The probability of
rainfall increases slightly as the month progresses, with the likelihood of rainfall rising from 43 % on September 1st up to 49 % by September 30th.
German summers tend to be warm and sunny with temperatures falling between 20 °C and 30 °C although
rainfall increases slightly during June, July and August.
Not exact matches
When researchers ran the numbers for the Corn Belt, the global models fell short of reality: They predicted both temperature and humidity to
increase slightly, and
rainfall to
increase by up to 4 % — none of which matches the observed changes.
The likelihood of precipitation making an appearance
slightly increases as the month develops, starting off at 78 % on July 1st and rising up to 89 % by July 31st, making the start of the month the best time to visit if you want to keep
rainfall to a minimum.
Average
rainfall drops
slightly this month from July to 260 mm and will
increase towards the end of the month to the Septem...
After a hot and humid summer, Cancun in Mexico begins to cool down during October, when temperatures drop
slightly and the probability of
rainfall increases.
I would like to return to the question asked by C. W. Magee in # 5: «if temperature only
slightly increases rainfall, then why does paleoclimactic data indicate more widespread rainforests in pre-glacial cenozoic?»
Finally, if temperature only
slightly increases rainfall, then why does paleoclimactic data indicate more widespread rainforests in pre-glacial cenozoic?
One of the things that I have become pleased about, is the
increasing number of scientists who are pointing out the beneficial effects of
slightly raised temperatures and CO2 levels on agriculture and forestry, with projected higher
rainfall and bountiful growth being a result that will help feed
increasing populations without having to
increase the extent of agricultural lands.
And even if
rainfall decreases only
slightly from today's levels, evaporation typically
increases as temperatures rise, so Namibia is likely to become even drier.9 As water becomes scarcer, the range and number of wildlife supported by Etosha and other national parks could decline.9
When researchers ran the numbers for the Corn Belt, the global models fell short of reality: They predicted both temperature and humidity to
increase slightly, and
rainfall to
increase by up to 4 % — none of which matches the observed changes.
For example, extremes of
rainfall (at both the high and low ends) are predicted to
increase, but the global mean
rainfall should only
increase very
slightly.