
A BRIEF HISTORY OF AUSTRALIA
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trial economy as well as carry extra irrigation water to the dry southeast
corner of the country. Construction began on October 17, 1949, and 25
years later 90 miles (145 km) of tunnels, 50 miles (80.5 km) of aque-
ducts, 16 major dams, seven power stations, and a pumping station were
all completed on time and on budget for AU$820 million.
Internationally the Snowy Scheme was heralded in 1967 as “one
of the seven civil engineering wonders of the modern world” by the
American Society of Civil Engineers and remains one of the most com-
plex water projects in the world, with just 2 percent of its features visible
aboveground (Snowy Hydro, Engineering Facts, 2007). Domestically the
Snowy Scheme was important as both a technological wonder, utilizing
the country’s first large computer from 1960 to 1967 (Snowy Hydro, The
History, 2007), and an employer for the large number of migrants arriv-
ing in the country during its construction; about 70 percent of the labor
consisted of migrants. At any one time about 7,300 people were working
on the scheme, and overall more than 100,000 people contributed their
technical skills and labor (Snowy Mountains Scheme 2008).
In retrospect, the Snowy Scheme has been viewed as an economic
and engineering wonder (Lunney 2001) as well as an ecological
disaster, diverting 99 percent of the Snowy River to reservoirs and
other rivers (Gale 1999, 304). This has affected all of the rivers in the
region in terms of increased salinity, erosion, and weed growth along
with decreases in fish, insect, and other invertebrate life and wetlands
(Gale 1999, 308–309). As a result, after 24 years of operation, the
Commonwealth, Victoria, and New South Wales governments called
for an inquiry into the environmental impact of the project, with
the final report issued on October 23, 1998. This report called for an
increase in water flow through the Snowy River in order to balance
the needs of the electricity plants, irrigators, and nature (Gale 1999,
311). As a result, in late 2000 the three governments agreed to commit
AU$375 million “to restore 21% of average natural flows, equivalent to
56 billion gallons (212 gigaliters) in the Snowy River” plus a further
18.5 billion gallons (70 Gl) to the Murray and other important rivers in
the system (Vanderzee and Turner 2002). Unfortunately this commit-
ment was not upheld, and in 2007–08 the Snowy River received just
3.5 percent of its natural flow and the water situation in southeastern
Australia remains as tenuous today as it did when the Snowy received
just 1 percent (Le Feuvre 2008).
In addition to the Snowy Scheme, the decades between 1947 and
1974 produced many other infrastructural developments in Australia,
funded largely by state and federal governments enjoying the pros-