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56 Sentences With "become warmer"

How to use become warmer in a sentence? Find typical usage patterns (collocations)/phrases/context for "become warmer" and check conjugation/comparative form for "become warmer". Mastering all the usages of "become warmer" from sentence examples published by news publications.

In tandem, global temperatures have also become warmer, colder and then warmer again.
And perhaps more significantly, "not all places are going to become warmer," he added.
That's because ocean surface water is projected to become warmer in the years ahead.
It has become warmer over the last few decades and there is less snowfall, say residents.
When the winds slacken, as in El Nino, the waters off the coast of Peru become warmer.
Add to that the fact that climate change models don't just predict that Earth will become warmer.
Climate change is causing ocean water to become warmer later in the hurricane season, which can intensify hurricanes.
The warmest days have become warmer since the early 1960s and extreme heat waves have become more frequent.
When ocean waters become warmer, a fish's metabolism accelerates, and it needs more oxygen to sustain its body functions.
When the waters they are in become warmer their metabolism accelerates, and they require more oxygen to sustain their body functions.
As habitats in the Himalaya and Hengduan mountains in Asia become warmer, and less inhabitable, snow leopards and other species are at risk.
As winters become milder, weather becomes drier and higher elevations become warmer, bark beetles are able to thrive and extend their ranges northward.
One key finding from the report showed that the months of both April and May had become warmer over the past quarter of a century.
For one, it has what Apple calls a "True Tone" display that can become warmer and cooler in different kinds of light thanks to ambient sensors.
British researchers have discovered a troubling trend in East Antarctica: As air temperatures become warmer each summer, more and deeper lakes are showing up atop Langhovde Glacier.
Plagues like these aren't necessarily caused by climate change, but it exacerbates them, and roya is now infecting plants at higher elevations as those heights become warmer.
If we continue on this path, "cities will become warmer, more polluted and generally more unhealthy for inhabitants," said David Nowak, a senior US Forest Service scientist and co-author of the study.
Read More: Why Green Crabs Are Invading the East Coast Climate change is worsening the problem, as waters become warmer and friendlier to invasive species, favouring them over many of the long-established native ones.
Climate projections show that Ethiopia will generally become warmer and drier, and that means that 40 to 60 percent of areas where coffee is currently grown won't be suitable to grow the beans, the study says.
But over the last 50 years, the chilliest nights of the year have steadily become warmer, allowing beetles to pull through and survive in forests that would have literally frozen them in their tracks a half century ago.
This problem is likely to grow worse as the weather and lake waters become warmer due to Climate Change.
The adults eat holes in the leaves of milkweed, appearing in spring as the days become warmer and the milkweed leaves begin to develop. During the spring they disperse in large numbers on various plants within the same area of distribution.
"Terrance and Phillip in Not Without My Anus" received generally mixed reviews, with some commentators criticizing Parker and Stone for "duping" their viewers and others praising them for taking the risk. The creators cited this episode as their favorite and response to it has become warmer since.
In the summer, the long periods of daylight would have caused the land around the lake to become warmer than the lake itself, also creating the possibility of storms.Streten, N.A. "Aspects of winter temperatures in Interior Alaska" (PDF). pubs.aina.ucalgary.ca. University of Calgary. Retrieved January 28, 2009.
Warming has been greatest in early winter, nearly 5 °C.Climate in Finland has become warmer The month of July 2018 in Finland had the highest-ever temperatures recorded by the Finnish Meteorological Institute. (FMI) FMI was founded in 1838.July heat shatters Finnish record YLE 1.8.
A narrow-band sensor has a nonlinear output, with ranges from 0.10v to 1.0v with .450 being ideal. Narrow-band sensors are temperature-dependent. If the exhaust gases become warmer, the output voltage in the lean area will rise, and in the rich area it will be lowered.
The climate is expected to become warmer and drier in future. The growing season around Sommen is of about 216 days with 2614 degree days. The vegetation in Ydre is mostly dominated by pine and spruce forest. Broad-leaf forest and open agricultural fields can also be found at some locations.
There is also direct link between the rising levels of c02 in the atmosphere, the oceans become warmer and the lowering of the oceans PH levels (acidification).Bijma, J., H.Portner, C.Yesson, A.Rogers 2013. Climate change and the oceans-What does the future hold? Marine Pollution Bulletin 74:495-505Brierley, A., M.Kingsford 2009.
The hottest months are June, July and August averaging 14–15 °C. The coldest months are January and February with an average temperature of about -4 °C. The climate is expected to become warmer and drier in future. The growing season around Sommen is of about 216 days with 2614 degree days.
