Sentences with phrase «with less humidity»

But with less humidity here, we'll need to give them this all year long.

Not exact matches

Typical recommendations are to store and ship in a cool, dry environment with temperatures of less than 27 °C and relative humidity less than 65 %.

That would be spring, with temps sizzling up several hundred degrees F. and the humidity slightly less than being submerged.

The best practice is to store chocolate between 55 °F -70 °F (13 °C — 21 °C), ideally with less than 50 % humidity.

Sena Aire by Nuna Travel becomes less of a hassle with this innovative and easy - open crib and play yard, featuring air design that allows airflow from every angle, and a ventilated, quilted mattress that pulls away heat and humidity from baby's skin.

With average summer temperatures around 14 degrees Fahrenheit and less than 10 percent humidity, the Dry Valleys of Antarctica are too cold and too dry for significant snowfall.

The problem with this is that the ability of evaporation to drive tropical storms relies not only on temperature but humidity as well, and calls for drier, less humid air.

The Charleston, SC weather was a bit nicer and cooler this weekend, with much less humidity.

Tonight was rather pleasant with a steady, soft breeze and less humidity, but Labor Day and the week following still looks to be very warm.

I don't know if we would want to use it during the summer, with all of the humidity we get in Miami, but it has been fantastic for using during the less - humid winter months!

The first few days of the Venice Film Festival were so jam - packed with the big - name premieres you've been most restless to hear about that, between thrashing out full - length individual reviews of those and negotiating the braided Venice obstacles of crippling humidity and crippled wi - fi facilities, my usual roundups of less flashy fare got a bit -LSB-...]

Cloud forests are like rainforests, but with less rain and more humidity.

And while the «rainy season» - May through November - is less popular with tourists, the weather is still sunny and warm, but with higher humidity and more frequent rain showers.

The high and heavy rainfall seen in September with 400 mm is gone and the days are drier with slightly less humidity.

Darwin's wet season lasts from November until April and while it may make some tourist activities less appealing due to the humidity and increased rainfall, the region comes alive with spectacular waterfalls and lush green rainforest.

Short - term observations by Minschwaner + Dessler (2004) showed that SH increased with warming, but only at less than one - fourth the amount required to maintain fixed relative humidity.

Similarly, a colder climate with generally decreased humidity q O could be closer to the critical threshold, which might be the reason for less - stable monsoon circulations during glacial periods.

For sensitivity to doubled CO2, knowing long term trends in humidity, cloud cover and type, ice, etc., would be particularly useful in comparison with trends of only a few years or less in these phenomena.

It was milder, because Sahara still had some vegetation / lakes with permanent water - > it was producing LESS dry heat — less dry heat, was destroying LESS humidity created in the Mediterranean = humid = milder, not hotLESS dry heat — less dry heat, was destroying LESS humidity created in the Mediterranean = humid = milder, not hotless dry heat, was destroying LESS humidity created in the Mediterranean = humid = milder, not hotLESS humidity created in the Mediterranean = humid = milder, not hotter.

The change in temperature with height of a parcel of air if relative humidity is less than 100 % dT / dz = g / cp Units = ms ^ -2 J ^ -1 kgK = ms ^ -2 kg ^ -1 m ^ -1 s ^ 2m ^ -1 kgK = Km ^ -1 g = gravity 9.81 ms ^ -2 cp = 1004 Jkg ^ -1 K ^ -1

dude I don't think the observed reduction in relative humidity with rising temperature implies a negative water vapor feedback, just a less strongly positive water vapor feedback than has been otherwise postulated.

Claims for starkly higher temperatures are based upon there being more humidity, not less — hardly a case for more storminess with global warming.

The problem with this is that the ability of evaporation to drive tropical storms relies not only on temperature but humidity as well, and calls for drier, less humid air.

Air with low absolute humidity has far less ability to buffer daytime heating thus you get larger temperature swings between day and night.

In addition, avoiding the cold is generally less expensive and less difficult than avoiding the heat, especially given that absolute humidity rises exponentially with temperature (and so the discomfort index increases very rapidly).

This method of cooling benefits from the low humidity, clear night skies, and rapid drop in ambient temperature that are common to this area (SW Montana), and would be less effective in areas with higher night temperatures, high humidity, high winds, and cloudier skis.

The models assume very small declines and increases (less than 1 % pp) in relative humidity at these levels over the same period (depending on height) so the data would be very inconsistent with the models and the theory.