Sentences with phrase «at low temperatures there»

Not exact matches

There are some new - ish cooking coconut oils that have undergone some type of process to remain liquid at slightly lower temperatures — I would avoid these (this isn't something I've ever seen in store though — most are just coconut oil).

It is pressed and naturally dried at low temperatures to maintain nutritional properties and there is no other processing involved, unlike other sugars that can be highly processed, refined and bleached.

I usually pop the pulp in the oven at its lowest temperature (unless your oven can dehydrate) and leave it in there until the pulp has dried.

There's some question as to how good of a practice this is, given that this method doesn't actually lower someone's core body temperature, but it at least helps them feel a little better.

As long as there isn't excessive wind, it's a nice sunny, winter day, and your baby is at least three weeks old, going out in low temperatures is perfectly fine, as long as you dress appropriately.

«The reason formula is made up at a higher temperature and the boiling water is formula in itself is not sterile so there's a real worry that if you're producing it at a lower temperature it doesn't kill any bugs that might be hanging around, established in the formula over the production process — and you're giving that to very young infants who will then be more vulnerable for sickness and other things.

By looking at how the chemicals there react with each other at very high pressures and low temperatures, they were able to predict which compounds are formed in the mantle.

Lower temperatures mean increasingly lethargic movements, until molecular motion essentially stops at — 459.67 degrees F. Because there's nothing slower than stopped, this is the lowest possible temperature — absolute zero.

But since 2001 there has been less water vapor in a narrow, lower band of the stratosphere thanks to cooler temperatures in the tropopause, and that may just be holding back global warming at ground level, according to new research published online in Science on January 28.

«The interesting thing is that though there are two different types of chemical processes happening in a single material, they appear to be working synergistically, and are able to do that at a lower temperature.»

Euan Nisbet, a geologist at the University of London, points out that the Arctic, where the warming is expected to be strongest, is vulnerable — both on land and in shallow seas there are hydrates that are stabilized mostly by low temperatures rather than by high pressures.

And because the boiling points of several organic liquids — including methanol, ethanol and formic acid — found in sewage are lower than 103 degrees, Heidrich says, «I just felt like there would be stuff evaporating at that temperature.»

The MWCNTs are excellent field electron emitters due to their stability and electronic conduction at room temperature, but there is still challenges to maximize their emission current at the lowest applied electric field possible.

There are several different dark matter detector experiments underway, and most of them are cryogenic detectors that operate underground at extremely low temperatures.

If there's one area that often seems to catch the imagination of many who call themselves «climate skeptics», it's the idea that CO2 at its low levels of concentration in the atmosphere can't possibly cause the changes in temperature that have already occurred — and that are projected to occur in the future.

-LSB-...] Part One of the series started with this statement: If there's one area that often seems to catch the imagination of many who call themselves «climate skeptics», it's the idea that CO2 at its low levels of concentration in the atmosphere can't possibly cause the changes in temperature that have already occurred — and that are projected to occur in the future.

If you can not be there to turn the dehydrator down you may set at a lower temperature between 105ºF / 41ºC and 120ºF / 49ºC, but keep in mind that the lower the setting, the longer it will take to dehydrate.»

You would need to keep it there for eight to ten hours at a low temperature, however, and most people don't have time to keep an eye on the stove for that long.

It is also important to wash at a low temperature, there is a high risk of shrinkage, in this regard is more than appropriate to be tailored to your taste after the first wash.

There is a moment in the script where Krasinski is yapping with his young local pal, Ahmaogak Sweeney, and Krasinski is observing him profit off the armada of reporters who weren't quite prepared for the low - key town and harsh elemental temperatures upon arriving at the story site.

This is all to say that if there is any leak at all, the system will not hold pressure, and the boiling point of the water / coolant mixture will be low enough to boil at normal operating temperatures.

At the center of the front hood, there is a new, hexagonal air intake: its purpose is to lead air inside the vehicle's interior and lower the ambient temperature to guarantee improved ventilation for the driver.

There is no mention that the pool is heated in November time, temperatures are generally low to mid 20's at that time of year

Over the longer time span of 50 to 100 years, it is well established that there has been a decrease in the rate at which low temperature records are being set relative to all - time high temperature records at stations across the United States.

I was looking at a temperature anomaly graph (AccuWeather, who trend conservative) and found there was a direct correspondence between the lowering of water temp * near * the New Orleans coast and the short - term reduction in force of Gustav.

At the same time, the accelerated trade winds have increased equatorial upwelling in the central and eastern Pacific, lowering sea surface temperature there, which drives further cooling in other regions.

Of course overall there is no * best * temperature, but if we continue at some point it will be too warm in the lower latitudes for any kind of existence.

The point here isn't that anybody can prove that there has never been this extent of Greenland melting at some prior time in the Holocene, but that all of these indicators taken together (Arctic temperatures, low sea ice extent in summer * and * winter, permafrost melting, decreased snow cover, Greenland melting) indicate that the Arctic as a whole really is warming in an exceptional way.

For example, if the Earth got cold enough, the encroachment of snow and ice toward low latitudes (where they have more sunlight to reflect per unit area), depending on the meridional temperature gradient, could become a runaway feedback — any little forcing that causes some cooling will cause an expansion of snow and ice toward lower latitudes sufficient to cause so much cooling that the process never reaches a new equilibrium — until the snow and ice reach the equator from both sides, at which point there is no more area for snow and ice to expand into.

