Urban Australia 2020 Urban Australia 2020
Urban Australia 2020
Author(s): Patrick Moriarty
Reviewed work(s):
Source: AQ: Australian Quarterly, Vol. 70, No. 6 (Nov. - Dec., 1998), pp. 32-35
Published by: Australian Institute of Policy and Science
Stable URL: http://www.jstor.org/stable/20637778 .
Accessed: 03/01/2013 16:18
Your use of the JSTOR archive indicates your acceptance of the Terms & Conditions of Use, available at .
http://www.jstor.org/page/info/about/policies/terms.jsp
.
JSTOR is a not-for-profit service that helps scholars, researchers, and students discover, use, and build upon a wide range of
content in a trusted digital archive. We use information technology and tools to increase productivity and facilitate new forms
of scholarship. For more information about JSTOR, please contact support@jstor.org.
.
Australian Institute of Policy and Science is collaborating with JSTOR to digitize, preserve and extend access
to AQ: Australian Quarterly.
http://www.jstor.org
This content downloaded on Thu, 3 Jan 2013 16:18:37 PM
All use subject to JSTOR Terms and Conditions
November-December
1998TheMure
ACL
Urban
Australia
2020
the dismal
espite
future
JtK^m^^^
record
of
future
predictions,
as
at forecasting
still flourish,
attempts
even
a
new
must:
after
all,
building
they
sewer
or tollway
future use. Most
fall into one
common
requires
could
be
in this category.
cast has much
of
can
the past
urban
Australia
has
rise
in per
capita
and
travel
and
have
grown
hold
size
tinued
and
car
use.
ownership
densities
to fall. Predicting
more
cities
Large
larger while
steadily
The
have
con
of the same
fortheyear 2020 can be easily justifiedby
these
uninterrupted
uncertainty
trends.
countenanced
The
only
is whether
and
optimists,
that one
or more
will
technology,
increasingly
discussed.
thatwe
are moving
economy'
(Coyle,
economy,
physical
and energy
of output.
materials
steadily
The
inputs
progressively
In other words,
intensity
fall. As
of
the Nobel
if I own
you
and
everyone
can't
a software
pro
can
else
also
it.
an
per unit
the energy
and
economy
econo
solve
any
claim
these
introduced.
aspect
is the huge
inequality,
countries.
Bank,
technical
progress
we
properly,
and
economic
To
must
climate
innovations
technical
The
arise.
that
problems
the social
into which
This content downloaded on Thu, 3 Jan 2013 16:18:37 PM
All use subject to JSTOR Terms and Conditions
because
this
consider
32
claim
cornucopians
can
continue
growth
technological
evaluate
are
forever
economic
indefinitely,
can
is
such
The
that
'weightless
Laureate
sum'
increas
a car, you
but
can't continue
alter
of materials
the
as
The obvious: economic growth
other
argument
decline
largely
'zero
is seen
it as well,
have
is also
In
1997).
can
The
If I own
irrelevant.
gramme,
information
to a
image
ingly
that
radical
biotechnology
nature.
of the economy
own
for the better.
is
argues, we
Solow
by without
The
the
decisively
candidate
but
Robert
first
occur,
changes.
the economy
obvious
made
house
growth
technologies
society
that
a steady
experienced
income,
urban
a study
it.As
it shows
energy
new
will
on
assume
hand,
The
suggests
lifestyle
major
technological
type of fore
to recommend
half-century,
requiring
be
usually
This
to economic
limits
the past.
I share,
which
mist
get
with
break
profound
Official
approach.
or
higher
other
position,
a modified
termed
in Australia
forecasts
of
The most
of three categories.
be
two approaches
both argue
in some way
that the future will
entail a
The
of the future
explorations
business-as-usual
placed
an estimate
rates will
growth
than in the past.
lower
most
important
and growing
economic
both
between
and
within
United
Nations
data
(World
1997) reveal that in 1980 the
Thefuture
November-December
1998
Ricardo
Geoffrey
33
This content downloaded on Thu, 3 Jan 2013 16:18:37 PM
All use subject to JSTOR Terms and Conditions
November-December
1998Thefuture
AO.
average GDP per capita in the 23 high
house
income
ered will,
countries
North America,
of Western
Australasia
Europe,
and Japan
than
(the
OECD) was roughly 30 times thatof the
majority of humanity that lived in the
countries.
poorest
By
growing,
more
Australia
including
with
also
that nearly
now
people
where
continued
Environmentalists
a
faces
host
resource
of
problems,
serious
can
and
only
worsen
and
economic
likely, population
continue.
