Sentences with phrase «rise at a low temperature»

This specialized warming drawer function creates a controlled environment to activate yeast and allow dough to rise at a low temperature.

Not exact matches

You may want to allow sourdough to rise at higher, or lower, temperatures, but starting with a dough temperature near 78F is a good place to start.

If you want to rise dough at lower temperatures, I suggest raising the temperature to the 48F to 55F range.

Here's the bottom line: Your basal body temperature will reach its lowest point at ovulation and then rise immediately about a half a degree as soon as ovulation occurs.

If the fridge temperature rises above 4 °C during this time use within 6 hours or throw away • In the fridge ice compartment: For up to 2 weeks • In the freezer: At -18 °C or lower.

Inventing this new memory technology was also the key to creating the high - rise chip because RRAM can be made at much lower temperatures than silicon memory.

They found that AP increased faster than air temperature (AT) over land in the past few decades, especially in the low latitude areas, and the rise is expected to continue in the future.

Note that we've got a paper soon to come out in «The Cryosphere» (and we'll have a poster at AGU) looking at recent «Arctic Amplification» that you discuss (the stronger rise in surface air temperatures over the Arctic Ocean compared to lower latitudes).

Studying an Indian Ocean paradise is helping to reveal which animals living on low - lying islands are at risk from rising temperatures.

i.e. water vapour would have to go down as temperature rises, low clouds would have to be incredibly sensitive, high clouds not sensitive at all — and forget the ice - albedo feedback!

Moreover, these magnetic moments interact strongly with the electrons in graphene which carry electrical currents, giving rise to a significant extra electrical resistance at low temperature, known as the Kondo effect.

(Rain has been falling at the expense of snow in the lower third of the island as temperatures rise above freezing, though.)

Temperatures are rising faster in the Arctic than at lower latitudes — known as Arctic amplification.

In simple terms, your basal body temperature is the temperature at which your body rests, which tends to be a bit lower than your «normal» temperature, usually 97 point something degrees F versus 98.6 degrees F. By taking your BBT each morning throughout your cycle you will be able to detect the natural rise in your basal body temperature that occurs just after ovulation.

In short, you can bake the food at a 145F temperature for two to three hours and then lower to the 118F temperature since the temperature of the food itself will not rise above that which begins to destroy the live enzymes.

In addition to the absence of baker's yeast to make the bread rise, true sourdough bread as baked by traditional cultures throughout the world and by my own ancestors in Northern Europe — the type of bread ideal for my personal genome — is baked at a lower temperature for a longer period of time which protects the integrity of the proteins in the cereal grains as well as the nutritional value.

The engine automatically increases oil flow pressure as engine speeds or loads rise (and the compression ratio lowers), ensuring optimum running temperatures at all times.

Average daytime temperatures are in the low to mid 20s at the start of the month, rising to high 20s by the end.

At this time of year, the average temperature for the city begins at 12.5 °C, created by highs of 17 °C during the daytime and lows of 8 °C at night, and rises up to 17.5 °C, created by highs of 22 °C during the daytime.At this time of year, the average temperature for the city begins at 12.5 °C, created by highs of 17 °C during the daytime and lows of 8 °C at night, and rises up to 17.5 °C, created by highs of 22 °C during the daytime.at 12.5 °C, created by highs of 17 °C during the daytime and lows of 8 °C at night, and rises up to 17.5 °C, created by highs of 22 °C during the daytime.at night, and rises up to 17.5 °C, created by highs of 22 °C during the daytime...

At this time of year, the average temperature for the city starts off at 0 °C, made up of highs of 4 °C using the daytime and lows of -4 °C after sunset, and rises up to 2.5 °C, made up of highs of 6 °C during the daytime and lows of -1 °C at night, by the end, making the final week of February the best time to visit if you want to experience New York at its warmesAt this time of year, the average temperature for the city starts off at 0 °C, made up of highs of 4 °C using the daytime and lows of -4 °C after sunset, and rises up to 2.5 °C, made up of highs of 6 °C during the daytime and lows of -1 °C at night, by the end, making the final week of February the best time to visit if you want to experience New York at its warmesat 0 °C, made up of highs of 4 °C using the daytime and lows of -4 °C after sunset, and rises up to 2.5 °C, made up of highs of 6 °C during the daytime and lows of -1 °C at night, by the end, making the final week of February the best time to visit if you want to experience New York at its warmesat night, by the end, making the final week of February the best time to visit if you want to experience New York at its warmesat its warmest.

Daily low temperatures range very slightly from 14 °C at the beginning of the month to 15 °C in the final few days, only rising above 19 °C or falling below 10 °C one day out of every ten.

The daily low temperatures change in a similar fashion, with low temperatures rising from around 3 °C at the beginning of the month up to 5 °C by the end.

You could use these numbers to calculate a 100 year constant - emissions - scenario global temperature rise (which does look perhaps a tad low at 1.95 deg C) but it is of the correct order of magnitude & give the numbers I'm offering here as inputs, that is certainly all you can ask.

The forcing per ppm is greater at lower CO2 levels and the slower rate of CO2 rise would mean more of the forcing was potentially balanced by temperature rise.

At World Climate Report, we believe, that instead of having an equal likelihood of occurrence, that the temperature rise during the next 50 to 100 years will lie closer to the low end of the IPCC projected range than to the high end of the range and thus the overall impacts will tend towards the modest rather than the extreme.