The Lochsa-Selway-Clearwater Canyons ecoregion features fast-flowing rivers transporting cold water. As the depths of canyons increase, they become warmer and drier. The ecoregion is dominated by Douglas-fir, grand fir, western redcedar (Thuja plicata), western larch (Larix occidentalis), and western white pine (Pinus monticola). Ponderosa pine is found on lower, drier sites.
High light power, however, produces technical problems. Mirror surfaces absorb parts of the light, become warmer, get thermally deformed and reduce the interferometer's interference contrast. Furthermore, an excessive light power can excite unstable mechanical vibrations of the mirrors. These consequences are mitigated if squeezed states of light are used for improving the signal-to-noise-ratio.
These clouds occur when there is more rising air than the Cumulus humilis. Like any cumulus cloud, this cloud requires convection before developing. This occurs when pockets of air around them become warmer and begin to rise. As the air rises, it condenses forming a Cumulus humilis cloud as it continues to rise, a Cumulus mediocris.
Natural hazards include destructive earthquakes and cyclones. Flooding and landslides are common during the rainy season from June to September. Periodic droughts also occur. The most damaging cyclone that hit Myanmar was the Cyclone Nargis in 2008; with ongoing climate change oceans become warmer that may lead to cyclones becoming more intense and devastating for Myanmar.
As described in the first section, global temperatures have risen by 1°C and are expected to rise further in the future. Over most land areas since the 1950s, it is very likely that at all times of year both days and nights have become warmer due to human activities. IPCC (2013), Table SPM.1, in Summary for Policymakers, p.
It provides a protective barrier for the bearing metal from the environment, but has disadvantages that this grease must be replaced periodically, and maximum load of bearing decreases (because if bearing gets too warm, grease melts and runs out of bearing). Time between grease replacements decreases very strongly with diameter of bearing: for a bearing, grease should be replaced every 5000 working hours, while for a bearing it should be replaced every 500 working hours. Lubrication can also be done with an oil, which has advantage of higher maximum load, but needs some way to keep oil in bearing, as it normally tends to run out of it. For oil lubrication it is recommended that for applications where oil does not become warmer than , oil should be replaced once a year, while for applications where oil does not become warmer than , oil should be replaced 4 times per year.
According to climate projections, the Mediterranean Sea could become warmer. The decrease in precipitation over the region could lead to more evaporation ultimately increasing the Mediterranean Sea salinity.Adloff, F., Somot, S., Sevault, F., Jordà, G., Aznar, R., Déqué, M., Herrmann, M., Marcos, M., Dubois, C., Padorno, E., Alvarez-Fanjul, E., and Gomis, D. (2015). Mediterranean Sea response to climate change in an ensemble of twenty first century scenarios.
Målilla has a humid continental climate for the reference period of 1961–1990 with a January and February mean of . The data from recent years shows the climate moving towards that oceanic, though still continental overall with significant differences between seasons. Whilst winter temperatures have been too cold to be oceanic, summers have become warmer on average. The 2002–2014 July average high was , although the temperature record of was not attained during this period.
The larval stage can last for one to two years, depending on the environment: larvae occurring in milder environments with a shorter winter period will pupate faster. Larvae achieve modest growth over their first summer reaching around 15mm and mine approximately 150mm. The larvae slow in activity over the winter months but increase substantially around October when temperatures become warmer. Increased frass occurs in their second summer as larvae reach full size.
The remainder of the plastic work done – which can be as much as 90% of the total, is dissipated as heat. If the plastic deformation is carried out under dynamic conditions, such as by drop forging, then the plastic deformation is localized more as the forging hammer speed is increased. This also means that the deformed material becomes hotter the higher the speed of the drop hammer. Now as metals become warmer, their resistance to further plastic deformation decreases.
This scenario will be the standard for how the temperate rainforest in the southeast region will be impacted in the coming decades. The southeastern region is projected to become warmer over the next century. Warmer temperatures in this region mean additional length to the growing season. These two changes in the ecosystem are likely to result in increase in evapotranspiration, enough to outweigh the increase of precipitation that is also predicted to occur throughout the region.
A modern Greenhouse in RHS Wisley The "greenhouse effect" of the atmosphere is named by analogy to greenhouses which become warmer in sunlight. However, a greenhouse is not primarily warmed by the "greenhouse effect". "Greenhouse effect" is actually a misnomer since heating in the usual greenhouse is due to the reduction of convection, while the "greenhouse effect" works by preventing absorbed heat from leaving the structure through radiative transfer. A greenhouse is built of any material that passes sunlight: usually glass or plastic.