Not
is
resources
such as oil and natural gas being rapidly
depleted,
as
such
Water
fresh water,
all continents,
withdrawal
other uses,
and
of
soil erosion
areas.
and
greenhouse
the
atmosphere.
The
to
of heat-trap
are
gases
in
was
the
hottestdecade thiscentury,but the 1990s
look
like setting a new
Here,
I will
problems
which
record.
are directly
two
the
to
relevant
urban Australia, namely global oil deple
tion and
oil
greenhouse
consumption
constraints
level, production
present
at or above
remains
at current prices,
its
will
rises. The rest of theworld,
whose
Australia,
oil
to price
leading
will
used
for export.
as a substitute,
finite and
but
alternative
these
duction
imported
have
and will
oil
are also
shale
(e.g.
are
lead
were
oil)
times
of greenhouse
its releases
roughly in linewith nationalGDP, but ina
releases
deliveries
just to be kept
emissions
would
for all,
to cut
have
from the present
tonnes
15.3
the world
Even
1997).
(World
Bank,
measure
was
average
if this drastic
adopted by all high-emittingcountries, it
slow
only
global
warming,
it. Further, Australia
to cut emissions
not
still have
would
1 percent
by about
rate),
would
Cornucopians
that technical
of
good
respond
by
can indef
progress
solutions.
many
such
make
progress
But
examples
of
claims
doubtful.
such
A
of pro
which
peller-drivenplanes by jetaircraft,
increased
both
travel speeds
Recent
research
of other
dioxide
greenhouse
impact
alone
ilarly,
the alternatives
help
reduce
tion
and
twice
(Pearce,
above
their high energy
has
dioxide
carbon
a warming
carbon
and
fuel effi
shown
jet air travel may
high-altitude
(and
computers,
technical
to oil
processing
mean
save
may
that of the
1998).
Sim
discussed
oil dependency,
requirements
that
emissions),
gases
but
for extrac
that green
solutions
where
advances
the materials
economy,
become
suspect.
extraordinary
have
cut
drastically
and energy
for
requirements
computing. In the 1940s thepresident of
IBM predicted that the US would only
ever
need
sold.
five computers.
or not, many
needed
The
consider
energy
are
computers
have
of course,
result,
and
But whether
millions
for
requirements
far larger
ever.
than
fluorescent
compact
been
is that total
Or
light bulbs.
Since theyare much more efficient than
incandescent
in a growth-oriented
bulbs,
their introduction
economy
to
lead
could
much higher lightinguse, perhaps for
exterior
more
The much
security.
in vehicle
advances
modest
fuel efficiency
have
similarlybeen overtaken by growth in
vehicle
and use.
numbers
Global
and materials
energy
intensity
may be declining, but neither theworld
or
becoming
are
economies
In
vweightless'.
use
energy
the OECD
is still growing,
fact,
even
global
on a per
capita basis (WorldBank, 1997). Even so,
exam
closer
is the replacement
example
Take
economy
indefinitely.
initely deliver
"perfect'
each
year ( in linewith itspopulation growth
of a growth
In the context
even
material
of carbon dioxide per capita to only 4.0
have
oil.
Like oil consumption,
gas
greenhouse
are
emissions
distributed
presently
to cuts.
global
were
gases
for example,
releases
than
if annual
the
industrial
to agree
then for equal
Australia,
fuel
and
for intro
costly
this
at
Thus,
the
only
required
even
Evidently,
while
possibilities,
be even more
Conference,
ciency.
is costly. Of course,
fuels
long
gas can be
reserves
but
its transport
unconventional
other
Natural
global
allocated
for all nations.
capita
ination
fallrapidlyaftertheyear 2000,will have to
pay increasingly higher prices from the
handful of Gulf states thatwill stillhave
oil available
per
arguing
including
self-sufficiency
finite
be
of
politically, the only feasible
approach is for roughly equal emissions
stop
occur, probably by about 2010 (Kerr,
1998). Output will be unable tomatch
demand
the
atmospheric
would
If global
warming.
to
gases
tonnes,
consider
only
in the
emissions
But
sink cannot
constant,
increasing
1980s
it is today.