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

I had thought that permafrost starts thawing at the surface and then the warmer temperatures slowly work their way down with lower levels not experiencing a rise in temperature until late in the process.

The IPCC FAR WG I Report provides considerable information about temperature rises at low depths.

Moreover, the seasonal, regional, and atmospheric patterns of rising temperatures — greater warming in winters than summers, greater warming at high latitudes than near the equator, and a cooling in the stratosphere while the lower atmosphere is warmer — jibe with what computer models predict should happen with greenhouse heating.

Keep in mind that the Arctic is amplifying the effects of the rise in temperature at lower latitudes.

A carbon tax enacted today that is immediately and completely successful at eliminating all U.S. CO2 emission would lower rise in temperature expected by the end of the century around 10 %.

In 2 December was an abnormality, with temperatures rising above 26 or 27 Celsius for sure, I was working outside and the heat was not from this season (the weather reports, as usual, have forecasted for this particular day, temperatures at least 10 degrees lower than REALITY).

The true believer in AGW can look at the ice core record and see, for example: 800 years with temperatures rising while CO2 is low and falling; 4000 years with both CO2 and temperature rising; then 400 years with temperatures falling while CO2 is high and rising, and say that we do not know what caused the first and last of those periods, but over the majority of the period (4000 out of 5200 years) the two were in step.

Quantitatively, Vasskog et al. estimate that during this time (the prior interglacial) the GrIS was «probably between ~ 7 and 60 % smaller than at present,» and that that melting contributed to a rise in global sea level of «between 0.5 and 4.2 m.» Thus, in comparing the present interglacial to the past interglacial, atmospheric CO2 concentrations are currently 30 % higher, global temperatures are 1.5 - 2 °C cooler, GrIS volume is from 7 - 67 % larger, and global sea level is at least 0.5 - 4.2 m lower, none of which observations signal catastrophe for the present.

Over a very short period of time, from the winter of 1915/16 to the winter of 1921/22, winter temperatures had risen by about 10ºC, never coming back to pre 1918/19 level, but increasing at a lower level until ca. 1940.

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.

That said, what do you find inadequate about the current hypothesis that CO2 rose in response to warming because its soluability in water (oceans) is lower at higher temperatures?

It should say something like «Although CO2 concentrations in the atmosphere have risen in line with earlier projections, globally - averaged temperature observations have risen less than projected and are currently at or below the low end of the range in past IPCC assessments.»

At low altitude and high temperatures (greater than 30 °C or 86 °F), over the ocean, it can reach 4.3 % or more of the atmosphere and is less dense than dry air, causing it to rise.

At lower levels of temperature rise, adaptation has high potential to off - set projected declines in yields for many crops, but this effectiveness is expected to be much lower at higher temperatureAt lower levels of temperature rise, adaptation has high potential to off - set projected declines in yields for many crops, but this effectiveness is expected to be much lower at higher temperatureat higher temperatures.

There is a temperature gradient caused by atmospheric radiations — warm air rises, expands and cools in lower pressure at height — but this is just the lapse rate and doesn't create cooler temps at height.

And referring to Figure 5, Lower Troposphere Temperature anomalies of the Mid-To-High Latitudes of the Northern Hemisphere rose, but remained at elevated levels that varied well above the value in late 1996.

«Thirty - five vertical temperature profiles during the warming and cooling phases of the diurnal cycle (Fig. 6) were obtained by free - rising profiler at low wind speed.»

If you look at data concerning record low temperatures, they have not risen the way record high temperature events have.

say it has been predicted that «the average temperature in the semiarid northwest portion of China in 2050 will be 2.2 °C higher than it was in 2002,» and they report that based on the observed results of their study, this increase in temperature «will lead to a significant change in the growth stages and water use of winter wheat,» such that «crop yields at both high and low altitudes will likely increase,» by 2.6 % at low altitudes and 6.0 % at high altitudes... Even without the benefits of the aerial fertilization effect and the anti-transpiration effect of the ongoing rise in the air's CO2 content, the increase in temperature that is predicted by climate models for the year 2050, if it ever comes to pass, will likely lead to increases in winter wheat production in the northwestern part of China, not the decreases that climate alarmists routinely predict.»

Although global ocean temperatures are rising, a layer of fresher water immediately below the sea ice is thought to act as a buffer between the ice and the warmer Atlantic waters flowing into the Arctic Ocean basin at a lower level.

Global temperatures have failed to rise for 15 plus years, sea level rise is failing to accelerate, tornadoes are at record lows, hurricanes are near record low activity... 2013 may be the year in which man - made global warming fears enter the dustbin of history.»

Computer models have long predicted that surface temperatures would rise more quickly in the Arctic than at lower latitudes, and observations show this happening already.

... he realized the extreme complexity of the temperature control at any particular region of the earth's surface, and also that radiative equilibrium was not actually established, but if any substance is added to the atmosphere which delays the transfer of low temperature radiation, without interfering with the arrival or distribution of the heat supply, some rise of temperature appears to be inevitable in those parts which are furthest from outer space.

At fixed times I would go to the bridge wing and attempt to lower the cylinder to the required depth and then haul up the bucket a height of up to 60 feet and try to ascertain the temperature as it rose or fell due to the air / sea difference.