Please Help Me Out The Submission Is Tomorrow 1 (120.02 KiB) Viewed 43 times
Please Help Me Out The Submission Is Tomorrow 2 (120.02 KiB) Viewed 43 times
constantly at the 2018 rates, in what year do we reach a CO2 level of 450ppm? NOTE: According to Warren, at 1° Celsius , in addition to the trends we are already observing, oceans will further acidify, natural ecosystems will start to collapse, and as many as 18-60 million people in the developing world will go hungry. At 1.5° Celsius the Greenland ice sheet will melt, eventually causing a 7m rise in sea level, inundating coastal areas. At 2° Celsius agricultural yields in the rich nations will start to fall and 1-3 billion people will experience water scarcity. At 3° Celsius the Amazon rainforest is expected to collapse and at 4° Celsius most of Africa and Australia will lose all agricultural production. vi. Fill in the blank: In order to avoid reaching 450ppm of atmospheric CO2 the trend in the data would have to become (??? Calculus Term???). vii. Provide a (general or real world related) question that you would like answered based on your work here. This should not be something that you could answer yourself with a little work. viii. Summarize your work on questions 1-5 in a short paragraph as if it were a news article.
constantly at the 2018 rates, in what year do we reach a CO2 level of 450ppm? NOTE: According to Warren, at 1° Celsius , in addition to the trends we are already observing, oceans will further acidify, natural ecosystems will start to collapse, and as many as 18-60 million people in the developing world will go hungry. At 1.5° Celsius the Greenland ice sheet will melt, eventually causing a 7m rise in sea level, inundating coastal areas. At 2° Celsius agricultural yields in the rich nations will start to fall and 1-3 billion people will experience water scarcity. At 3° Celsius the Amazon rainforest is expected to collapse and at 4° Celsius most of Africa and Australia will lose all agricultural production. vi. Fill in the blank: In order to avoid reaching 450ppm of atmospheric CO2 the trend in the data would have to become (??? Calculus Term???). vii. Provide a (general or real world related) question that you would like answered based on your work here. This should not be something that you could answer yourself with a little work. viii. Summarize your work on questions 1-5 in a short paragraph as if it were a news article.
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