greenhouse
nations
in irri
salinity
as
Kyoto
are being
conversion
Concentrations
ping
on
unsustainable
soils
oil available
way:
forests.
large areas
indicating
rates. Fertile
lost because
steadily
gated
soils
are falling over
tables
resources
The
way.
future
will probably be rationedby ability
to pay,
growth
but so are key natural
these
in small
freight.
less extreme
already
if, as
are energy
only
It achieves
inmore fuel efficient large trucksor rail
and
are
which
costs.
of less frequent
instead
trucks,
that the world
environmental
and
space
storage
growth
argue
conflict
vJust-in-time'
efficiency.
aims by frequent deliveries
is
and desirable.
possible
policies.
can also
efficiency
energy
different
capital tied up in parts and reducing
the world's
economies,
economic
as both
embraced
all of
in market
live
resource
to see
expect
between
a Japanese
is
innovation,
manufacturing,
as
a
means
both
the
of
promoted
cutting
(Australian
Bureau of Statistics (ABS), 1996).Con
sider
intensify with
growth,
of conflict
Economic
alising countries,but also inmany OECD
countries,
cases
greater
oil. As global
problems
environment/
industri
rapidly
that for conventional
further economic
doubled to about 60 times. Inequality is
not only within
per unit of fuel deliv
like their costs, be much
environmental
that ratio had
1995,
releases
gas
not
can
everyone
OECD
the
enjoy
present
lifestyle.The average US citizen,
for example,
barrels
of oil
uses
presently
If all
annually.
about
people
consumed
at
this
proved
reserves
would
be
exhausted
about
eight years.
The
new
especially
oil
computers,
23
the world's
all
rate,
in
technologies,
have
evidently
not
helped ameliorate either inequality or
environmental/resource
I've
problems.
briefly looked at only two of these, but
they are growing
synergistically
ways
apparent
34
This content downloaded on Thu, 3 Jan 2013 16:18:37 PM
All use subject to JSTOR Terms and Conditions
(Myers,
in number
in complex
1995).
resolution
and
can
Increasingly,
of
act
and unforseen
one
crisis
an
will
1998
Thefuture_November-December
AQ^_
other
exacerbate
tion
are
from biomass
fuels
to oil
So
problems.
touted
the water
but
depletion,
liquid
as a solu
much
and
land required will increasingly conflict
with thatneeded to provide a growing
world
soil
time,
At
of
uses make
have
transport
non-motorised
modes.
concerns
warming
ImplicationsforurbanAustralia
By 2020, themost critical change is
likely to be thatmost Australians will
innovation
that
realise
technological
on the host
deliver
mental/resource
continued
being
limits to growth,
tries with
resource
poorer
means.
of
dead-end
mechanism.
Such
fall. Luckily,
the
especially
operate
possible
that the new
in the
technology
rich countries
presently
in our
countries
double
importsof oil will bid up theglobal price,
in a decade
or so. The
to any other
commodities
probably
happen
encing
constraints,
supply
will
emissions
gas
greenhouse
cuts
very deep
food
their increasing
Accommodating
grains.
even
in Australia's.
low-wage
-
here
down
wages
will
trade
'factor price
the economists'
- not
only for
equalisation'
(Longworth, 1998). Anywork thatcan be
done
a computer
on
displayed
anywhere
can be
screen
in a wired
world.
Attempting to predict the future in
such
is a hazardous
a world
certain
fortunately
are easier
with
the easier
more
business,
finish with
and
the
Australian
changes.
speculative
I'll start
than others.
ones,
life
of urban
aspects
to forecast
but
cities in 2020 will look similar to today's
cities.
stock
Housing
have
infrastructure
in a couple
present
able
adapted
living,
changes
On
great
of decades.
low-density
readily
the other
changes
since
Further,
is no
need
enues
over
plummet,
Other
for radical
in urban
must
expect
transport.
the untolled
allow
similar
depend
some
suggest
merely
they will
urban
are
households
I will
that
approaches
can be grown
rainwater
and
can
By
do).
already
House
hold provision of energy isoften costly
(for
cells)
as
tal merit,
energy,
or of doubtful
is the case
to keep
Better
but
lated water
from
electricity
example
to cut back
use
can
pains
imagi
the
that
are not borne
by urban
low-income
is a Research
His
policy,
ofMechanical
Associate
Engineer
University-Caulfield
research
transport,
interests
include
alternativefuels
and the impact of technologyon society.
