Template+for+your+RESULTS+page

=Basic parts:=

1. Download and read...
done. My __language code file for making the below figures is linked__ here __. I started from the__ code template at left (or from scratch), (translated language?), or at least added a few comment lines to illustrate that I can edit a code file and recognize which line does what.  (I also did extra credit or extensions of the basic assignment)

2. Calculate zonally averaged P and v over longitude, and plot the resulting latitude-time series.
Here is the latitude-time sections of P in the zonal mean, and at 91.25W: (picture) Notice that the mean ... Similarly (or In contrast, ...

Here is the latitude-time sections of v in the zonal mean, and at 90W: (picture) Notice that the mean ... Similarly (or In contrast, ...

3. Average air temperature over both lat and lon, to make a 12-month time series. Which season has the warmest global mean surface temperature? Can you understand why?
Global mean surface temperature has a mild annual cycle: (picture) Its sense is consistent with the idea that... (something about continents, oceans?)

Here is a map expressing the seasonality of precipitation: (picture) Places with intensely seasonal rainfall tend to be ...(latitude belts, land/sea, ...)

(optional) Since this seemed is a little noisy, I tried regridding the P data using (code line) and repeating, which produces this smoother version: (picture)

(optional) The word 'monsoon' evokes summer rain, not Mediterranean climates (winter rain, dry summers). So we can refine by plotting (summer minus winter)/annual ... (picture) etc.

5. What is the space-time standard deviation of 'air' (temperature)?
The total space-time standard deviation of temperature is __. The challenge of computing it is that we want area averages over the Earth, but we started with lat-lon grids. A simple call of stdev(air array) gives__, which is (too large, too small? why?) ...

=Extra credit / extensions of the basic assignment:=

I wanted to address the question, ? So I ___. The result is (picture). Apparently (interpretation). This is confirmed by (rejiggering) which produces (picture2), illustrating (point).