that we saw this year happening in the observations was about once in 600 years. but what is interesting here is that the blue line, essentially, this blue line, it never coincides with the magenta line. now, what that means is such an event would have been statistically impossible in a world without climate change. it s fascinating to see that, as you said, in the pre industrial world, which is the blue line, it doesn t even get anywhere near that temperature! and, in fact, the highest that i can see here is about 32.5 degrees. follow that down. that s basically saying in the pre industrial world, this weather station would hit 32.5 degrees once every 10,000 years. and now that weather station probably hits it every two or three years, or something like that. that is astonishing, isn t it? that s correct. and that s what we can expect, in terms of climate change, and that s how the temperatures are behaving to climate change. but it s sort of not limited
and, in fact, the highest that i can see here is about 32.5 degrees. follow that down. that s basically saying in the pre industrial world, this weather station would hit 32.5 degrees once every 10,000 years. and now that weather station probably hits it every two or three years, or something like that. that is astonishing, isn t it? that s correct. and that s what we can expect, in terms of climate change, and that s how the temperatures are behaving to climate change. but it s sort of not limited to temperatures alone. but we sort of see this these kind of changes for every other extreme event. so to what extent and to what degree, that is what we try to answer through attribution studies. it s notjust heatwaves that these scientists study. brazil in may and devastating floods and landslides in the north east, where 70% of the month s average
for the red line, which is the current world, we see that this point intersects somewhere there and that comes to about 600 years. now, what that means is the chances of the temperatures that we saw this year happening in the observations was about once in 600 years. but what is interesting here is that the blue line, essentially this blue line, it never coincides essentially, this blue line, it never coincides with the magenta line. now, what that means is such an event would have been statistically impossible in a world without climate change. it s fascinating to see that, as you said, in the pre industrial world, which is the blue line, it doesn t even get anywhere near that temperature! and in fact, the highest that i can see here is about 32.5 degrees. follow that down. that s basically saying in the pre industrial world, this weather station would hit 32.5 degrees once every 10,000 years. and now that weather station probably hits it every two or three years, or something like th
now, what that means is such an event would have been statistically impossible in a world without climate change. it s fascinating to see that, as you said, in the pre industrial world, which is the blue line, it doesn t even get anywhere near that temperature! and in fact, the highest that i can see here is about 32.5 degrees. follow that down. that s basically saying in the pre industrial world, this weather station would hit 32.5 degrees once every 10,000 years. and now that weather station probably hits it every two or three years, or something like that. that is astonishing, isn t it? that s correct. and that s what we can expect, in terms of climate change, and that s how the temperatures are behaving to climate change. but it s sort of not limited to temperatures alone. but we sort of see this these kind of changes for every other extreme event. so to what extent and to what degree, that is what we try to answer through attribution studies. it s notjust heatwaves that these scie
and, in fact, the highest that i can see here is about 32.5 degrees. follow that down. that s basically saying in the pre industrial world, this weather station would hit 32.5 degrees once every 10,000 years. and now that weather station probably hits it every two or three years, or something like that. that is astonishing, isn t it? that s correct. and that s what we can expect, in terms of climate change, and that s how the temperatures are behaving to climate change. but it s sort of not limited to temperatures alone. but we sort of see this these kind of changes for every other extreme event. so to what extent and to what degree, that is what we try to answer through attribution studies. it s notjust heatwaves that these scientists study. brazil in may and devastating floods and landslides in the north east, where 70% of the month s average rainfall fell in less than 2a hours. rain that world weather attribution says would have been less intense in the pre industrial climate.