References
inequality
Here
Fruit and vegetables
gardens,
so
needed
be
largely
can
First, households
provide
problems.
at least some of their own food and water
in suburban
are
inDepartment
Campus.
would be helpful in dealing with both
needs.
will
the environmen
serious
in Australia.
further
alterna
Australia
are and whether
tal problems
rises
as
to foresee,
on how
enjoy
standards.
living
In Australia,
adjustment
ing,Monash
period
travel times.
in urban
changes
less easy
cities.
we
since
number,
everywhere.
Patrick Moriarty
falter, rev
the 34 year operation
let alone
cannot
for
around
for completion
If traffic levels
2000.
the year
voltaic
sustain
form.
hand,
example,
laide's
the
city can be
Australian
is due
indus
the impos
to future aspirations
policies
inevitable
co-opted
the newly
households.
viability
Link,
City
native
pollution
people,
existing
disproportionately
being
be collected in tanks (as a thirdof Ade
can be expected
for ecologically
there
to urban
urban
lives of a half-century
so little change
or longer,
other
and
find economic
will
In
reductions.
presently
Melbourne's
elusive.
will
travel
tollways
urban
tive routes will
as well
for services
but
manufactures,
to bid
tend
in vehicular
constructed
implies thattheirincreasinglycapable but
workforce
a role
any case,
require
Open
the world's
required
telecommutingand telebankingwill play
experi
and
are chasing
the present
of
the
and
presently
But
countries
Adjustments
same will
at the expense
resources
capacity
can
growth
environment
the OECD's
Their
region.
stressed,
already
occur
only
global
assimilative
economic
countries.
trialising
-
weightless
both
pollution
finite and
own
their
sible
to
like Australia
thepresently poor but rapidly industrial
ising
are
by OECD
A number of linkages bind the futureof
income
industrialising.
because
continued
absorptive
endowments.
job
of popu
no
are
and
mineral/energy
in coun
reduced,
reduce
rapidly
and
eventually
form of
income
countries
there
capacity
their
heavy-rail
- can
help
are
resources
largest,
needs
low-income
Asia
economies
three
ecolog
help
reduce
- the
good jobs as well as the
The
lous
Aus
public
positive
inequality.
Because
electric
and
income
ones
in the
extensive
It is even
systems.
cars,
the case
is already
(and
non-motorised
by
these approaches
With
needs.
prices
to operate
low cost
sustainability
increased
cities all have
tralia's major
All
for
at least, can be
transport,
benefits)
sharing
incomes
their real
US,
ical
water
of sullage
at very
act to limit car fuel
indeed
as
as well
if, as
information
growth.
that there are
here
reasons.
households
particularly
which
thrown up by
economic
accept
for several
a combination
favoured
transport,
of environ
problems
global
will
People
transport
with
the
Local
provided
health
will
the reuse
tion and
gardens.
use of
tanks, but by conserva
installing
only by
These
discussed,
already
patron
and greater
are probable
changes
low-income
cannot
increased
both
age on public
As
travel by
price increases will make itdifficultfor
problematic.
production
car, but will
consumption,
of food
levels
present
maintaining
pollution,
to urban
land
and
lower
likely have
of personal
levels
global oil depletion and greenhouse
and diversion
depletion
both water
same
the
air
loss,
fertility
ground-water
fibre, forest
food,
fuel-wood.
and
products
even
with
population
2020, our cities will most
also
photo
environmen
in
for firewood
using
on
be
reticulated
its use.
Reticu
lowered,
not
Australian Bureau
of Statistics (ABS)
(1996)
Household
Expenditure Survey, 1993-4,
ABS Cat. No. 6537.0.
Coyle, D. (1997) The Weightless World, Cap
stone, Oxford.
Kerr, R. (1998) The next oil crisis looms large
- and
perhaps close, Science, 21 August,
pp.1128-31.
Longworth, R. (1998) Global SqueezerThe
Coming Crisis for First-World Nations,
Contemporary Books, Chicago.
Myers, N. (1995) Environmental unknowns,
Science, 21 July, pp.358-360.
Pearce, F. (1998) Air emergency, New Scien
tist, 11 April, p.4.
World Bank (1997) World Development
cators 1997,World Bank, Washington,
DC.
