Sentences with phrase «less cooling during»

Not exact matches

(This trend might be explained by the assumption that they are less likely to spend as much time outdoors and are more likely to live in care facilities that supply ample heat during the cooler months.)

Plants that use CAM open pores in their leaves only during the cooler nighttime, when water is less likely to evaporate out.

A study published in the journal Geophysical Research Letters in December found: «The warmer (cooler) the Gulf of Mexico sea surface temperatures, the more (less) hail and tornadoes occur during March — May over the southern U.S.»

A second study also found that the cooling caps could reduce hair loss, with two - thirds of patients losing half or less of their hair during chemotherapy, researchers reported.

There are biological and physiological explanations for why seasonal shifts and the cooler temperatures and darker days of winter can leave you feeling less energetic, cause an irregular appetite, impact your sleep and make you feel down during the winter months.

What's cool is that you can keep what and how you already teach, but now you'll have a totally transformed turboboost to apply during what used to be thought of as the less important in - between times.

It can be tricky trying to find looks that are weather appropriate during the cooler seasons, like now for example when it's consistently less than zero degrees and there is about seven feet of snow on the ground.

[14] The Glowlight 3 has an enhanced lighting system that provides a cool white during the day or in rooms with bright light, but then can manually or automatically switch to night mode with an orange tone for reading in dark spaces with less blue light.

The growth in demand for ebooks has cooled during the past four years, although as the report notes, this «is only because [ebooks] have become less of a novelty and more mainstream.»

Fortunately, inspections can be made during the cool months when bees are less active.

During these months, the weather is mild, the cool water is less frosty, and people are enjoying the great outdoors.

The beaches are also a little less crowded during the «cooler» months.

During an average July, Goa enjoys six hours of daily sunshine — that's two hours less each day than the previous month — alongside an average sea temperature of 28 °C — that's 1 °C cooler than the previous month.

Further, during volcanic eruptions the ocean cools but for another reason: because volcanic aerosols shade the sun and thus the oceans are heated less than normal.

I like this little dig at the denier - sceptic - contrarians who appear to be tree ring obsessed: «It is intriguing to note that the removal of tree - ring data from the proxy dataset yields less, rather than greater, peak cooling during the 16th — 19th centuries for both CPS and EIV methods... contradicting the claim... that tree - ring data are prone to yielding a warm - biased «Little Ice Age» relative to reconstructions using other high - resolution climate proxy indicators.»

Surface temperatures in parts of Europe appear to have have averaged nearly 1 °C below the 20th century mean during multidecadal intervals of the late 16th and late 17th century (and with even more extreme coolness for individual years), though most reconstructions indicate less than 0.5 °C cooling relative to 20th century mean conditions for the Northern Hemisphere as a whole.

Compared to forests, croplands are less efficient in transpiration, a daytime process where water evaporates from leaves during photosynthesis and cools the air.

get warmed up, much more than O&N; but only during the day b] during the day — they are 6 -7-8km high up; where cooling is much more effective, that means: less sunlight on the ground.

This line of argument is unpersuasive for two important reasons: First, the admittedly less reliable ground - based mercury temperature readings from the mid-1940s through the late 1970s reported global cooling during the three decades immediately prior to the satellite era.

All he can really say is what he has, that in his area of glaciers the temps were higher during the early Holocene by the fossil remains of trees which subsequent cooling killed off, but he has not shown that temps were subsequently never warmer until present — these fossil remains could well have been uncovered during such times as the lesser warming of the MWP but conditions there not conducive to re-establishment of trees before the next cooling period arrived.

«All he can really say is what he has, that in his area of glaciers the temps were higher during the early Holocene by the fossil remains of trees which subsequent cooling killed off, but he has not shown that temps were subsequently never warmer until present — these fossil remains could well have been uncovered during such times as the lesser warming of the MWP»

Nor is anyone informed that during an earlier cool phase of the Pacific Decadal Oscillation, the droughts of the 1950s brought even less precipitation to the region, yet there was still greater river flow and less damage to the bay's fisheries.

