Sentences with phrase «in average humidity»

Because water vapor is the most plentiful greenhouse gas, this decrease in average humidity would cool things globally.

Not exact matches

The American Meteorological Society published research in 2011 that found current temperature has a bigger effect on our happiness than variables like wind speed and humidity, or even the average temperature over the course of a day.

Data on daily average temperature, death rates, and confounding variables (eg, humidity and air pollution) were used to calculate the temperature of minimum mortality (the optimal temperature), and to quantify total deaths due to non-optimal ambient temperature in each location.

What is more, cities in which the average humidity dropped below 50 percent for at least one month a year had lower rates of asthma compared to more humid locales.

The average width of a tree ring is a function of many variables including the tree species, tree age, stored carbohydrates in the tree, nutrients in the soil, and climatic factors including sunlight, precipitation, temperature, wind speed, humidity, and even carbon dioxide availability in the atmosphere.

Average temperatures in Guangzhou in February are between 12ºC / 53ºF to 19ºC / 65ºF with about 78 % humidity and an average of 30 % chance oAverage temperatures in Guangzhou in February are between 12ºC / 53ºF to 19ºC / 65ºF with about 78 % humidity and an average of 30 % chance oaverage of 30 % chance of rain.

here in kailua kona, where i've been staying, the average high has been around 86 and the average low has been 75 with humidity between 50 — 80 percent.

The average mean temperature in January ranges from 53 - 59 degrees F; summers are a little warmer with an average mean temperature in July that ranges from 62 - 70 degrees F. Both winter and summer temperature extremes are moderated by the moist ocean air with generally high nighttime humidities and frequent fog.

In 2013, the least humid month of the year was September which had an average daily low humidity of 57 %.

Average humidity sits at 85 % which also varies little before reaching a high of 90 % during the height of the monsoon in September.

Across the month, the average daily humidity for Paris in July is 64 %, created by highs of 91 % and lows of 45 %.

The relative humidity for Lanzarote in April averages at around 66 %, ranging from 52 % (mildly humid) up to 89 % (very humid) throughout the month, rarely falling below 39 % (comfortable) or reaching as high as 100 % (very humid).

The relative humidity for Tenerife in March averages at around 65 %, ranging between 48 % (comfortable) and 90 % (very humid), rarely falling below 27 % (dry) or reaching as high as 100 % (very humid).

From June, average daily rainfall increases to a peak in September, when the humidity is generally over 80 %.

Average humidity ranges in Lisbon remain steady during the summer months.

The modes assume near constant leves of water vapor, but they are not necessarily so close, however, water tends towards equilibrium, so in the long run, the mode averages may not be far off in that regard, but relative humidity does vary greaty, especially during shorter periods of time.

The average heat index — a way of expressing how hot it feels after humidity is factored in — for the state officially was 110 degrees or higher on six days.

Temperatures in the tropics (especially daytime temperatures) are much higher than the global «average» so the absolute humidity must be higher as well — conversely, temperatures in the polar regions are much colder than global averages.

The average relative humidity in cities is usually several percent lower than that of adjacent rural areas, primarily because of increased runoff of precipitation and the lack of evapotranspiration from vegetation in urban areas.

Then there's humidity averages, gradients, regional effects, cloud albedo, heat circulation in the atmosphere, winds, storms, updrafts, downdrafts, you name it.

Monthly anomalies with respect to 1981 - 2010 in the relative humidity of surface air averaged over all and European land areas, from January 1979 to February 2018.

The averages for the last 12 months show dry conditions over most regions within a large belt stretching across parts of both Europe and Asia, with below average precipitation and soil moisture and much below average relative humidity, starting in south - western Europe and ending near Japan.

Monthly anomalies with respect to 1981 - 2010 in the relative humidity of surface air averaged over all and European land areas, from January 1979 to March 2018.

Actually, a warmer world means higher levels of humidity, less drought and a shrinking of deserts, as in the Sahara circa 4,000 - 6,000 years ago during the era known as the climatic optimum when temperatures averaged some 2 degrees higher than today's.

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.

Relative humidity averaged over Europe is more variable, but in general also shows a net decline over time.

During this period, south - western South America experienced above average soil moisture and also, in many parts, above - average precipitation and surface air relative humidity.

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.

Anomalies in precipitation, the relative humidity of surface air, the volumetric moisture content of the top 7 cm of soil and surface air temperature for February 2018 with respect to February averages for the period 1981 - 2010.

Anomalies in precipitation, the relative humidity of surface air, the volumetric moisture content of the top 7 cm of soil and surface air temperature for March 2018 with respect to March averages for the period 1981 - 2010.