Indi
35
This content downloaded on Thu, 3 Jan 2013 16:18:37 PM
All use subject to JSTOR Terms and Conditions
Author(s): Patrick Moriarty
Reviewed work(s):
Source: AQ: Australian Quarterly, Vol. 70, No. 6 (Nov. - Dec., 1998), pp. 32-35
Published by: Australian Institute of Policy and Science
Stable URL: http://www.jstor.org/stable/20637778 .
Accessed: 03/01/2013 16:18
Your use of the JSTOR archive indicates your acceptance of the Terms & Conditions of Use, available at .
http://www.jstor.org/page/info/about/policies/terms.jsp
.
JSTOR is a not-for-profit service that helps scholars, researchers, and students discover, use, and build upon a wide range of
content in a trusted digital archive. We use information technology and tools to increase productivity and facilitate new forms
of scholarship. For more information about JSTOR, please contact support@jstor.org.
.
Australian Institute of Policy and Science is collaborating with JSTOR to digitize, preserve and extend access
to AQ: Australian Quarterly.
http://www.jstor.org
This content downloaded on Thu, 3 Jan 2013 16:18:37 PM
All use subject to JSTOR Terms and Conditions
November-December
1998TheMure
ACL
Urban
Australia
2020
the dismal
espite
future
JtK^m^^^
record
of
future
predictions,
as
at forecasting
still flourish,
attempts
even
a
new
must:
after
all,
building
they
sewer
or tollway
future use. Most
fall into one
common
requires
could
be
in this category.
cast has much
of
can
the past
urban
Australia
has
rise
in per
capita
and
travel
and
have
grown
hold
size
tinued
and
car
use.
ownership
densities
to fall. Predicting
more
cities
Large
larger while
steadily
The
have
con
of the same
fortheyear 2020 can be easily justifiedby
these
uninterrupted
uncertainty
trends.
countenanced
The
only
is whether
and
optimists,
that one
or more
will
technology,
increasingly
discussed.
thatwe
are moving
economy'
(Coyle,
economy,
physical
and energy
of output.
materials
steadily
The
inputs
progressively
In other words,
intensity
fall. As
of
the Nobel
if I own
you
and
everyone
can't
a software
pro
can
else
also
it.
an
per unit
the energy
and
economy
econo
solve
any
claim
these
introduced.
aspect
is the huge
inequality,
countries.
Bank,
technical
progress
we
properly,
and
economic
To
must
climate
innovations
technical
The
arise.
that
problems
the social
into which
This content downloaded on Thu, 3 Jan 2013 16:18:37 PM
All use subject to JSTOR Terms and Conditions
because
this
consider
32
claim
cornucopians
can
continue
growth
technological
evaluate
are
forever
economic
indefinitely,
can
is
such
The
that
'weightless
Laureate
sum'
increas
a car, you
but
can't continue
alter
of materials
the
as
The obvious: economic growth
other
argument
decline
largely
'zero
is seen
it as well,
have
is also
In
1997).
can
The
If I own
irrelevant.
gramme,
information
to a
image
ingly
that
radical
biotechnology
nature.
of the economy
own
for the better.
is
argues, we
Solow
by without
The
the
decisively
candidate
but
Robert
first
occur,
changes.
the economy
obvious
made
house
growth
technologies
society
that
a steady
experienced
income,
urban
a study
it.As
it shows
energy
new
will
on
assume
hand,
The
suggests
lifestyle
major
technological
type of fore
to recommend
half-century,
requiring
be
usually
This
to economic
limits
the past.
I share,
which
mist
get
with
break
profound
Official
approach.
or
higher
other
position,
a modified
termed
in Australia
forecasts
of
The most
of three categories.
be
two approaches
both argue
in some way
that the future will
entail a
The
of the future
explorations
business-as-usual
placed
an estimate
rates will
growth
than in the past.
lower
most
important
and growing
economic
both
between
and
within
United
Nations
data
(World
1997) reveal that in 1980 the
Thefuture
November-December
1998
Ricardo
Geoffrey
33
This content downloaded on Thu, 3 Jan 2013 16:18:37 PM
All use subject to JSTOR Terms and Conditions
November-December
1998Thefuture
AO.
average GDP per capita in the 23 high
house
income
ered will,
countries
North America,
of Western
Australasia
Europe,
and Japan
than
(the
OECD) was roughly 30 times thatof the
majority of humanity that lived in the
countries.
poorest
By
growing,
more
Australia
including
with
also
that nearly
now
people
where
continued
Environmentalists
a
faces
host
resource
of
problems,
serious
can
and
only
worsen
and
economic
likely, population
continue.
