Sentences with phrase «with cold phases»

Not exact matches

Datassential noted in 2015 that cold brew was in its inception phase but it quickly gathered momentum, with higher purchase interest from females, Millennials, Hispanic customers, and Asian consumers.

Condensation is a phase transition of matter that occurs when water vapor contained in hot, humid air comes in contact with a cold surface.

Bartke has «really paid his dues» in three different phases of his career, says Roth: grappling with the challenges of doing science during the Cold War in Eastern Europe, building his reputation in endocrinology in the United States, and then making his largely unbacked foray into biogerontology.

For the next iteration of experiments they will dive into much deeper, colder temperatures, approximately -90 degrees C -LRB--130 degrees F), and look at ice with small amounts of ammonia or sulfuric acid, which are second phases suggested for Enceladus and Europa, respectively.

«The negative phase of the NAO is typically associated with colder winters.

Positive (negative) phases of the AMO coincide with warmer (colder) North Atlantic sea surface temperatures.

Throughout the altimeter era, it has been recognized that sea level rise is not constant but varies considerably about the background trend, with the largest of these departures coinciding with the warm and cold phases of the El Niño Southern Oscillation (ENSO) such as in 1997 — 1998 (Fig. 2).

The ice ages were actually many pulses of cold glacial phases interspersed with warmer interglacials.

I have been put off making cold process soap (starting out with melt and pour) because from what I have read it is difficult to add different oils and colours because the soap starts to set quickly once it hit the trace phase.

But as the seasons change, with the shift in temperature to cooler days and cold nights, everyone's body experiences a phase of down - regulation of metabolism which if you're already on toxic overload and decreased immunity can make you susceptible to catching what's going around.

After the cold start the engine is temporarily fully uncoupled from the cooling circuit, considerably shortening the warm - up phase with its high loss of friction.

Our analysis of observations from four years of field experiments indicates that seasonal ice undergoes an albedo evolution with seven phases; cold snow, melting snow, pond formation, pond drainage, pond evolution, open water, and freezeup.

A pattern of cold - European warm - Arctic anomaly is typical for the cold events in the future, which is associated with the negative phase of the Arctic Oscillation.

We have a pretty good idea that the Heinrich events, with the most prominent bipolar seesaw behavior, are linked to ice - sheet behavior, but we're less confident about the non-Heinrich cold phases of the D / O oscillations (the cold phases do have more ice - rafted debris in these non-Heinrich cold - phases than in warm phases, but is that an ice - dynamical signal, a survival - of - icebergs signal, or something else?).

We have fairly high confidence that we observe the history of Heinrich events (huge discharges of ice - rafted debris from the Laurentide ice sheet through Hudson Bay that are roughly coincident with large southern warming, southward shift of the intertropical convergence zone, extensive sea ice in the north Atlantic, reduced monsoonal rainfall in at least some parts of Asia, and other changes), and also cold phases of the Dansgaard / Oeschger oscillations that lack Heinrich layers and are characterized by muted versions of the other climate anomalies I just mentioned.

Since La Nina is the cold phase of the ENSO (El Nino Southern Oscillation) there are certain weather patterns associated with it.

Many regions are cold or warm with these changing phases so odd stations can be cherry picked.

The Southern Oscillation Index (SOI) is a metric for describing warm - and cold - phase conditions associated with the El Niño — Southern Oscillation (ENSO) and can also describe movements of the position of the SPCZ.

A cold phase transition, which the historical record indicates can occur quite rapidly with large secular temperature changes on a decadal time scale, would truly be a catastrophe.

The typical V of a cool Pacific decadal phase can be seen in the Pacific with uprising of cold and nutrient rich water in both the north and south east.

With the AO in its negative phase this season, the Arctic is warmer than average, while parts of the middle latitudes are colder than normal.

Wang & Zhang (2013, http://journals.ametsoc.org/doi/abs/10.1175/JCLI-D-12-00721.1): «Both observations and most of the phase 5 of the Coupled Model Intercomparison Project (CMIP5) models also show that the warm (cold) phase of the AMO is associated with a surface warming (cooling) and a subsurface cooling (warming) in the tropical North Atlantic (TNA).

With a few hotter and colder phases in between.

The nino of 2012 - 13 seems to have been aborted by cold upwelling off SA not associated with the trade winds which were active in general accordance with current PDO phase but further west in the central Pacific.

[*) Another contributing factor to a dominantly positive phase for the NAO index is current and expected SST anomaly, with relatively cold waters west of the Azores, favouring high pressure build - up there, and relatively warm waters off the US - Canadian east coast, favouring northerly Atlantic depression formation (especially during offshore winds).]

E7 (7,300 BP) coincides with the last cold, humid phase of the sixth millennium BC (Berger et al., 2016).

And with much of the past decade being in the cold phase of the Pacific Decadal Oscillation, there certainly is no surprise to a briefly slower upward climb.

The positive phase of the PNA pattern tends to be associated with Pacific warm episodes (El Niño), and the negative phase tends to be associated with Pacific cold episodes (La Niña).»

The pattern is also associated with the negative phase of the Arctic Oscillation, which is the dominant atmospheric pattern observed during severe winters and comprises a weakened jet stream and more cold air intrusions southward from the Arctic into North America and Eurasia.

They include the Atlantic Multidecadal Oscillation (AMO) that exhibited a warm phase from 1930 - 1965, but with a transient drop between 1945 and 1948, a Pacific Decadal Oscillation (PDO) that shifted from warm to cold between 1942 and 1950, and a series of El Nino conditions from 1939 through 1942.

The probability spread of one U.S. hurricane is the same for both extreme events, however, with both warm and cold phases exhibiting a 90 % confidence interval of 13 percent: warm phase from 45 to 58 percent, cold phase from 18 to 31 percent.

That's because the upwelling of cold water associated with La Nina episodes or the cool phase of the PDO, for instance, delay the Planck response to an increase in external forcing and hence help maintain the TOA imbalance and help drive the ocean heat gain.

Well done, that's because there isn't a causal link there, it's a correlation with a profound phase reversal nicely in sync with the AMO transitions to and from the cold and warm modes.

Let's take a look at the installation process, the initial setup and learning phase, and what we have to say about life with a learning thermostat after a bitter cold winter and the slow arrival of spring.

Perform maintenance in accordance with instructions on equipment during cold commissioning and systemization phases of construction