114Bourget4.management, drought management, flood risk <strong>and</strong>system reliability, floodplain management, publicparticipation, environmental impact analysis, aquaticecosystems, water resources economics, waterresources engineering, water conservation, watershedplanning, social/cultural/behavioral issues, ethics <strong>of</strong>water resources, flood damage reduction/storm watermanagement, urban supply <strong>and</strong> sanitation, watershedmanagement, <strong>and</strong> other.The education/training disciplines that were providedwere: civil engineering, watershed hydrology/modeling,biology/life sciences, water chemistry,geology, microbiology, law/regulatory,GIS/geography, soils/agronomy, economics, publicpolicy, statistics, meteorology, forest/rangel<strong>and</strong>management.Author Bio <strong>and</strong> Contact InformationPAUL G. BOURGET (Ph.D) is Program Manager forthe Advanced Degree Program in Integrated <strong>Water</strong>Resources Management at the U.S. Army Corps <strong>of</strong>Engineers’ Institute for <strong>Water</strong> Resources. He is also anadjunct pr<strong>of</strong>essor at the George Washington University’sInstitute for Crisis, Disaster <strong>and</strong> Risk Management. Hecan be contacted at paul.g.bourget@iwr01.usace.army.mil.ReferencesU.S. Army Corps <strong>of</strong> Engineers. 2001. Civil WorksPlanner Capability Task Force Report (Training<strong>and</strong> Development). Institute for <strong>Water</strong> Resources;Alex<strong>and</strong>ria, Virginia.Universities Council on <strong>Water</strong> Resources. 2001.Development <strong>of</strong> a Curriculum for a Masters DegreeProgram in <strong>Water</strong> Resources Planning. Institute for<strong>Water</strong> Resources; Alex<strong>and</strong>ria, Virginia.UCOWRJOURNAL OF CONTEMPORARY WATER RESEARCH & EDUCATION
115UNIVERSITIES COUNCIL ON WATER RESOURCESJOURNAL OF CONTEMPORARY WATER RESEARCH & EDUCATIONISSUE 135, PAGES 115-130, DECEMBER 2006<strong>Issue</strong>s for CEOs <strong>of</strong> <strong>Water</strong> Utilities with theImplementation <strong>of</strong> Australian <strong>Water</strong> LawsJennifer McKayDirector, Center for Comparative <strong>Water</strong> Policies <strong>and</strong> LawsUniversity <strong>of</strong> South AustraliaThe Australian Government has embarked ontwo phases <strong>of</strong> ambitious reform <strong>of</strong> state laws<strong>and</strong> policies for water management. Thefirst in 1994 was known as Council <strong>of</strong> AustralianGovernment reforms (CoAG) <strong>and</strong> the second in2004 is known as the National <strong>Water</strong> Initiativereforms. These were prompted by a number <strong>of</strong>domestic environmental <strong>and</strong> social issues <strong>and</strong>international processes targeted at reducinggovernment activity in water management. The firstset required massive changes to water governancethat is separating functions into environmental,economic, <strong>and</strong> water supplier <strong>and</strong> also requiringEnvironmentally Sustainable Development (ESD)<strong>and</strong> integration in all water development proposals.The second phase extends the first but is much moreprescriptive <strong>and</strong> sets out 80 goals that water supplybusinesses <strong>and</strong> state governments must encouragerural <strong>and</strong> urban communities to achieve.This paper presents empirical data <strong>of</strong> the results<strong>of</strong> telephone interviews with 183 Chief ExecutiveOfficers <strong>of</strong> the major water supply businesses inAustralia. These respondents are highly educated<strong>and</strong> experienced business pr<strong>of</strong>essionals. Bearingthis in mind, the instrument designed for themrequired sophisticated responses to approximately100 questions about Environmentally SustainableDevelopment, integration, <strong>and</strong> other issuesabout water policy changes under CoAG <strong>and</strong> toa lesser extent the National <strong>Water</strong> Initiative. Theinterviews were conducted between late September2005 <strong>and</strong> late January 2006. This paper will reporton responses to questions about integration <strong>and</strong>Environmentally Sustainable Development inwater policy. For the Environmentally SustainableDevelopment questions, respondents weresimultaneously emailed response sets so theycould provide their view <strong>of</strong> the rank or order <strong>of</strong> thespecified issues.Paradigms in Australian <strong>Water</strong> PolicyDevelopmentAustralia has had four paradigms <strong>of</strong> formalwater resources laws <strong>and</strong> policies since 1788(Figure 1). Prior to 1788 there is evidence thatindigenous society engaged in regional sharing<strong>of</strong> parts <strong>of</strong> river <strong>and</strong> coastal systems in a complexsocial arrangement (Langdon 2002, McKay 2002a,2002b, 2003). The imposition <strong>of</strong> the legal rule <strong>of</strong>Terra Nullius from 1788 <strong>and</strong> the deeming that therewere no pre-existing laws meant that the commonlaw <strong>of</strong> Engl<strong>and</strong> was applied to the colony. Thismeant the riparian rule applied for surface water,thus limiting access to l<strong>and</strong>holders by the river.In addition, the unimpeded extraction <strong>of</strong> groundwater rule applied.Development preceded apace in Paradigm 1 <strong>and</strong>the riparian rule was replaced in each State by amore extensive water allocation system, relying onchannels <strong>and</strong> distributing water to users away fromthe main channel (Clark <strong>and</strong> Renard 1970, McKay2006). Briefly, Paradigm 1 allocated surface wateras if it would never run out <strong>and</strong> did not considersoil issues. The use <strong>of</strong> ground water was notregulated (following the common law rule). In thisParadigm, the States federated in 1901, but only onthe condition that Section 100 <strong>of</strong> the Constitutionpreserved the rights <strong>of</strong> the States to control theconservation <strong>of</strong> water <strong>and</strong> its use for irrigation.This section ensured that federal power overnavigation would be subordinate to these uses aslong as the use was reasonable. The predominantJOURNAL OF CONTEMPORARY WATER RESEARCH & EDUCATIONUCOWR
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