Not
is
resources
such as oil and natural gas being rapidly
depleted,
as
such
Water
fresh water,
all continents,
withdrawal
other uses,
and
of
soil erosion
areas.
and
greenhouse
the
atmosphere.
The
to
of heat-trap
are
gases
in
was
the
hottestdecade thiscentury,but the 1990s
look
like setting a new
Here,
I will
problems
which
record.
are directly
two
the
to
relevant
urban Australia, namely global oil deple
tion and
oil
greenhouse
consumption
constraints
level, production
present
at or above
remains
at current prices,
its
will
rises. The rest of theworld,
whose
Australia,
oil
to price
leading
will
used
for export.
as a substitute,
finite and
but
alternative
these
duction
imported
have
and will
oil
are also
shale
(e.g.
are
lead
were
oil)
times
of greenhouse
its releases
roughly in linewith nationalGDP, but ina
releases
deliveries
just to be kept
emissions
would
for all,
to cut
have
from the present
tonnes
15.3
the world
Even
1997).
(World
Bank,
measure
was
average
if this drastic
adopted by all high-emittingcountries, it
slow
only
global
warming,
it. Further, Australia
to cut emissions
not
still have
would
1 percent
by about
rate),
would
Cornucopians
that technical
of
good
respond
by
can indef
progress
solutions.
many
such
make
progress
But
examples
of
claims
doubtful.
such
A
of pro
which
peller-drivenplanes by jetaircraft,
increased
both
travel speeds
Recent
research
of other
dioxide
greenhouse
impact
alone
ilarly,
the alternatives
help
reduce
tion
and
twice
(Pearce,
above
their high energy
has
dioxide
carbon
a warming
carbon
and
fuel effi
shown
jet air travel may
high-altitude
(and
computers,
technical
to oil
processing
mean
save
may
that of the
1998).
Sim
discussed
oil dependency,
requirements
that
emissions),
gases
but
for extrac
that green
solutions
where
advances
the materials
economy,
become
suspect.
extraordinary
have
cut
drastically
and energy
for
requirements
computing. In the 1940s thepresident of
IBM predicted that the US would only
ever
need
sold.
five computers.
or not, many
needed
The
consider
energy
are
computers
have
of course,
result,
and
But whether
millions
for
requirements
far larger
ever.
than
fluorescent
compact
been
is that total
Or
light bulbs.
Since theyare much more efficient than
incandescent
in a growth-oriented
bulbs,
their introduction
economy
to
lead
could
much higher lightinguse, perhaps for
exterior
more
The much
security.
in vehicle
advances
modest
fuel efficiency
have
similarlybeen overtaken by growth in
vehicle
and use.
numbers
Global
and materials
energy
intensity
may be declining, but neither theworld
or
becoming
are
economies
In
vweightless'.
use
energy
the OECD
is still growing,
fact,
even
global
on a per
capita basis (WorldBank, 1997). Even so,
exam
closer
is the replacement
example
Take
economy
indefinitely.
initely deliver
"perfect'
each
year ( in linewith itspopulation growth
of a growth
In the context
even
material
of carbon dioxide per capita to only 4.0
have
oil.
Like oil consumption,
gas
greenhouse
are
emissions
distributed
presently
to cuts.
global
were
gases
for example,
releases
than
if annual
the
industrial
to agree
then for equal
Australia,
fuel
and
for intro
costly
this
at
Thus,
the
only
required
even
Evidently,
while
possibilities,
be even more
Conference,
ciency.
is costly. Of course,
fuels
long
gas can be
reserves
but
its transport
unconventional
other
Natural
global
allocated
for all nations.
capita
ination
fallrapidlyaftertheyear 2000,will have to
pay increasingly higher prices from the
handful of Gulf states thatwill stillhave
oil available
per
arguing
including
self-sufficiency
finite
be
of
politically, the only feasible
approach is for roughly equal emissions
stop
occur, probably by about 2010 (Kerr,
1998). Output will be unable tomatch
demand
the
atmospheric
would
If global
warming.
to
gases
tonnes,
consider
only
in the
emissions
But
sink cannot
constant,
increasing
1980s
it is today.
