Not exact matches
It may only last for 9 days, but that in my opinion would be
sufficient time for it to be stable, since its concentration is determined by heat in the system (you mentioned the remarkable latent heat of
water, so the effect of the ocean heat
content would provide plenty of stability).
Increase vitamin A
content by eating red, orange, yellow, and dark green leafy vegetables; increase zinc and folate by eating whole - grains, beans, and raw vegetables — especially spinach; ensure
sufficient B6 and potassium intake by eating nuts, bananas, and beans; ensure
sufficient vitamin C by eating citrus; eliminate alcohol and caffeine; reduce sugar and salt intake, and increase
water consumption to six to eight glasses per day.
Given the lower temperatures and lower
water vapour
content at higher altitudes and a need for high supercooling to initiate condensation (in the absence of
sufficient normal CCN), wouldn't an increased source of nuclei, in the form of GCRs, enhance high - and middle - altitude cloud formation?