Sentences with phrase «seeing relative humidities»

[100](See Relative humidity #other important facts.)

Not exact matches

A number of research studies investigating the need for water in exclusively breastfed babies were done in various locations (both humid and dry) at temperatures ranging from 22 - 41 °C (71.6 - 105.8 °F) and 9 - 96 % relative humidity [see references below]; these studies concluded that exclusive breastfeeding provides all the fluids needed.

«Maybe it's because they always see the local weatherman talking about relative humidity,» he says.

Thus a good estimate of the model relative humidity response is that it is roughly constant, similar to the situation seen in observations.

Therefore, we would assume that the relative humidity would be high and the specific humidity (the amount of water vapor) would be strongly dependent on temperature (see Part Two).

Here we can see that in warmer climates the lower troposphere has more effect for changes in relative humidity.

March 2018 saw below average precipitation, soil moisture and relative humidity compared to the 1981 - 2010 in most of the region around the Baltic Sea and of Scandinavia.

Most of southern Europe saw much above precipitation, in particular in the countries adjacent to the Adriatic Sea, where the relative humidity of surface air was also above average.

I think relative humidity has been pretty stable (but I haven't seen hard data).]

One can't arbitrarily choose feedbacks for water vapor, ice / albedo, clouds, etc., without looking to see how these phenomena are actually behaving — e.g., what are the radiative properties of water vapor, how is relative humidity changing, what is happening to low cloud cover, high cloud cover, and the high / low cloud ratios, etc.?.

If we were to wrap the floor joists completely with insulation we would warm up the wood thereby lowering the relative humidity the wood «sees» thereby lowering the moisture content.

I see discussion of ocean temperature and evaporation rates without mention of relative humidity effecting evaporation and heat content.

You have to look at both the relative humidity and temperature to see that.

April 2018 saw very dry conditions, indicated by much below average relative humidity and soil moisture, and below average precipitation in south and central Argentina, in Australia, in Mexico and southwestern USA, and in eastern China.

The month saw dry conditions, as indicated by below average precipitation, soil moisture, and relative humidity and above average temperature compared to 1981 - 2010 in most of eastern and southeastern Europe, including the regions around the Black Sea.

I don't see how cosmic rays could modulate relative humidity and dew temperature.

I would also like to see the temps and relative humidity of all 4 areas graphed.