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WRRCSR No.10:05:90 Urbanization, Land-Use Planning, and Groundwater Management in Central Oahu, Hawaii

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Item Summary

Title: WRRCSR No.10:05:90 Urbanization, Land-Use Planning, and Groundwater Management in Central Oahu, Hawaii
Authors: Ridgley, Mark A.
Giambelluca, Thomas W.
Keywords: urban hydrology
groundwater management
urbanization
land use
groundwater recharge
show 14 morehydrologic budget
multiobjective planning
optimization
simulation
population density
agriculture
groundwater sustainability
land-use conversion
agricultural land
population limits
Oahu
General Plan
central Oahu
Hawaii

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LC Subject Headings: Groundwater recharge -- Hawaii -- Oahu.
Land use -- Planning -- Hawaii -- Oahu.
Urbanization -- Hawaii -- Oahu.
Water balance (Hydrology) -- Hawaii -- Oahu.
Water resources development -- Hawaii -- Oahu.
show 1 moreWater-supply, Agricultural -- Hawaii -- Oahu.
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Issue Date: Oct 1990
Publisher: Water Resources Research Center, University of Hawaii
Citation: Ridgley MA, Giambelluca TW. 1990. Urbanization, lang-use planning, and groundwater management in central Oahu, Hawaii. Honolulu (HI): Water Resources Research Center, University of Hawaii. WRRC special report, 10:05:90.
Series/Report no.: WRRC Special Reports
10:05:90
Abstract: In the Hawaiian Islands, planners and public officials have decided recently to raise the permissible level of urban development in central Oahu. The decision is opposed by many on the grounds that it threatens
agricultural land as well as the sustainability of aquifers. A two-part procedure is presented for exploring
the impact of such development and designing urban-expansion patterns that minimize them. First, a water-balance simulation model is used to calculate groundwater recharge as it varies with land use and location within the area. The difference between recharge and withdrawal is computed, and any changes
are then estimated for different land uses. Second, this information is incorporated into multiobjective programming models with objectives related to agricultural land retention, groundwater balance, and
residential population growth. The models generate alternative land-use expansion plans and show the tradeoffs among the objectives. The consideration of slightly suboptimal (dominated) solutions allows
a significant expansion in the range of such alternatives. The results suggest that if future agricultural development does not occur on currently nonagricultural land, then both agricultural land and groundwater
sustainability will suffer significant adverse effects under the new population limits.
Sponsor: Director's Office
Pages/Duration: viii + 30 pages
URI/DOI: http://hdl.handle.net/10125/4323
Appears in Collections:WRRC Special Reports



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