how climate change affects tropical storms Flashcards
1
Q
how does climate change affect the distribution of tropical storms?
A
- they will occur in more places
- because there are warmer sea temps in other areas as the world is heating up
2
Q
how does climate change affect the intensity of tropical storms?
A
- the intensity will increase, leading to greater damage to human property
- this is because there are warmer temps
- storms will become more intense
- because higher sea temps are likely to result in more evaporation and increased cloud formation, so more energy is released
3
Q
how does climate change affect the frequency of tropical storms?
A
- frequency will increase
- because warming of the climate means where is more energy in the atmosphere and oceans
- also, oceans will stay at 27 degrees or higher for longer each year, so there’s a longer period when tropical storms can form
4
Q
what are the way to reduce the effects of tropical storms
A
- prediction and monitoring
- planning
- protection
5
Q
prediction and monitoring to reduce effects of tropical storms:
A
- storms can be monitored using radar, satellites and aircraft. computer models can then be used to calculate a storms predicted path
- predicting where and when a tropical storm is going to happen gives people time to evacuate and protect homes and businesses
6
Q
planning to reduce the effects of tropical storms
A
- future developments, eg. new houses, can avoid high risk areas, such as low-lying coastal zones
- governments can plan evacuation routes to ensure people can get away quickly
- emergency services can prepare for disasters by practicing rescuing people from flooded areas
7
Q
protection to reduce the effects of tropical storms
A
- buildings can be designed to withstand tropical storms. buildings can also be put on stilts so they’re safe from floodwater
- flood defences can be built along rivers (eg. levees) and coasts (eg. sea walls)
8
Q
what is climate change
A
a long-term change in the earths climate, especially a change due to an increase the average atmospheric temperature