Sentences with phrase «increase humidity levels»

They increase humidity levels during dry winter months and decrease the moisture in your house during hot summer months.

It's time to increase the humidity level in my bedroom!

4) Increased cloudiness of the Arctic in the early fall months (from increased humidity levels from open water) actually allowing the region to stay warmer later into the fall freeze up.

Not exact matches

Having plants around the office will increase positive feelings as well as help reduce stress, lower blood pressure, noise level and humidity.

We hypothesized that the over would be profitable at Coors Field but, knowing that humidity levels increase during the summer, we hypothesized that they would be particularly profitable during the late season.

Likewise, as the number of risk factors for exertional heat illness increases, the maximum environmental heat and humidity level for safe exercise, sports participation, or other physical activities will decrease.

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.

TEWL increases in response to any disruption to the skin barrier (wounds, scratches, burns, exposure to solvents or surfactants, extreme dryness) and is affected by humidity, temperature, season, and moisture content of the skin (hydration level).

Do you know by how much the heart rate can increase at different intensity levels due to high temperature and high humidity?

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.

Heat and humidity during the summer can increase the level of oiliness in the T - Zone requiring a more lightweight, oil free moisturizer.

Humidity levels are increasing.

Humidity: Pet birds can adapt to a wide range of humidity levels, although birds native to subtropical climates may benefit from localized increased humidity in the home (e.g., in the bathroom with running shower or frequent spraying of the feathers withHumidity: Pet birds can adapt to a wide range of humidity levels, although birds native to subtropical climates may benefit from localized increased humidity in the home (e.g., in the bathroom with running shower or frequent spraying of the feathers withhumidity levels, although birds native to subtropical climates may benefit from localized increased humidity in the home (e.g., in the bathroom with running shower or frequent spraying of the feathers withhumidity in the home (e.g., in the bathroom with running shower or frequent spraying of the feathers with water).

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

If you believe that it is not warming then please explain the melting of glaciers, loss of sea ice, longer growing seasons, migration of species, increased humidity, and sea level rise.

And specific humidity has been increasing at all levels of the troposphere (IPCC AR4 3.4)(the stratosphere too, but that is a somewhat separate issue).

Global climate change risks are high to very high with global mean temperature increase of 4 °C or more above preindustrial levels in all reasons for concern (Assessment Box SPM.1), and include severe and widespread impacts on unique and threatened systems, substantial species extinction, large risks to global and regional food security, and the combination of high temperature and humidity compromising normal human activities, including growing food or working outdoors in some areas for parts of the year (high confidence).

Taking the slow increase of precipitation with temperature as a given, the more rapid increase of boundary layer humidity implies that the rate of transport of moisture from the boundary layer to higher levels where it rains out must go down.

The water vapor feedback (a generally positive feedback)-- there is an roughly exponential increase in saturation water vapor pressure with increasing temperature, and the relative humidity (at a given vertical level) overall tends not to change a lot globally, though there will be different regional trends associated with shifting precipitation patterns.

The condensation level at the top of the boundary layer will prevent this increased humidity reaching further up into the atmosphere, because it will be rained out from the clouds at the condensation level.

Absence of CO2, humidity increases, goes to saturation level - > evaporation decreases.

So, if the atmosphere warms up, the absolute humidity level of the atmosphere must increase until a new equilibrium is reached.

«Miskolczi additionally shows from 61 years of radiosonde data that a long - term decrease in the Earth's greenhouse effect from humidity decreases in the middle and upper atmosphere have approximately counterbalanced the increase in the greenhouse effect from rising CO2 levels.

Global rainfall increases typically cause an overall reduction of specific humidity (q) and relative humidity (RH) in the upper tropospheric levels of the broader scale surrounding convection subsidence regions.

The 2009 State of the Climate Report of the US National Oceanic and Atmospheric Administration (NOAA) tells us that climate change is real because of rising surface air temperatures since 1880 over land and the ocean, ocean acidification, sea level rise, glaciers melting, rising specific humidity, ocean heat content increasing, sea ice retreating, glaciers diminishing, Northern Hemisphere snow cover decreasing, and so many other lines of evidence.

The decreasing specific humidity (especially at 300 and 400 mb levels) almost totally offsets the GHE of increasing CO2 content.

Human activity has caused a significant long - term cooling trend -LRB--0.35 °C between the 1940s and 2009) and higher rainfall totals via the mechanism of «agricultural intensification» — a photosynthesis - associated increase in the air's water vapor or humidity levels due to an explosive (400 %) increase in crop production and yield since the 1940s.

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;

As the sensible heat load is reduced for a building, primarily through better windows, more insulation, and air distribution ducts inside conditioned space, the latent load increases in proportion to the total load to the point that conventional cooling systems have difficulty keeping humidity levels within comfortable and healthy limits3.

It is assumed that water was poured on them, to produce steam and thereby increase the air humidity level.

The latter effect acts to reduce CO2 sensitivity by increasing the aerosol - sensitive SW tau, increasing both cloud density and cover, decreasing upper tropospheric specific humidity and INCREASING SW albedo and will increasingly do so as the atmospheric level of increasing the aerosol - sensitive SW tau, increasing both cloud density and cover, decreasing upper tropospheric specific humidity and INCREASING SW albedo and will increasingly do so as the atmospheric level of increasing both cloud density and cover, decreasing upper tropospheric specific humidity and INCREASING SW albedo and will increasingly do so as the atmospheric level of INCREASING SW albedo and will increasingly do so as the atmospheric level of CO2 rises!

The results of the study indicate that climatic changes have driven up multiyear averages of thunderstorm - related normalized losses since 1970 and that anthropogenic climate change, most likely responsible for increasing levels of humidity over time, is fully consistent with this change.

The latter effect acts to reduce CO2 sensitivity by increasing the aerosol - sensitive SW tau, increasing both cloud density and cover, decreasing upper tropospheric specific humidity and SW albedo and will increasingly do so as the atmospheric level of CO2 rises!

The study found there was a 1.5 % (percentage points) decline in relative humidity in the very lower levels of the troposphere and a 1.5 % increase in relative humidity in the upper layers of the troposphere.

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.

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

Climate models (for various obscure reasons) tend to maintain constant relative humidity at each atmospheric level, and therefore have an increasing absolute humidity at each level as the surface and atmospheric temperatures increase.

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.»

Eventually the surface will cool sufficiently to produce an observed reversion of the warming trend that increased the level of «humidity».

[1] The level of humidity in the air has also increased, making it more difficult for the human body to cool down during heat events.

Because the HVAC system wasn't yet working, there was a significant increase in the home's humidity level.