Mitigation and Adaptation Strategies Flashcards
What does URBAN DESIGN refer to?
Urban design involves the arrangement, function and design of buildings, public spaces, transport systems, services & other amenities in towns, suburbs and cities.
2 examples of an MITIGATION Strategy in URBAN DESIGN?
1- The use of LED lights for street lighting.
2- Planning suburbs so that car use is reduced
4 Important issues that Urban Design can help us adapt to are:
1- Changing rainfall patterns
2- Increased bushfire risk
3- Heat waves
4- The effects of rising sea levels
CHANGING RAINFALL PATTERNS present 2 problems for Australian towns & cities such as:
1- Reduction in rainfall
2- How urban areas deal with intense rainfall events & possible flooding
What 2 URBAN DESIGN Strategies can assist in minimising/reducing the impact of flash flooding:
1- The design and planting of vegetated areas in suburbs.
2- Incorporating wetlands in urban designs, improves the quality of the stormwater & supports biodiversity within urban areas.
How can HEAT WAVES be accommodated by a URBAN DESIGN:
Planting trees to provide moisture & shade in built-up areas.
This reduces the urban heat island effect created when concrete or metal surfaces absorb & re-emit the Sun’s energy.
What 4 URBAN DESIGNS are energy efficient within homes:
1- Insulation
2- Aspect
3- Thermal Mass
4- The use of low-energy materials
What do GEO-ENGINEERING STRATEGIES aim to do:
Reduce the amount of light reaching Earth;s surface or reduce the amount of CO2 in the atmosphere.
6 Ways to Potentially Managing Solar Radiation by GEO-ENGINEERING:
1- Space-based reflection in orbit
2- Aersols injected into the stratosphere from tethered balloons.
3- Cloud brightening by spraying water droplets into the clouds.
4- Injected bubbles into the ocean to make areas more reflective.
5- Using reflective surfaces on structures to reduce light absorption
6- Planting vegetation to reduce surface light absorption
What does CARBON SEQUESTRATION mean? And how is it done (2 examples)?
The removal of CO2 from the atmosphere & storing it on Earth.
It can be done by planting more trees to absorb CO2.
OR
More technologically sophisticated such as MINERAL CARBONATAION (which mimics the long-term weathering of rocks).
What is SOLAR ENERGY?
Is a radiant light that is harnessed alongside heat from the Sun using a RANGE OF EVER-EVOLVING TECHNOLOGIES.
ADVANTAGES OF SOLAR ENERGY:
- Reduces Carbon Footprint
-Environmentally Friendly
-Pollution Free
-Can reduce electricity bill.
DISADVANTAGES OF SOLAR ENERGY:
-Expensive to install
-Depends on the weather/climate
-Less efficient over time
What is HYDROELECTRICITY?
Uses the force of water to generate electricity
EXAMPLE Of HYDROELECTRICITY:
Hydroelectric Dams.
-They generate electricity as water, usually from a reservoir or dam, passes through a generator known as a turbine.