How about this brutally simplified calculation for a lower bound of equilibrium temperature sensitivity: — there seems to be a consensus that transient t.s. < equilibrium t.s. — today, the trend line is a + 1 C (see Columbia graph)-- CO2 is at 410, which is 1.46 * 280 — rise is logarithmic, log (base2) of 1.46 = 0.55 — 1/0.55 = 1.8 — therefore, a lower bound for ETS is 1.8 C

If the temperature doesn't decline with height in that layer (perhaps because of solar heating), it is still the case that increasing the LW optical thickness will, by concentrating the source of OLR into a yet thinner layer at the top of the atmosphere, remove some of the cooling of the lower part of the original OLR source (by adding additional downward LW flux from above, replacing the darkness of space), thus tending to cause warming there.

-- Projected precipitation and temperature changes imply changes in floods, although overall there is low confidence at the global scale regarding climate - driven changes in magnitude or frequency of river - related flooding, due to limited evidence and because the causes of regional changes are complex.

The same temperature increase at lower levels and increased OLR outside the band will be accomplished at smaller optical thickness within the band, so the OLR reduction within the band should be smaller and thus there will be a warmer upper atmsopherer near TOA for the same surface temperature.

So really it's the gain of the temperature - convection feedback that's at stake, and if it were high enough to fully offset all radiative effects on temperature, there'd be some obvious symptoms — low natural variability and glacial cycles perfectly correlated with insolation perhaps.

Northwestern Europe experienced warming, while there was cooling in the south [Central Europe was in between] The average temperature change appears to have declined rapidly with latitude so that essentially no change in mean temperature is reported at low and mid latitudes.

In 2005, during the hottest average decade on record, 8 low - wind conditions known as «the doldrums» combined with very high ocean temperatures to cause massive coral bleaching in the Virgin Islands.9 This was followed by a particularly severe outbreak of at least five coral diseases in the Virgin Islands, resulting in a decline in coral cover of about 60 percent.9 There is some indication that higher ocean temperatures — between 86 and 95 degrees Fahrenheit (30 to 35 degrees Celsius)-- promote optimal growth of several coral pathogens.9 Other research showed that elkhorn coral post-bleaching had larger disease lesions than unbleached specimens, suggesting that bleaching may increase the corals» susceptibility to disease.9, 10

Research indicates that the Arctic had substantially less sea ice during this period compared to present Current desert regions of Central Asia were extensively forested due to higher rainfall, and the warm temperate forest belts in China and Japan were extended northwards West African sediments additionally record the «African Humid Period», an interval between 16,000 and 6,000 years ago when Africa was much wetter due to a strengthening of the African monsoon While there do not appear to have been significant temperature changes at most low latitude sites, other climate changes have been reported.

And there was NO effect on temperatures at lower altitudes over that time, even from this massive heating event where about 20 % of the entire atmosphere warmed.

Finds that in the Northern Hemisphere there is no reduction in the sensible heat transport despite the reduction in the zonal - mean temperature gradient at low levels associated with polar amplification of the warming

There are differences between the companies that mean they are not direct rivals - for instance, Viking Cold's thermal energy storage in the low - temperature range is aimed specifically at freezers, Axiom at refrigeration units and Ice Energy's Ice Battery's application focuses mostly on air - conditioning systems.

There has to be an obvious and simple flaw in the using of lower troposphere satellite temperatures at 3,000 m elevation to guesstimate actual surface polar temperatures.

There was much ice to melt at that stage (Laurentian and Scandinavian ice sheets) but global temperatures were also lower.

«This study has established that there are significant differences in temperature trends between weather stations sited at urban, agricultural, and low impact locations.

There are plenty, but for a conservative example see IPCC Synthesis Report 2007 Table 5.1 which says to stay within 2 - 2.4 degrees global average temperature increase above pre-industrial (Copenhagen upper «low risk» target) and 425 - 490ppm CO2 - equivalent concentration at stabilisation, the required change in global CO2 emissions in 2050 (percent of 2000 emissions) is decline between 85 to 50 percent.

ie, a look at the actual temperature in the central england data set from the 1600's, would give a null hypothesis for any significant observable human AGW signature (ie a low % of AGW) as there only appear to be a gradual warming trend from a period known as the «little ice age».

tonyb says: January 7, 2014 at 1:32 am «As you know my particular interest is in historic temperatures prior to 1850, as there was generally greater variability and lows and highs of temperatures and weather extremes then.

There was an enormous amount of snow and ice to melt at low levels following the lia and when the temperatures started rising around 1700 it started to melt.

If there is a natural mechanism that explains the current upward trend of global temperature, it has not been discovered (solar cycle is also at a low ebb for the last 50 years, for example).

At about 90 km up, I note that the atmosphere of Venus cools down to very low temperatures in the vicinity of -112 deg C. I suspect this is the CO2 thermal radiation escape altitude there.

If one were to take the model and plot a curve of emission versus wavelength rather than simply summing up the values (integrating over wavelength), it would show a spectral curve of a black body at 288.2 k with the absorption lines of the atmosphere dipping down to the point where there is a spectral curve for a lower temperature at which there is emission going on in the wavelength bands associated with ghg absorption.