irbm case study1 copyright...integrated river basin 3 management 1,061,469 km2 encompassing parts of...
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Case Study 1
The Murray-Darling River Basin and the Murray-Darling Basin Commission, Australia
Management
Integrated
Management
Integrated
From Concepts to Good Practice
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Acknowledgments
This Briefing Note Series was prepared by Peter Mil-
lington, consultant, previously Director-General of the
New South Wales Department of Water Resources and
Commissioner on the Murray-Darling Basin Commission,
Australia; Douglas Olson, World Bank Principal Water
Resources Engineer and Task Manager for this Briefing
Note Series; and Shelley McMillan, World Bank Water
Resources Specialist.
Guy Alaerts (Lead Water Resources Specialist) and
Claudia Sadoff (Lead Economist) of the World Bank
provided valuable inputs.
The authors thank the following specialists for reviewing
the Notes: Bruce Hooper and Pieter Huisman (consul-
tants); Vahid Alavian, Inger Anderson, Rita Cestti Jean
Foerster, Nagaraja Harshadeep, Tracy Hart, Karin Kemper,
Barbara Miller, Salman Salman, Ashok Subramanian, and
Mei Xie (World Bank staff).
The authors are also deeply grateful to the Bank-Nether-
lands Water Partnership Program (BNWPP) for support-
ing the production of this Series.
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Name of Organization: Murray-Darling Basin
Commission
History of Establishment:
The Murray-Darling Basin Agreement replaced the
earlier River Murray Waters Agreement, which had been
in place since 1915. The Agreement was signed by the
governments of the Commonwealth of Australia, New
South Wales, Victoria, and South Australia in 1987. In
its initial form, it was an amendment – the final one – to
the River Murray Waters Agreement. Five years later, in
1992, a totally new Murray-Darling Basin Agreement was
signed, replacing the River Murray Waters Agreement.
The new Agreement was given full legal status by the
Murray-Darling Basin Act of 1993, passed by all the con-
tracting governments. Queensland also became a signa-
tory in 1996. In 1998, the Australian Capital Territory
formalized its participation in the Agreement through
a Memorandum of Understanding. The Agreement was
ratified by identical legislation that has been enacted by
the Parliaments of all the signatory governments.
Basin Characteristics:
The Murray-Darling Basin is the catchment for the
Murray and Darling Rivers and their many tributaries.
The basin extends over three-quarters of New South
Wales, more than half of Victoria, significant portions of
Queensland and South Australia, and includes the entire
Australian Capital Territory. Well over half the basin is in
New South Wales and almost a quarter is in Queensland.
As a large, very shallow drainage basin covering more
than 1 million square kilometers with only one exit
flowing out of Lake Alexandrina in South Australia, the
Murray-Darling Basin is an unusually complex biophysical
system (see figure 1.1).
1
2Figure 1.1. The Murray-Darling River Basin Area
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1,061,469 km2 encompassing parts of the states of New
South Wales, South Australia, Victoria, and Queensland,
and the whole of the Australian Capital Territory
24.3 billion m3 annual basin runoff, 12.2 billion m3 annual
outflow from basin
2,000,000
The Gross Regional Product is approximately $US 6.2 billion.
Agriculture (wheat, barley, oilseeds, rice, cotton, horticulture,
dairying, sheep and cattle, pastures).
1. Alterations to the Basin Hydrology
A century of intensive and largely unsuitable land clearing
and cropping (arising from a tendency to copy European
farming practices in a foreign climate) and high water
diversions for irrigation have changed the hydrology of
the basin, creating far greater accessions to groundwater
and severe land degradation. As the groundwater table has
risen (much of which is saline), large amounts of salt have
either reached the root zones, crusted on the surface, or
drained back to river systems, creating much higher salini-
ties in the river.
2. Decline in Fauna and Flora and Crop Productivity
Accompanying the land and water resources degradation
has been a general decline in the basin’s fauna and flora;
crop productivity has also declined in some areas. There
are two main challenges. The first is to restore a balance
between resource utilization and protection, partly by
removing significant amounts of water from productive
use and returning these to the river systems. The second
is to develop land management and farming practices that
are more in harmony with the Australian arid climate yet
maintain the livelihoods of the rural communities.
Main Water Management Concerns:
Area:
River Basin Flow:
Population:
Economy:
Main Economic Activities:
4The river basin organization is a participative river basin commission comprising the national government, four states
— New South Wales, South Australia, Victoria, and Queensland — and one territory government (the Australian Capital
Territory) in equal partnership. There is a high-level policy and strategic decision-making Ministerial Council. An execu-
tive Board of Commissioners has delegated power from the Council to make urgent decisions in the interim periods
between the meetings of the Council and to oversee the studies, investigations, and business of the Commission. An ex-
pert technical office, controlled by a senior expert CEO, reports to the Board and undertakes the technical work in close
association with the state water-related agencies. A Community Advisory Committee reports directly to the Ministerial
Council and provides independent advice on any matter that is referred to it by the Council. The basin community is
therefore able to provide input and participate in the decision-making process, without having to be controlled/directed
by either the Board of Commissioners or the technical office.
Type of Organization:
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their own tributaries of the Murray River. Two issues
impact these rules. In declared drought years, the annual
share to the lower state is reduced and the overall avail-
able water is basically shared equally by the three states.
