From 2000-2100, the minimum sea level rise in really slow, which is the best case scenario, assuming C02 is stabilized at 550ppm. the medium sea level rise is a bit more and faster. This is the middle case scenario, assuming C02 is stabilized at 750ppm. The maximum sea level rise is the fastest and is the worst case scenario, assuming uncontrolled rises in C02.
A very good and straight to the point answer. However, if I were you I would talk about the gradient or steepness of the line and give more data of the length of the sea level rise. Overall good work, keep it up.
• Worst case scenario: the gradient gets steeper and steeper, nearly reaching 90cm sea level rise. This will flood the majority of the world if CO2 is not controlled. • Middle case scenario: increases steadily, reaching 40 cm in 2100. This will flood small islands, etc. eg. Maldives, assuming C02 is stabilized at 750ppm. • Best case scenario: the change is not big a gentle increase over the 100 years, only 20 cm of sea levels has risen. This wouldn’t affect the world as much as Co2 is stabilized at 550ppm.
In the best case scenario, the sea level only rises 20cm and co2 levels are stabilized at 550ppm. The worst case scenario is that the sea level rises more the 80cm and there are uncontrolled rises in co2.
The best case scenario of the future sea-level rise predictions is having a minimum sea-level rise. It rises slowly and steadily from 0cm in 1990 to 20cm in 2100 and CO2 levels are stabilized at 550ppm. The middle-case scenario is a medium sea-level rise. It rises to 40cm by the year 2100, with a faster increase starting from the year 2090, and CO2 levels stabilize at 750ppm. The last and worst case scenario is having maximum sea-level rise, where the sea level rises quickly from 1990 to 2050 and CO2 levels go out of control. From 2050 onwards sea-level rise increases rapidly, reaching a 100cm rise by 2100.
Using figure 8 on page 36, the minimum sea-level rise increase at a very slow rate from 0cm - 20cm in 100 years. This is the best case scenario, assuming cO2 stabalised at 550ppm. The maximum sea-level rise is the worst case scenario where CO2 is uncontrolled. Nearly goes up to 100cm in 100 years (5x faster than minimum.)
From 200-2010 the minimum sea level rise increase is very stable and very slow so its not very steep in the graph. This is the best case scenario assuming that co2 levels are stabilized.
The medium sea level rise is also quite slow but faster than the growth of the minimum sea level, this is te middle case scenario assuming co2 is stabilized at 750ppm.
The worst case scenario is the maximum sea level rise because it increases to heights that exceed 1 m and are really fast and also is the worst case scenario, assuming uncontrolled rises in co2.
In 1990, the level of sea-level rise started very low, near to 0cm for all three maximum, medium and minimum. They gradually increase, but the maximum sea-level rise increases the most, about 15cm per 20 years, medium rises by about 8cm per 20 years, and for minimum, 2cm per 20 years. By the year 2050, the rise starts to increase, so the graph curves upwards. Maximum sea-level rise shows the greatest increase in rise, medium shows less increase than maximum, however there is not much change in minimum sea-level rise. In 2100, the maximum sea-level rise is about 95cm.
The best scenario of sea level rise from 2000 to 2100 would be that the sea level rises by 20cm but the Co2 level would have to be stable at 550ppm For the middle case scenario Co2 levels should be stabilised at 750ppm and so would rise by 50cm Worst case scenario when the Co2 emissions are uncontrolled letting the sea level to rise by 90cm
Sea levels rise because of melting ice caps from the north and south pole.sea level rise from 2000 to 2100 would be that the sea level rises by 20cm but the Co2 level would have to be stable at 550ppm
From 2000 to 2100 the minimum sea level will consistently rise however slowly and small the impact, it is still an effect. The best case scenario would be that assuming, CO2 is stabilised at 550pm would be that it would rise less than 20 cm. Something not as good would be if if the sea level rises by 50 cm, assuming co2 levels are stabilised at 750 pm. The worst case scenario would be if the sea level rises by 100 cm assuming there are uncontrolled rises in CO2.
The best case scenario would be that the sea level rises by 20cm and the Co2 level is stabilised at 550ppm. The worst case scenario would be that the sea level will rise up to 90cm and there are uncontrolled rise in Co2.
In 2000 the minimum sea level rise is nearly 0cm and from 2000 it's increasing very slowly, by the time in 2100 the minimum will reach up to 20cm. This is the best case scenario, estimating CO2 stabilised at 550ppm.
The medium sea- level rise in 2000 is around 5cm and in 2100 it's 40cm. The gradient of the graph is steeper then the minimum sea level. Assuming CO2 stabiles at 750ppm
The maximum sea- level rise, the worst case scenario in 2000 is nearly 10cm and by the time in 2100 the sea level is about 90cm. Assuming uncontrolled rises in CO2
From 2000-2100, the minimum sea level rise in really slow, which is the best case scenario, assuming C02 is stabilized at 550ppm.
ReplyDeletethe medium sea level rise is a bit more and faster. This is the middle case scenario, assuming C02 is stabilized at 750ppm.
