1.
|
Higher
Temperatures
|
-
improved building design,
(shade, breeze-ways, insulation)
-
town planning to include
water features to help cooling
-
design for less heat
rediation and less surface heat reflection
-
more trees in towns
-
appropriate agricultural
crops and trees to shade fields
-
solar powered air
conditioning
-
reduction in reflective
heat from urban areas and infrastructure to avoid raising of
cloud base over rainforest behind Cairns
-
demand
zero emission and electric cars from manufacturers and encourage
their uptake
|
2.
|
Sea
Level Rises
|
-
building design to allow
for flooding, floating houses, pole homes, sacrifice ground
floors
-
relocation and restriction
of development
-
improved drainage
-
move airport, shift
hospital & other vital community services and infrastructure
-
plant coastal mangroves
-
sea walls (are unlikely to
work)
-
change
low-lying city streets to canals
|
3.
|
Fauna
& Flora
-
Loss
of species
-
species
migration
-
more
pests and diseases
|
-
mitigation
of CO2 eg adding charcoal to soils to sequester
carbon (Terra Preta)
-
reduce other stresses on
systems, increase biodiversity,
-
less monoculture
-
reduce weed impacts,
-
identify
and protect high diversity areas,
|
4.
|
Barrier
Reef
|
-
reduction
and capture
of nutrient outflow,
-
identify and protect
diverse areas,
-
revegetaion of and
protecting mangroves
-
reduce
emissions and teach tourists how to do that!
|
5.
|
Health
|
-
more training for the
health community on tropical diseases,
-
vector control,
-
increase in quarantine
expertise,
-
increased community health
awareness and education,
-
fly screens,
-
more
health infrastructure
|
6.
|
Fires
-
increase
in extent and frequency of bush fires
-
rainforest
sensitive to repeated fires
-
hotter
fires
-
possibly
crown fires in open forest
|
-
more fire breaks (in open
forest wide enough to stop crown fires)
-
controlled burning,
-
vegetation management,
-
include indigenous
knowledge
-
inform
residents about fire dangers
|
7.
|
Water
|
-
public and business
education
-
remove volume discounts
-
increase installation and
use of rainwater tanks
-
household grey water usage
-
supportive infrastructure
and regulations,
-
choice of low-water garden
plants in public spaces
-
reducing water usage in
peak heat of day (eg council irrigation)
-
storm water capture,
storage and usage for public green spaces
-
output of toxins to be
dealt with at source,
-
reduction of land
clearing,
-
diversify agriculture
-
change agricultural
practises to sustainable and water conserving practises like
permaculture, organics, no-till etc
-
adding
charcoal to soils (Terra Preta) to sequester carbon and hold
moisture!
-
best practise water
management,
-
feedback
on usage and mechanisms to discourage waste
|
8.
|
Wind
|
-
Increase wind power
generation
-
increase wind ratings for
new buildings
-
wind breaks on farms
-
modified agricultural
practises – eg dry-land farming
-
avoid
open fields, mulching
|
9.
|
Extreme
Weather
-
increased
rainfall intensity in wet season
-
rainfall
decrease in dry increased aridity
-
increase
in erosion due to severity of rainfall
-
more
extreme day-to-day weather changes
-
damage
to infrastructure (roads, powerlines etc)
-
Heat
waves and cold snaps ~ impacts on mortality
-
increase
in freak winds and waves
-
increased
intensity of cyclones
|
-
increase biodiversity,
-
reduce emissions,
-
timely evacuation in
cyclones, accurate advance evacuation information and public
education
-
develop response
strategies,
-
built landscape
adaptations,
-
increase buildings cyclone
rating to category 5,
-
retrofitting established
houses,
-
increase drainage
-
establish
local food networks
|
10.
|
Food
-
less
reliable harvests
-
instability
of supplies
|
|
11.
|
Environmental
Refugees
|
-
capping of population
increase to sustainable level,
-
limit development to land
areas of low environmental sensitivity
-
high-density
nodal development rather than sprawling suburbia
|
12.
|
Increase in
social instability
|
|
13.
|
Regulatory
System Inertia
|
-
Regular communication with
public and stake holders to allow for fast adaptation of
regulations to reflect changing conditions (eg shift subsidies
from fossil fuels to renewables)
-
visionary leadership and
foresight,
-
flexibility and
adaptability,
-
responsive
and proactive anticipatory systems
|
14
|
Peak
Oil repercussions
-
much
higher oil and petrol prices
-
reduction
in tourism
-
private
transport too expensive for many
-
transporting
goods in and out of FNQ will be more expensive
-
significant
increase of costs for conventional agriculture
|
-
Design and construction,
re-evaluation, modification and advertising of local public
transport to maximise uptake
-
light rail using modified
cane tracks,
-
train carriages to allow
for bike storage and seating
-
railmotor from Gordonvale,
-
limited range road upgrade
and southern rail tunnel instead of Kuranda Range 4-Lane-Highway
-
increase bicycle paths,
more bike parking areas, bikes on public transport,
-
bike and car hire and
sharing systems,
-
incentives for car-less
travel,
-
skyrail commuter service,
-
increase FNQ's
self-reliance
-
change
to low-energy farming methods
|
15
|
Economy
impact
on tourism
|
|
16
|
Declining
population (due to declining tourism or other effects)
|
|
17
|
Insurance
increases
|
|
18
|
Unpredictable
Changes
|
-
err on
the side of caution
-
be
prepared for even worse effects
-
increase
resilience of natural and built systems
|