Secondly, as water use over the last decade has risen to
such a level that the health of the basin’s resources is
now severely declining, the unfettered right for Victoria
and New South Wales to use their tributary water has
been capped or limited by new policies agreed to by the
Ministerial Council.
There are very specific clauses in the Agreement that
allow for formal processes for notification, consultation,
and evaluation of new projects, and provide the rules and
measures upon which projects will be evaluated.
4. Communication and Participation
This can be considered the cornerstone of MDBC activi-
ties since the Commission was reconstituted as the MDBC
in 1987. There are extensive awareness programs at all
levels – schools, towns, cities, farmer and user groups. In
addition, water and land users and other stakeholders are
included in all the sub-basin natural resource planning
and management activities that occur in the 15 or so sub-
basins that collectively make up the Murray-Darling Basin.
5. Monitoring and Assessing Sustainability
There is a very extensive set of performance indicators
that assess basin “health and productivity issues” under
three resource areas — irrigation, dryland farming, and
riverine ecosystems. In addition, there are resource
targets set for each of the 15 sub-basins (covering salinity,
water quality, river system flow regimes, and catchment
biodiversity). The progress of the planning and manage-
ment in each of these sub-basins in achieving these
targets is continually monitored.
1. Conceptual and Institutional Issues
The MDBC is a very mature basin organization, having
existed in one form or another for about 90 years. Its
agreement allows it to be largely autonomous within the
“coordinating, integrating, planning” bounds of its charter.
Nevertheless, the Ministerial Council has the final deci-
sion-making role. All decisions must be unanimous. At
times, this means that the member-state governments, as
opposed to the ministerial representatives on the Council,
may have to make the most difficult decisions.
2. Systems for Water-related Data
The MDBC Agreement includes clauses that specify how
data and information will be collected, managed, and
shared. The Commission can collect data and undertake
resource inventories itself or it can request a member-
state to do so, under an agreed cost-sharing arrangement.
Similarly, hydrologic and socioeconomic models – of which
there are many — can be developed by the Commission
or by the states and utilized for basin-wide projects. Most
importantly, robust processes exist to ensure the integrity
of these models. There is also a data and modeling com-
mittee and all members must agree before any modeling
component or parameter is changed.
3. Basin-wide Policies and Strategies
The MDBC Agreement allocates water to the lower three
states in the Murray-Darling Basin that border the Murray
River. Through a very specific set of clauses, the most
downstream state is guaranteed a fixed annual amount
(except in drought years) by the two upper states that
border the Murray River (Victoria and New South Wales).
In return for guaranteeing this annual volume, these two
upper states can share equally what remains from the
Murray itself, plus can use all the water they wish from
5
The mandate of the Murray-Darling Basin Commission is
“to promote and coordinate the effective planning and
management for the equitable, efficient and sustainable
use of water, land and other environmental resources of
the Murray Darling basin.” Its role and functions there-
fore include policy and strategy setting, coordination,
managing each state’s water shares/allocation, financing
investigations, planning and on-the-ground activities that
are aimed at implementing basin-wide policies, operation
of infrastructure on the main stem of the system, auditing,
reporting, monitoring basin sustainability, and research.
The MDBC is staffed by about 100 persons and they are
closely linked to and complemented by the staff in the
various state agencies through numerous working groups
(see figures 1.2 and 1.3 for organizational arrangements).
Tasks of the Organization and Staff Complement:
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Figure 1.2. Governance of the Murray-Darling Basin
COMMUNITY
Murray-Darling Basin Ministerial CouncilMinisters holding land, water and environment portfolios in each contracting government
(Australian Government, New South Wales, Victoria, South Australia, Queensland)*
Murray-Darling Basin CommissionIndependent President, commissioners/deputy commis-
sioners representing each contracting government (senior executives From land, water and environment agencies)*
Community Advisory CommitteeChairman, state representatives and a
Range of representatives relevant to natural resource management
AustralianGovernment
Department of Agriculture,
Fisheries and Forestry
Department of Environment and Heritage
New South Wales
Department of Infrastructure, Planning and
Natural Resources
NSW Agriculture
Environment Protection Authority
Victoria
Department of Sustainability and
Environment
Department of Primary
Industries
Goulburn-Murray Water
South Australia
Primary Industries and Resources SA
Department of Water, Land and
Biodiversity Conservation
South Australian Water
Corporation
Department for Environment and
Heritage
Queensland
Department of Natural
Resources and Mines
Environmental Protection
Agency
Department of Primary Industries
Austalian Capital
Territory
Environment ACT
ProjectBoards
River Murray Water Advisory
Board
Water Policy Committee
ICM Policy
Committee
Finance Committee
Working Groups
Commission Office: technical and support staff
Water Business Basin Sustainability
Principal government agencies
* Participation of the Australian Capital Territory is through a memorandum of understanding.
Figure 1.3. Organizational Chart for MDBC Technical Office
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Chief Executive
NaturalResources
River Murray Water
SecretariatCorporateServices
CommsUnit
ICMBusiness
River MurrayEnvironmentManagement
Rivers & Industries
The LivingMurray
InformationServices
HumanResources
Finance & Admin
More information on the MDBC can be found at http://www.mdbc.gov.au/
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All rights reservedFirst printing February 2006
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