Caterpillar will reach length of about 3/4 inch. Winter moth larvae (caterpillars) emerge in early spring from egg masses laid near leaf buds after a series of days in which the daytime high temperatures reach into the 50s Fahrenheit. Research conducted in the Netherlands indicated that as climate warming is causing spring temperatures to become warmer sooner, some of the winter moth eggs were hatching before tree leaf buds - first food for the caterpillars - had begun to open. Early hatchlings starved.
In 1976 Loire completed the "Glory Window" for Thanks-Giving Square in Dallas, Texas. The window, which contains 73 panels of faceted glass, covers the spiral ceiling of non-denominational chapel to create one of the largest horizontally-mounted stained glass windows in the world. Lower panels feature varying shades of blue. As the spiral continues inwards and upwards the colors become warmer and brighter until reaching the center where 60 feet above the floor the panels give way to a circle of beaming yellow light.
District has a warm climate, temperate, climate influenced by the Eastern Carpathians and Ukrainian Plain. The average annual temperature in this area is between 8-9 c degrees, in winter -4-4.5 c, sometimes reaching -20-25 degrees, 35-40 degrees in summer. In the present climate of this area has become warmer than bank last century. The fact is explained, as is known, the evolution of warm climate in Western and Eastern Europe, the temperature change caused by different natural and human factors.
Köppen climate types in Vermont, showing that nearly the entire state is now warm-summer humid continental. Climate change in Vermont encompasses the effects of climate change, attributed to man-made increases in atmospheric carbon dioxide, in the U.S. state of Vermont. The state is already seeing effects of climate change that affect its ecosystems, economy and public health. According to the Vermont state government, rainfall has significantly increased in the last 50 years, storms and flooding have increased, and winters have become warmer and shorter.
The new 1981-2010 (as opposed to 1971-2000) averages from the Met Office show how the climate of Leeming has changed dramatically compared with most places in the UK. The average April maximum temperature is only 12.3 °C, compared with 14.1 °C previously. The average yearly temperature has decreased to 9.45 °C compared to 9.55 °C previously and in contrast most places of the UK have become warmer. The days have become cooler and the nights warmer. Winters have become much milder, summers cooler.
Tree trunks absorbing sunlight become warmer than the air and cause earlier melting of snow around them. The snow does not melt slower gradually with distance from the trunk, but creates a wall surrounding snow-free ground around it rather. According to some of sources, North American spring ephermal plants like spring beauty (Claytonia caroliniana), trout lily (Erythronium americanum) and red trillium (Trillium erectum L.) benefit from such thaw circle. They can emerge earlier inside these circles, what gives them more time before development of tree canopy foliage cutting off significant portion of the light.
Features along the coast push the current further off shore and if there is a strong northerly wind, it will push the current even further off shore, allowing deep water to rise up the coast, bringing nutrients up to the surface. The EAC experiences seasonal variations. It tends to be strongest in the summer, with an amplitude flow around 36.3 Sv. It is its weakest during the winter months flowing at a rate around 27.4 Sv. Over the past 50–60 years the EAC has shifted. The south Tasman Sea has become warmer and saltier from 1944–2002.
The warmer temperature in a greenhouse occurs because incident solar radiation passes through the transparent roof and walls and is absorbed by the floor, earth, and contents, which become warmer. As the structure is not open to the atmosphere, the warmed air cannot escape via convection, so the temperature inside the greenhouse rises. This differs from the earth-oriented theory known as the "greenhouse effect".A Dictionary of Physics (6 ed.), Oxford University Press, 2009, : "greenhouse effect"A Dictionary of Chemistry (6 ed.), edited by John Daintith, Oxford University Press, 2008, : "greenhouse effect"Wood, RW (1909).
Red flags were also placed at Grand Army Plaza to indicate the ice's sufficient thickness. Later, green flags were used to indicate that the ice was thick enough, and red flags indicated that the ice was too thin. Since then, safety concerns have ended skating on the lake; as a result of climate change, winters have become warmer in the 21st century compared to the 19th century, the ice on the lake has become too thin to accommodate skaters. Ice skating moved to the Kate Wollman Rink in 1960, and again to the Lakeside Center in 2012.
