I’m not interested in the armchair thoughts of a random internet guy, or what s/he thinks is possible or isn’t possible. — Mikie
So I’m seeing now that you’re just a fairly average climate denier coming here to spread old, tired canards. — Mikie
Why not run along before embarrassing yourself further about a subject of which you’re completely ignorant? :up: — Mikie
They [your views on climate change] fall right in the meaty part of the curve of climate denial. Fairly boring, actually. — Mikie
Yep. And from the other ignorant things you’ve said so far, perhaps below average. — Mikie
Questions like this is why I say you’re an average climate denier, or at least parroting their greatest hits. — Mikie
As with most climate deniers, the conversation has to devolve into nonsense. — Mikie
If that's truly where your head is at -- to the point where you can't even see how stupid and irrelevant that statement was -- I'm not interested. — Mikie
Guess you figured it would make you look interesting in some way. The reality is quite the opposite. — Mikie
I value their onions; I don’t value yours. And for a simple reason: you haven’t shown even an 8th grade understanding of climate science. — Mikie
As I said in an earlier post, I have been seriously interested in climate change for at least 10 years. As well as looking at temperature anomalies I have also looked in detail at actual temperatures. I have collected actual temperature data for over 36,000 locations on the earth.
After quality control I ended up with data for just over 24,000 locations on the earth. For each location the data includes:
- yearly and monthly average temperatures
- yearly and monthly average high temperatures
- yearly and monthly average low temperatures
I have grouped this data into 216 countries so that I know the average temperature, the average low temperature of the coldest month, and the average high temperature of the hottest month, for each country.
I have also combined the temperature data with population data for each country.
The following graph shows the data for each country. Each country is plotted as a rectangle. The height of the rectangle for a country goes from the average low temperature of the coldest month to the average high temperature of the hottest month. The width of the rectangle for a country shows the population of that country. The countries have been sorted by the average high temperature of the hottest month. Some of the countries with large populations have been labelled.
Also shown on the graph are:
- the average temperature of the land (averaged by area for 216 counties), This is the red line and equals 15.6 degrees Celsius
- the average temperature that humans live at (averaged over the total population of the earth).This is the blue line and equals 19.7 degrees Celsius
Note that the average human lives at a warmer temperature than the average land temperature.
Here is an example of using the graph. Find the yellow label which says “China” and locate the large rectangle above the label. That large rectangle represents China.
The average low temperature of China’s coldest month is about -2.0 degrees Celsius.
The average high temperature of China’s hottest month is about +30.3 degrees Celsius.
The grey line about half way up the rectangle is China’s yearly average temperature. For China, this is about +15.0 degrees Celsius.
The population of China is about 1,420,062,022 (the width of the rectangle).
There is a lot of information contained in the graph. One interesting thing that can be done is to choose a country and add some amount of global warming to the average high temperature of the hottest month. Then look to see which countries already have (without any global warming) an average high temperature of the hottest month higher than the first country chosen with global warming.
For example, Russia with +7.5 degrees Celsius of global warming will still have an average high temperature of the hottest month lower than America's with no global warming.