Post by Giorbanguly on Oct 21, 2021 5:14:16 GMT -5
I introduce the Giorian Climate Classification System. This system will create a three letter category for all climates. So, here is how it works
First letter divides climates by their Annual mean temp. It goes from A to G.
A = 25C+
B = 20 to 25C
C = 15 to 20C
D = 10 to 15C
E = 5 to 10C
F = 0 to 5C
G = subzero
Second letter divides climates by Annual temp range (measured by annual means). Goes from a to g.
a = less than 5C annual temperature range
b = 5C to 10C annual range
c = 10C to 15C
d = 15 to 20C
e = 20 to 30C
f = 30 to 40C
g = greater than 40C annual range
Third letter is Annual Precipitation.
Z = Less than 250mm annual precipitation
Y = 250 to 500 mm
X = 500 to 750 mm
W = 750 to 1250 mm
V = 1250 to 2000 mm
U = 2000 mm+
Finally, climates with a summer peak in precipitation get a "+" at the end. While those with a winter peak in precipitation get a "-". Climates with stable precipitation like NYC don't get anything at the end
First letter divides climates by their Annual mean temp. It goes from A to G.
A = 25C+
B = 20 to 25C
C = 15 to 20C
D = 10 to 15C
E = 5 to 10C
F = 0 to 5C
G = subzero
Second letter divides climates by Annual temp range (measured by annual means). Goes from a to g.
a = less than 5C annual temperature range
b = 5C to 10C annual range
c = 10C to 15C
d = 15 to 20C
e = 20 to 30C
f = 30 to 40C
g = greater than 40C annual range
Third letter is Annual Precipitation.
Z = Less than 250mm annual precipitation
Y = 250 to 500 mm
X = 500 to 750 mm
W = 750 to 1250 mm
V = 1250 to 2000 mm
U = 2000 mm+
Finally, climates with a summer peak in precipitation get a "+" at the end. While those with a winter peak in precipitation get a "-". Climates with stable precipitation like NYC don't get anything at the end
Lived:
Residence:
