Sentences with phrase «which increase the humidity»

Low temperatures in Arizona have increased in urban areas, because of grass, trees, irrigation (anything which increases humidity and / or causes increased condensation,) asphalt, buildings, air conditioners, etc..

Budding bakers will also love this one for its Moisture Plus technology, which increases humidity when proving dough, so your baked loaves are consistently covetably crusty.

Not exact matches

In addition to those features are automatic shutdown, digital hygrometer, tank indicator and warm mist functions, all of which can increase humidity output.

Warmer winters, wetter and earlier springs (which expand the time during which ticks can pick up the disease), increased humidity, and greener environments can all contribute to the increased incidence of ticks and the growing populations of hosts, including large mammals like white - tailed deer; smaller ones such as white - footed mice, the principal carrier of Lyme disease; and many species of birds.

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.

Cui says the issue is not with the telescope, but with increasing dust and humidity at the site, which now gets only 120 clear nights a year, down from more than 200 when LAMOST was being planned.

In a piano, increases in humidity and temperature cause the bushings (hinges in the mechanical assembly of the piano action around which one component rotates with respect to another) to swell.

Topography can also influence fire behavior by determining local microclimates — for example, variations in local snowpack, temperature, and humidity (Holden and Jolly 2011)-- or alignment with prevailing winds (Sharples 2009) which increase fire spread.

In the past 3 - 4 decades, there has been an increasing trend in high - humidity heat waves, which are characterized by the persistence of extremely high night - time temperature.1 The combination of high humidity and high night - time temperature can make for a deadly pairing, offering no relief and posing a particular threat for the elderly.

The study, which controlled for levels of pollutants and allergens in the air (which are affected by weather), found that a 10 - degree increase in temperature and a 10 % change in humidity were associated with a slight uptick in asthma - related emergency room visits.

Also: which type of coconut milk is best, bike workouts in a hotel, choosing the best (elliptical) chain rings, which fats are the healthiest, is sugar free dark chocolate ok, controlling the urge to snack at work, stress incontinence in female runners, increased heart rate in heat and humidity, correcting an estrogen imbalance, and how much to workout while lowering cortisol levels.

Corpus Christi generally harbors more humidity than Arlington, for example, which increase the risk of mold and rot.

Cats do not appear to be affected by conformational differences of the pinnae, as seen with the Scottish fold.3 Excessive hair in the canal, as seen in poodles and schnauzers, can also decrease ventilation and form hair mats that retain debris and create obstructions.7 Shar - peis have stenotic canals that may be predisposed to higher humidity levels and secretions, leading to overgrowth of normal microbial inhabitants.1, 7 An increase in glandular tissue can lead to an increase in cerumen production and debris accumulation, which seems to be more common in cocker spaniels, springer spaniels, and Labrador retrievers.1, 7

Shedding problems (retained skin and eye caps) can often be treated by increasing the humidity in the snake's environment, which should help the snake to shed the retained skin.

re Gavin @ 223 I know what the mean global temperature is (actually, I don't, see below) but the question was why is this a meaningful metric for looking at changes over time, when you could get the same global mean from very different distributions of temperature (eg increase the poles, decrease the tropics) which would have very different interpretations of energy balance (at least if I am right that humidity matters)?

CO2's effect of stimulating plant growth and increasing plant tolerance of aridity contributed to revegetating large areas of land that were desert at the LGM, compounding the effects of an increase in atmospheric humidity, reduced land / ocean surface ocean ration, and increased warmth, all of which combined caused the reduction of airborne dust and atmosperic albedo.

Heat stress is projected to increase as a result of both increased summer temperatures and humidity.55, 61 One study projected an increase of between 166 and 2,217 excess deaths per year from heat wave - related mortality in Chicago alone by 2081 - 2100.62 The lower number assumes a climate scenario with significant reductions in emissions of greenhouse gases (B1), while the upper number assumes a scenario under which emissions continue to increase (A2).

I then play a video from Texas Tech University climate scientist Dr. Katharine Hayhoe which she says: «One of the changes we have seen is that the average humidity of our planet has increased by 4 %.

Wind gusts of more than 37 miles (60 kilometers) per hour, which swept the dust into Sidney, joined with high temperatures and low humidity to increase the risk of fire in the city and its surroundings.11

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.

