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Case Study > Natural, Societal & Political Domain Variables: Water Quantity & Land Use: urban

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Natural, Societal & Political Domain Variables: (Click arrow to add another value)

- Assets - Ecosystems - Governance - Values and Norms - Water Quality - Water Quantity - Other - None

Climate:

- Arid/desert (Köppen B-type) (4) - Continental (Köppen D-type) (4) - Dry-summer (9) - Dry-winter (3) - Humid mid-latitude (Köppen C-type) (5) - Moist (2) - Moist tropical (Köppen A-type) (4) - Monsoon (4) - Semi-arid/steppe (Köppen B-type) (6) - temperate (3)

Land Use: (Click arrow to add another value)

- agricultural- confined livestock operations - agricultural- cropland and pasture - conservation lands - forest land - industrial use - mining operations - rangeland - religious/cultural sites - urban - urban- high density - Other - None

Water Use:

- Agriculture or Irrigation (17) - Domestic/Urban Supply (13) - Fisheries - farmed (1) - Fisheries - wild (3) - Hydropower Generation (12) - Industry - consumptive use (3) - Industry - non-consumptive use (5) - Livestock (3) - Other Ecological Services (5) - Recreation or Tourism (4)

Stakeholder Type:

- Community or organized citizens (14) - Cultural Interest (1) - Development/humanitarian interest (6) - Environmental interest (13) - Federated state/territorial/provincial government (9) - Industry/Corporate Interest (11) - Local Government (12) - Non-legislative governmental agency (12) - Sovereign state/national/federal government (15) - Supranational union (4)

Key Question:

- How can consultation and cooperation among stakeholders and development partners be better facilitated/managed/fostered? (3) - How can costs for water quality projects be distributed between polluters and beneficiaries? (1) - How can government be dis/incentivized to offer an inclusive planning process? (1) - How can mutual trust amongst riparians be nurtured? What actions erode that trust? (1) - How do issues of equity and development impact the identification of stakeholders in cases involving hydropower or other revenue generating water infrastructure? (2) - How does asymmetry of power influence water negotiations and how can the negative effects be mitigated? (2) - To what extent can international actors and movements from civil society influence water management? How and when is this beneficial/detrimental and how can these effects be supported/mitigated? (2) - What calculations and considerations should be investigated by countries looking to harness additional hydropower? Which potential outcomes should be investigated or identified? (1) - What considerations can be given to incorporating collaborative adaptive management (CAM)? What efforts have the parties made to review and adjust a solution or decision over time in light of changing conditions? (2) - What effective mechanisms can downstream states/countries use to protect their water related interests/rights? (2) - What kinds of water treaties or agreements between countries can provide sufficient structure and stability to ensure enforceability but also be flexible and adaptable given future uncertainties? (3) - What mechanisms beyond simple allocation can be incorporated into transboundary water agreements to add value and facilitate resolution? (5) - What roles can desalination play in a country's national water policy and what energy ecological and water quality considerations ought to go into making such a decision? (1) - What types of benefit sharing models can be used to make desalination more economically feasible and beneficial in water-scarce regions? (1) - Where does the benefit “flow” from a hydropower project and how does that affect implementation and sustainability of the project? (2)

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