greenhouse
nations
in irri
salinity
as
Kyoto
are being
conversion
Concentrations
ping
on
unsustainable
soils
oil available
way:
forests.
large areas
indicating
rates. Fertile
lost because
steadily
gated
soils
are falling over
tables
resources
The
way.
future
will probably be rationedby ability
to pay,
growth
but so are key natural
these
in small
freight.
less extreme
already
if, as
are energy
only
It achieves
inmore fuel efficient large trucksor rail
and
are
which
costs.
of less frequent
instead
trucks,
that the world
environmental
and
space
storage
growth
argue
conflict
vJust-in-time'
efficiency.
aims by frequent deliveries
is
and desirable.
possible
policies.
can also
efficiency
energy
different
capital tied up in parts and reducing
the world's
economies,
economic
as both
embraced
all of
in market
live
resource
to see
expect
between
a Japanese
is
innovation,
manufacturing,
as
a
means
both
the
of
promoted
cutting
(Australian
Bureau of Statistics (ABS), 1996).Con
sider
intensify with
growth,
of conflict
Economic
alising countries,but also inmany OECD
countries,
cases
greater
oil. As global
problems
environment/
industri
rapidly
that for conventional
further economic
doubled to about 60 times. Inequality is
not only within
per unit of fuel deliv
like their costs, be much
environmental
that ratio had
1995,
releases
gas
not
can
everyone
OECD
the
enjoy
present
lifestyle.The average US citizen,
for example,
barrels
of oil
uses
presently
If all
annually.
about
people
consumed
at
this
proved
reserves
would
be
exhausted
about
eight years.
The
new
especially
oil
computers,
23
the world's
all
rate,
in
technologies,
have
evidently
not
helped ameliorate either inequality or
environmental/resource
I've
problems.
briefly looked at only two of these, but
they are growing
synergistically
ways
apparent
34
This content downloaded on Thu, 3 Jan 2013 16:18:37 PM
All use subject to JSTOR Terms and Conditions
(Myers,
in number
in complex
1995).
resolution
and
can
Increasingly,
of
act
and unforseen
one
crisis
an
will
1998
Thefuture_November-December
AQ^_
other
exacerbate
tion
are
from biomass
fuels
to oil
So
problems.
touted
the water
but
depletion,
liquid
as a solu
much
and
land required will increasingly conflict
with thatneeded to provide a growing
world
soil
time,
At
of
uses make
have
transport
non-motorised
modes.
concerns
warming
ImplicationsforurbanAustralia
By 2020, themost critical change is
likely to be thatmost Australians will
innovation
that
realise
technological
on the host
deliver
mental/resource
continued
being
limits to growth,
tries with
resource
poorer
means.
of
dead-end
mechanism.
Such
fall. Luckily,
the
especially
operate
possible
that the new
in the
technology
rich countries
presently
in our
countries
double
importsof oil will bid up theglobal price,
in a decade
or so. The
to any other
commodities
probably
happen
encing
constraints,
supply
will
emissions
gas
greenhouse
cuts
very deep
food
their increasing
Accommodating
grains.
even
in Australia's.
low-wage
-
here
down
wages
will
trade
'factor price
the economists'
- not
only for
equalisation'
(Longworth, 1998). Anywork thatcan be
done
a computer
on
displayed
anywhere
can be
screen
in a wired
world.
Attempting to predict the future in
such
is a hazardous
a world
certain
fortunately
are easier
with
the easier
more
business,
finish with
and
the
Australian
changes.
speculative
I'll start
than others.
ones,
life
of urban
aspects
to forecast
but
cities in 2020 will look similar to today's
cities.
stock
Housing
have
infrastructure
in a couple
present
able
adapted
living,
changes
On
great
of decades.
low-density
readily
the other
changes
since
Further,
is no
need
enues
over
plummet,
Other
for radical
in urban
must
expect
transport.
the untolled
allow
similar
depend
some
suggest
merely
they will
urban
are
households
I will
that
approaches
can be grown
rainwater
and
can
By
do).
already
House
hold provision of energy isoften costly
(for
cells)
as
tal merit,
energy,
or of doubtful
is the case
to keep
Better
but
lated water
from
electricity
example
to cut back
use
can
pains
imagi
the
that
are not borne
by urban
low-income
is a Research
His
policy,
ofMechanical
Associate
Engineer
University-Caulfield
research
transport,
interests
include
alternativefuels
and the impact of technologyon society.