For south - eastern Europe the situation was more complex, with below average relative humidity and soil moisture in the whole region, but with some areas, such as large parts of the Alpine region and the countries adjacent to the east coast of the Adriatic Sea, having experienced above average precipitation.

For southeast Europe the situation is more complex, with below average relative humidity and soil moisture in the whole region, but with some areas, such as large parts of the Alpine region and the countries adjacent to the east coast of the Adriatic Sea, having experienced above average precipitation.

The all - land and European averages show a decrease in relative humidity over the period from 1979.

For south - eastern Europe the situation was more complex, with below average relative humidity and soil moisture in the whole region, but with some areas having experienced above average precipitation.

A quick look at absolute humidity rising with an average RH being constant, one has for 5 deg C, only a 30 % increase in h2o vapor.

Here is a graph of global average annual relative humidity at various elevations in the atmosphere expressed in milli - bars (mb) from 300 mb to 700 mb for the period 1948 to 2008.

With that caveat, the face - value 35 - year trend in zonal - average annual - average specific humidity q is significantly negative at all altitudes above 850 hPa (roughly the top of the convective boundary layer) in the tropics and southern midlatitudes and at altitudes above 600 hPa in the northern midlatitudes.

Two summers back, here within view of Colorado Springs» Waldo Canyon conflagration, I vividly recall some details: a) a hoisted ember astonishingly re-igniting things across a mile wide mountain lake, breaching the NE perimeter; b) our relative humidity, the day of the blaze, was so low the am weatherman uttering «you night as well say we have none;» c) the flown - in Commander, on camera and perhaps the best mind in all the world on matters such, describing never before witnessed probabilities for live ember re-ignitions, as «perhaps two out of three;» & d) that sad day's all - time record setting mark of 101 F., here @ 6,500 feet + elevations, in that astonishing summer where lower - 48 averages jumped by more than a single degree Fahrenheit in one realm - altering excursion.

The fractal scaling behavior in the power spectra of 1 / f fluctuations abounds in astrophysical phenomena (Press 1978:103): the Gutenberg - Richter law of earthquakes (Scholz 1991:41), volcanic activity (Scholz 1991:41), the flow rate of the Nile (Mandelbrot & Wallis 1969:321), ocean currents (Taft & Hickery 1974:403) and daily average air humidity fluctuations (Vattay & Harnos 1993, unpublished).

Beyond the scope of your paper, why is the emphasis in climatology on average temps rather than total heat (why isn't humidity factored in?).

The average width of a tree ring is a function of many variables including the tree species, tree age, stored carbohydrates in the tree, nutrients in the soil, and climatic factors including sunlight, precipitation, temperature, wind speed, humidity, and even carbon dioxide availability in the atmosphere.

There is increasing specific humidity at the lower levels, some decline in higher levels but the weighted average is constant.

(1) It pointed out that, according to the NCEP data, the zonal - average tropical and mid-latitude humidities have decreased over the last 35 years at altitudes above the 850mb pressure level — that is, in the middle and upper troposphere, roughly above the top of the convective boundary layer.

The mean average width of a tree ring in any one tree is a function of many variables including the tree species, tree age, availability of stored food carbohydrates in the tree, nutrients in the soil, and climatic factors including sunlight, precipitation, temperature, wind speed, humidity, and their distribution througnout the year even carbon dioxide availability in the atmosphere.

the face - value 35 - year trend in zonal - average annual - average specific humidity q is significantly negative at all altitudes above 850 hPa (roughly the top of the convective boundary layer) in the tropics and southern midlatitudes and at altitudes above 600 hPa in the northern midlatitudes.

It was a straightforward paper reporting the trends of humidity in the middle and upper troposphere as they (the trends) appear at face value in the NCEP monthly - average reanalysis data.

And yet in moderate humidity (60 % or so), you can see a 10 + degree F drop in temperature / hour after dark, while the average temp drop / increase per day globally is ~ 18F.

Two presumptions in GCMs that I believe are erroneous are constant average absolute humidity and constant average albedo.

At the high - end scenario of global warming, in which global average temperatures increase to 8.46 degrees Fahrenheit above 1986 - 2005 average levels by 2100, the report found that «the combination of high temperature and humidity in some areas for parts of the year is projected to compromise normal human activities, including growing food or working outdoors.»

Anomalies in precipitation, the relative humidity of surface air, the volumetric moisture content of the top 7 cm of soil and surface air temperature for April 2018 with respect to April averages for the period 1981 - 2010.