironment? (i.e.marine life,biodiversity)How does shifting climates impact the bio-physical environment? (i.e. marine life, biodiversity)SYSTEMIC CHALLENGEHow do you manage andenable an uncertainfuture ecology througheg: regulatory,engineering levers?How do you manage and enable an uncertain future ecology through eg: regulatory, engineering levers?EVIDENCE GAPHow far can we engineernature in a catchment torelieve water pressures?How far can we engineer nature in a catchment to relieve water pressures? Social Context Influences Everything KEYAuthority and regulationPhysical flowMoneyInformation, or anything elseStarts here, acts on thereStrainedEvidence gapSystemic challenge
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