That’s interesting. I would have expected both minimum and maximum temperature changes to be roughly equal. Did you compute them as the differences between the last and the first year averages?
Global warming debunked, there is no change in average temperature in Los Angeles
The yearly minimum increasing by 3.86 farads is quite significant.
I’m sure I’m either missing something obvious or reading it incorrectly, but why does the average appear to oscillate? (In other words, why do green line zig zag?)
Edit – Nm, that’s monthly average and not yearly, so it’s exactly what you’d expect seasonal changes. For some reason (maybe because it’s so straight) I assumed the line was bouncing between points and not a series of points itself.
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I used Matplotlib to plot the data from [Open-Meteo Historical Weather API (Source)](https://open-meteo.com/en/docs/historical-weather-api#start_date=1950-01-01&daily=&temperature_unit=fahrenheit&wind_speed_unit=mph&precipitation_unit=inch&timezone=America%2FLos_Angeles) and came up with this chart with the yearly max and min temperature as well as trendlines for the data.
That’s interesting. I would have expected both minimum and maximum temperature changes to be roughly equal. Did you compute them as the differences between the last and the first year averages?
Global warming debunked, there is no change in average temperature in Los Angeles
The yearly minimum increasing by 3.86 farads is quite significant.
I’m sure I’m either missing something obvious or reading it incorrectly, but why does the average appear to oscillate? (In other words, why do green line zig zag?)
Edit – Nm, that’s monthly average and not yearly, so it’s exactly what you’d expect seasonal changes. For some reason (maybe because it’s so straight) I assumed the line was bouncing between points and not a series of points itself.
Cool graph!
more concrete and cement than ever
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