Here's a study which highlights the importance of increased tropospheric humidity (water vapour) in amplifying a warming effect during the afforementioned Paleocene — Eocene Thermal Maximum — ttp: / / www.nature.com/nature/journal/v432/n7016/full/nature03115.

This snowpack accumulation near the poles, which gets its water via the Arctic and Antarctic oceans, that in turn rob it from equatorial latitudes of our oceans, also results in a reduction in the earth's spin axis moment of inertia and causes the spin rate to increase as evidenced in the recent history of the rate at which Leap Seconds are added to our calendar (see Wysmuller's Toucan Equation for more on this evidence that during this warm time with much greater polar humidity, earlier seasonal, later seasonal and heavier snows are beginning to move water vapor from the oceans to the poles to re-build the polar ice caps and lead us into a global cooling, while man - made CO2 continues to increase http://www.colderside.com/faq.htm).

«[T] he CMIP5 [climate model] results instead show an increase in temperature and a much subdued increase in specific humidity, which may be due to GHG - induced warming and subsequent increases in the water vapor holding capacity of the atmosphere, respectively.

The averages of these seasonal trends are 0.20 C / decade and 0.07 hPa / decade which correspond to a specific humidity increase of 0.04 g / kg per decade and a relative humidity reduction of 0.5 % / decade.

In recent decades the ITCZ has been migrating north moving it farther away from Easter Island and as that distance increases absolute humidity over Easter Island will necessarily decrease which necessarily means in increasing temperature delta between daytime high and nighttime low.

Is this point only about the radiative characteristics of the H2O vapour, and the assumption that relative and / or specific humidity should rise thanks to CO2 - induced increased evaporation, which in turn would increase downwelling heat radiation — or just the part that slightly hotter surface (due to CO2) also emits more heat to be trapped by the vater vapour?

Measurement of CO2 concentration is always problematic; the «Standard Dry Air» SDA basis of measurement and comparison is at standard temperature and pressure which is a non-existent parameter; and as we are seeing, CO2 is not a well - mixed gas at all and will be defined by, amongst other variables, SH, or absolute humidity; SH can vary from 0 to 5 % by volume of atmosphere; as the SH increases, the absolute amount of other gases, including CO2, decreases; to say therefore that atmospheric concentrations of CO2 have remained stable and not been above 280ppm over the last 650my is fanciful; even if you assume past CO2 levels have not got above 280ppm the range of variation within that limit has been greater than the current increase;

That mechanism is missing in the GCMs, which increase specific humidity with surface temperature but keep cloud cover parameterized and constant.

Over the ocean, the observed surface specific humidity increases at 5.7 % per 1ºC warming, which is consistent with a constant relative humidity.

The Nest thermostat can sense temperature, but it can't sense the effect of a fan, which cools your body by increasing evaporation of sweat, a very personal and subjective factor that will vary depending on what you are wearing, humidity and many other personal factors.

And yes, greenhouse warming could be due to increased humidity, which in turn could be due to normal variability in the ocean surface temperature.

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.»

Dave Archer's online model has an option to hold the relative humidity fixed as you increase the temperature of the atmosphere, which allows you to explore this feedback.

Increased temperature will increase the absolute humidity according to the Clausius - Claperyon equation; a larger amount of water vapor will decrease the density of air, all else being equal, which will increase convection and the relative amount of adiabatic versus radiative cooling.

According to Isaac Held, climate models predict that the relative humidity over oceans will have to rise about 1 % (a 5 % increase in 1 — RH) to suppress surface evaporation which would otherwise rise at 7 % / degC and create a surface energy imbalance (because DLR increases with warming nearly as fast as OLR).

[1] Climate change creates new risks for human exposure to vector - borne diseases such as Zika, particularly in the United States where rising heat and humidity are increasing the number of days annually in which disease vectors thrive.

One study, published in today's edition of the journal Nature, found that the overall increase in worldwide surface humidity from 1973 - 99 was 2.2 %, which is due «primarily to human - caused global warming,» according to study co-author Nathan Gillett of the University of East Anglia, in Norwich, U.K.

Corpus Christi generally harbors more humidity than Arlington, for example, which increase the risk of mold and rot.

Through their leaves, trees also provide evaporative cooling, which increases air humidity.