Some vasoactive chemicals such as vasodilator acetylcholine are known for causing reduced/increased blood flow in the tumours by vasomotor changes. Inadequate blood supply to the tumour cells can cause the cells to be radio-resistant and resulted in reduced accessibility to chemotherapeutic agents. Injuries to nerves of the lower trunk of the brachial plexus (Klumpke's paralysis) and compression of median nerve at the flexor retinaculum of the hand (Carpal Tunnel Syndrome) can cause vasomotor changes at the areas innervated by the nerves. This area of the skin will become warmer because of vasodilation (loss of vasoconstriction).
The air parcels then become warmer than their environment. McPherson, Lane, Crawford, and McPherson Jr. researched the heat burst system at the Oklahoma Mesonet, which is owned by both the University of Oklahoma and Oklahoma State University. The purpose of their research was to discover any technological benefits and challenges in detecting heat bursts, document the time of day and year that heat bursts mostly occur, and to research the topography of where heat bursts mostly occur in Oklahoma. Scientists and meteorologists use archived data to manually study data that detected 390 potential heat burst days during a fifteen-year period.
Under normal seasonal freezing weather conditions in the lower elevations, the forest ecosystems that pine beetles inhabit are kept in a balance by factors such as tree defense mechanisms, beetle defense mechanisms, and freezing temperatures. It is a simple relationship between a host (the forest), an agent (the beetle) and the environment (the weather & temperature). However, as climate change causes mountain areas to become warmer and drier, pine beetles have more power to infest and destroy the forest ecosystems, such as the whitebark pine forests of the Rockies. This is a forest so important to forest ecosystems that it is called the “rooftop of the rockies”.
Gudiashvili's colours become warmer, and the perception of the world as a theater grew stronger (many of Gudiashvili's paintings were either inspired by operas and balles or serve to depict actresses in costumes). Like his compatriots (Grigol Robakidze, Konstantine Gamsakhurdia), Gudiashvili freely used mythological allegories (The Walk of Seraphita, 1940), the center of which was a graciously beautiful woman imagined as the mysterious "Goddess of the Earth." Gudiashvili also worked as a monumentalist, painting anew the Kashveti Church in Tbilisi in 1946, for which he was expelled from the Communist Party and fired from the Tbilisi academy of fine arts, where he had been teaching since 1926. In the voluminous "antifascist cycle" of Indian ink drawings Gudiashvili became a kind of "Georgian Goya": beast-like monsters surrounded the ruins of art and naked "goddesses" conveyed the ideas of the death of culture.
Roof space ventilation is needed to combat condensation within the roof space, leading to interstitial condensation within the roof fabric; this can lead to serious structural damage, wet or dry rot, as well as ruining the insulation in the roof spec. Condensation within the roof space is much more of a problem today due to: much less fortuitous ventilation due to tighter building envelopes with high performance windows and door and no chimneys leading. This tighter envelope means the air temperature in buildings has risen, the warmer the air in the building is, the more water vapour the air can carry. As the occupied part of building has become warmer, the roof space has become colder, with high performance insulation and roofing membranes leading to a cold roof space. When the warm, moist air from below rises into the cold roof space; condensation begins as the air temperature drops to the ‘dew point’ or as the warm air comes into contact with any of the cold surfaces in the roof.
The JTWC also upgraded Nock-ten to a Category 4-equivalent super typhoon, when the system was in an area of low vertical wind shear, excellent dual-channel outflow, and sea surface temperatures of 29 ºC. Although the eye became cloud-filled in the afternoon, it cleared again late on the same day and while the JMA did not raise its intensity estimate further, the JTWC did so. On December 25, the JTWC reported that the Dvorak technique analyses at 03:00 UTC from "all reporting agencies" indicated a T-number of 7.0; therefore, the JTWC added a non-synoptic entry to the operational best track for that time, indicating one-minute maximum sustained winds of 260 km/h (160 mph), equivalent to Category 5 on the Saffir–Simpson scale. However, land interaction soon impacted the typhoon, as its convective cloud tops had become warmer. Later, Nock-ten made landfall over the Philippines eight times: Catanduanes at 18:30 PST (10:30 UTC) and Sagñay, Camarines Sur at 21:30 PST (13:30 UTC) on December 25; San Andres, Quezon at 02:00 PST (18:00 UTC), Torrijos, Marinduque at 04:30 PST (20:30 UTC), Verde Island, Batangas at 09:15 PST (01:15 UTC), Tingloy, Batangas at 10:10 PST (02:10 UTC), Calatagan, Batangas at 11:40 PST (03:40 UTC), and Lubang Island, Occidental Mindoro at 13:00 PST (05:00 UTC) on December 26.

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