Again for example, during multidecadal periods when El Niño events dominate, the tropical North Atlantic trade winds would be on average weaker than «normal», there would be less evaporation, less cool subsurface waters would be drawn to the surface, and tropical North Atlantic sea surface temperatures would rise.

So the Earthshine project first reveals the global high albedo of the more equatorward jets from the 1960s when the sun was less active during cycle 20 (although cycle 20 was still high in historical terms) and there was some tropospheric cooling.

My comment: So, I would expect more muons to be detected at high latitudes during a SSW and, due to the cooling of the stratosphere (increasing density) over the equator less muons to be detected at the surface near the equator.

Warmer winters and cooler summers results in more snowfall during the winter and less melt during the summer allowing glaciers to advance.

The latest catchphrase is that GHGs «slow down» the radiative heat loss by «scattering» a portion — some say half — and therefore the Earth's surfaces do not cool down as much as they would during the night as they would with less GHGs.

Why is the hypothesis of unusually large internal warming less unwarranted than the unwarranted assumption that any internally contributed warming during the late 20th century was equal in magnitude to internally generated cooling during the recent slowdown?

During global cooling periods, there is less ocean evaporation, fewer clouds, lower albedo, which allows more TSI to hit the earth's surface, thus preventing snowball earth.

That jibes with the idea of a cooling trend during solar minimum; fewer spots means fewer faculae, so the Sun emits less Earth - warming radiation.

When you say «we're» cooling now, you must mean the troposphere over some short period of time and certianly less heat is flowing from ocean to atmosphere during the current cool PDO.

ii) Cooler oceans allow more CO2 to be retained by the oceans which then become more acidic (less alakaline) as during the colder spells in the early 20th century and the middle 20th century.

But with a cooler Gulf of Mexico, there would be less water in that warm air running in to a northern cold air mass, so less rain during that cold season.

How do you account for increased ocean acidity (more CO2 retained) during cooling periods and decreasing acidity (less CO2 retained) during warming periods as shown in the above chart?

Stephen Wilde (11:51:44): stratospheric cooling during a period of active sun and now stratospheric warming with a less active sun.

It seems more accurate to say the oceans are releasing less rather than taking up more, which is exactly the case during La Niña and cool phase PDO.

«The evidence currently available indicates that NH mean temperatures during medieval times (950-1100) were indeed warm in a 2 - kyr context and even warmer in relation to the less sparse but still limited evidence of widespread average cool conditions in the 17th century (Osborn and Briffa, 2006).

During this period, sunspots were less common and there was less solar energy reaching the Earth, allowing it to cool slightly.

Since the Maunder Minimum, a less extreme but still significantly below - average period of cooler temperatures occurred during the Dalton Minimum (1790 to 1830), also shown on the graph.

Dr. James Hansen said at a July 20 press conference that average global temperatures today are less than a degree cooler than they were during the last major interglacial or «Eemian» period 120,000 years ago, when global temperatures were just 2 °C above the pre-industrial climate and sea levels stood at five to nine metres higher than they are today.

Mixed - Humid - A mixed - humid and warm - humid climate is defined as a region that receives more than 20 inches of annual precipitation with approximately 4,500 cooling degree days (50 °F basis) or greater and less than approximately 6,300 cooling degree days (50 °F basis) and less than approximately 5,400 heating degree days (65 °F basis) and where the average monthly outdoor temperature drops below 45 °F during the winter months.

A warm - dry and mixed - dry climate is defined as a region that receives less than 20 inches of annual precipitation with approximately 4,500 cooling degree days (50 °F basis) or greater and less than approximately 6,300 cooling degree days (50 °F basis) and less than approximately 5,400 heating degree days (65 °F basis) and where the average monthly outdoor temperature drops below 45 °F during the winter months.

A study at the Florida Solar Energy Center at the University of Central Florida states that while an unvented HPCD uses less electricity than a standard resistance dryer, it was found to release significantly more heat than a conventional dryer during operation, demanding additional cooling energy that may compromise overall savings.

They take less than 15 minutes to make and they will look pretty cool on your desert table during the Holiday Season.