The maximum sea level rise is the fastest and is the worst case scenario, assuming uncontrolled rises in C02.
A very good and straight to the point answer. However, if I were you I would talk about the gradient or steepness of the line and give more data of the length of the sea level rise. Overall good work, keep it up.
DeleteThank you, Ramchandani. Appreciate the feedback (Y)
Delete• Worst case scenario: the gradient gets steeper and steeper, nearly reaching 90cm sea level rise. This will flood the majority of the world if CO2 is not controlled.
ReplyDelete• Middle case scenario: increases steadily, reaching 40 cm in 2100. This will flood small islands, etc. eg. Maldives, assuming C02 is stabilized at 750ppm.
• Best case scenario: the change is not big a gentle increase over the 100 years, only 20 cm of sea levels has risen. This wouldn’t affect the world as much as Co2 is stabilized at 550ppm.
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ReplyDeleteIn the best case scenario, the sea level only rises 20cm and co2 levels are stabilized at 550ppm. The worst case scenario is that the sea level rises more the 80cm and there are uncontrolled rises in co2.
ReplyDelete
ReplyDeleteThe best case scenario of the future sea-level rise predictions is having a minimum sea-level rise. It rises slowly and steadily from 0cm in 1990 to 20cm in 2100 and CO2 levels are stabilized at 550ppm. The middle-case scenario is a medium sea-level rise. It rises to 40cm by the year 2100, with a faster increase starting from the year 2090, and CO2 levels stabilize at 750ppm. The last and worst case scenario is having maximum sea-level rise, where the sea level rises quickly from 1990 to 2050 and CO2 levels go out of control. From 2050 onwards sea-level rise increases rapidly, reaching a 100cm rise by 2100.
Using figure 8 on page 36, the minimum sea-level rise increase at a very slow rate from 0cm - 20cm in 100 years. This is the best case scenario, assuming cO2 stabalised at 550ppm.
ReplyDeleteThe maximum sea-level rise is the worst case scenario where CO2 is uncontrolled. Nearly goes up to 100cm in 100 years (5x faster than minimum.)
From 200-2010 the minimum sea level rise increase is very stable and very slow so its not very steep in the graph. This is the best case scenario assuming that co2 levels are stabilized.
ReplyDeleteThe medium sea level rise is also quite slow but faster than the growth of the minimum sea level, this is te middle case scenario assuming co2 is stabilized at 750ppm.
The worst case scenario is the maximum sea level rise because it increases to heights that exceed 1 m and are really fast and also is the worst case scenario, assuming uncontrolled rises in co2.
In 1990, the level of sea-level rise started very low, near to 0cm for all three maximum, medium and minimum. They gradually increase, but the maximum sea-level rise increases the most, about 15cm per 20 years, medium rises by about 8cm per 20 years, and for minimum, 2cm per 20 years. By the year 2050, the rise starts to increase, so the graph curves upwards. Maximum sea-level rise shows the greatest increase in rise, medium shows less increase than maximum, however there is not much change in minimum sea-level rise. In 2100, the maximum sea-level rise is about 95cm.
ReplyDeleteThe best scenario of sea level rise from 2000 to 2100 would be that the sea level rises by 20cm but the Co2 level would have to be stable at 550ppm
ReplyDeleteFor the middle case scenario Co2 levels should be stabilised at 750ppm and so would rise by 50cm
Worst case scenario when the Co2 emissions are uncontrolled letting the sea level to rise by 90cm
Sea levels rise because of melting ice caps from the north and south pole.sea level rise from 2000 to 2100 would be that the sea level rises by 20cm but the Co2 level would have to be stable at 550ppm
ReplyDeleteFrom 2000 to 2100 the minimum sea level will consistently rise however slowly and small the impact, it is still an effect. The best case scenario would be that assuming, CO2 is stabilised at 550pm would be that it would rise less than 20 cm. Something not as good would be if if the sea level rises by 50 cm, assuming co2 levels are stabilised at 750 pm. The worst case scenario would be if the sea level rises by 100 cm assuming there are uncontrolled rises in CO2.
ReplyDeleteThe best case scenario would be that the sea level rises by 20cm and the Co2 level is stabilised at 550ppm. The worst case scenario would be that the sea level will rise up to 90cm and there are uncontrolled rise in Co2.
ReplyDeleteIn 2000 the minimum sea level rise is nearly 0cm and from 2000 it's increasing very slowly, by the time in 2100 the minimum will reach up to 20cm. This is the best case scenario, estimating CO2 stabilised at 550ppm.
ReplyDeleteThe medium sea- level rise in 2000 is around 5cm and in 2100 it's 40cm. The gradient of the graph is steeper then the minimum sea level. Assuming CO2 stabiles at 750ppm
The maximum sea- level rise, the worst case scenario in 2000 is nearly 10cm and by the time in 2100 the sea level is about 90cm. Assuming uncontrolled rises in CO2
(Rey)
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