References
inequality
Here
Fruit and vegetables
gardens,
so
needed
be
largely
can
First, households
provide
problems.
at least some of their own food and water
in suburban
are
inDepartment
Campus.
would be helpful in dealing with both
needs.
will
the environmen
serious
in Australia.
further
alterna
Australia
are and whether
tal problems
rises
as
to foresee,
on how
enjoy
standards.
living
In Australia,
adjustment
ing,Monash
period
travel times.
in urban
changes
less easy
cities.
we
since
number,
everywhere.
Patrick Moriarty
falter, rev
the 34 year operation
let alone
cannot
for
around
for completion
If traffic levels
2000.
the year
voltaic
sustain
form.
hand,
example,
laide's
the
city can be
Australian
is due
indus
the impos
to future aspirations
policies
inevitable
co-opted
the newly
households.
viability
Link,
City
native
pollution
people,
existing
disproportionately
being
be collected in tanks (as a thirdof Ade
can be expected
for ecologically
there
to urban
urban
lives of a half-century
so little change
or longer,
other
and
find economic
will
In
reductions.
presently
Melbourne's
elusive.
will
travel
tollways
urban
tive routes will
as well
for services
but
manufactures,
to bid
tend
in vehicular
constructed
implies thattheirincreasinglycapable but
workforce
a role
any case,
require
Open
the world's
required
telecommutingand telebankingwill play
experi
and
are chasing
the present
of
the
and
presently
But
countries
Adjustments
same will
at the expense
resources
capacity
can
growth
environment
the OECD's
Their
region.
stressed,
already
occur
only
global
assimilative
economic
countries.
trialising
-
weightless
both
pollution
finite and
own
their
sible
to
like Australia
thepresently poor but rapidly industrial
ising
are
by OECD
A number of linkages bind the futureof
income
industrialising.
because
continued
absorptive
endowments.
job
of popu
no
are
and
mineral/energy
in coun
reduced,
reduce
rapidly
and
eventually
form of
income
countries
there
capacity
their
heavy-rail
- can
help
are
resources
largest,
needs
low-income
Asia
economies
three
ecolog
help
reduce
- the
good jobs as well as the
The
lous
Aus
public
positive
inequality.
Because
electric
and
income
ones
in the
extensive
It is even
systems.
cars,
the case
is already
(and
non-motorised
by
these approaches
With
needs.
prices
to operate
low cost
sustainability
increased
cities all have
tralia's major
All
for
at least, can be
transport,
benefits)
sharing
incomes
their real
US,
ical
water
of sullage
at very
act to limit car fuel
indeed
as
as well
if, as
information
growth.
that there are
here
reasons.
households
particularly
which
thrown up by
economic
accept
for several
a combination
favoured
transport,
of environ
problems
global
will
People
transport
with
the
Local
provided
health
will
the reuse
tion and
gardens.
use of
tanks, but by conserva
installing
only by
These
discussed,
already
patron
and greater
are probable
changes
low-income
cannot
increased
both
age on public
As
travel by
price increases will make itdifficultfor
problematic.
production
car, but will
consumption,
of food
levels
present
maintaining
pollution,
to urban
land
and
lower
likely have
of personal
levels
global oil depletion and greenhouse
and diversion
depletion
both water
same
the
air
loss,
fertility
ground-water
fibre, forest
food,
fuel-wood.
and
products
even
with
population
2020, our cities will most
also
photo
environmen
in
for firewood
using
on
be
reticulated
its use.
Reticu
lowered,
not
Australian Bureau
of Statistics (ABS)
(1996)
Household
Expenditure Survey, 1993-4,
ABS Cat. No. 6537.0.
Coyle, D. (1997) The Weightless World, Cap
stone, Oxford.
Kerr, R. (1998) The next oil crisis looms large
- and
perhaps close, Science, 21 August,
pp.1128-31.
Longworth, R. (1998) Global SqueezerThe
Coming Crisis for First-World Nations,
Contemporary Books, Chicago.
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Science, 21 July, pp.358-360.
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tist, 11 April, p.4.
World Bank (1997) World Development
cators 1997,World Bank, Washington,
DC.
Indi
35
This content downloaded on Thu, 3 Jan 2013 16:18:37 PM
All use subject to JSTOR Terms and Conditions