Sentences with phrase «other than warm waters»

As babies, both my kids have gone weeks without anything other than warm water in their hair, and their scalps never were greasy — honestly!

Not exact matches

Both are perfect for little kids and the water was MUCH warmer in them than the other pools.

While at single buoys the water may have warmed faster or slower than other locations, globally, there is a clear trend toward higher sea surface temperatures.

Other hurricane - friendly climate factors this year include ENSO - neutral conditions (no El Niño or La Niña) in the Pacific Ocean, warmer than average waters in the tropical Atlantic, and a stronger - than - average West African monsoon.

«The Arctic is warming faster than any other region on Earth and is changing beyond recognition as open water replaces sea ice and permafrost is thawing.

And it's heading into dire waters as global warming heats up the waters along this part of the North American coastline some 99.9 % times more rapidly than any other ocean is currently experiencing.

My grandchildren love the rock pool as water is warmer than the other 2 pools on site.

Oh, one other note: the hot tub isn't «hot»... rather it's a smaller pool with slightly warmer water than the pool.

Do you really think the fact that waters are warmer and atmospheric moisture content is higher now due to man - made global warming (not to mention the «blocking high» over Greenland due to Arctic climate change) may be less of an influence on Hurricane Sandy than some other currently unobserved changes to our climate that occurred 3000 years ago?

A thermometer on the other side of the water should take longer to warm up than one on the other side of an empty container, because the heat is having trouble finding its way through the water.

Others are a-biological, such as ocean degassing from the lower solubility of CO2 in warm versus cool water and also melting of methane clathrates (ice with trapped methane, which is more potent than CO2 as a greenhouse gas.

In the case of a failure of the surface to warm due to a La Nina - like process, the OLR reduction (and hence the energy gain) will be lessened by the reduction in water vapor and other feedback moieties, but it will still be greater than occurs with a warmed surface.

The other replies suggest volcano input is comparable to the background geothermal flux, which in turn is much less than the fluxes through the pycnocline from the warm Atlantic water, and to a lesser extent, the Pacific inflow.

This definitely supports the other research we've seen on warmer than expected water in the fjords of Greenland, etc..

Ocean waters around Antarctica have warmed steadily for the past 50 years, but in addition to that, the region's shallow seas are also heating up, more quickly than others.

For instance, perfect initialization of the state of the Atlantic ocean, a correct simulation of the next 10 years of the solar cycle, a proper inclusion of stratospheric water vapor, etc may be important for whether the next 5 years are warmer than the previous 5, but it has nothing to do with climate sensitivity, water vapor feedback, or other issues.

In the UK a lot of workplaces now have aircon and sometimes warm air ducted heating, but in homes anything other than hot water radiators is unusual and a / c is rarer still.

Let the water vapor or some other greenhouse gas be reduced, and the warm earth will be losing more heat than it gains from sunlight.

Water vapor is more difficult to measure than the other greenhouse gases and scientists are uncertain as to the exact part that it plays in global warming.

These glaciers act as a water storage tower for South and East Asia, releasing melt water in warm months to the Indus, Ganges, Brahmaputra and other river systems, providing fresh water to more than a billion people.

As written above, it is natural that lands warm (cool) faster than seas: but, I think, it would be much better for studying GW (there are many other issues for lands even without GW) to point on waters rather than on inhabited lands (with a simple condition: all waters; not saying that Arctic pack is decreasing, making silence on Antarctic pack because it instead doesn't fit AGW theories).

For more than a decade, officials in Ecuador's mountainous capital have been studying the effects of global warming on nearby melting glaciers, developing ways of dealing with potential water shortages and even organizing conferences on climate change for leaders of other Latin American cities.

Warm summers do allow sea ice to melt, but without the warm water, the Arctic would be more like Antarctica and never thaw, other than a few puddWarm summers do allow sea ice to melt, but without the warm water, the Arctic would be more like Antarctica and never thaw, other than a few puddwarm water, the Arctic would be more like Antarctica and never thaw, other than a few puddles.

Carbon dioxide is the biggest long - term human - generated contributor to global warming — other molecules like methane and water vapor are also greenhouse gases, but their levels are more or less constant; the amount of anthropogenic CO2 has been going up steadily for decades and is higher now than in any point in human history.

Even with warming of 2 °C, we can expect to see adverse effects on water availability in critical river basins, a more than doubling of forest fires in Amazonia by 2050, impacted coral reef recovery from bleaching events, among other effects.

Shifts in clouds, water vapor, and the great currents in the ocean and air, however, cause complex responses in which some regions warm more than the average while others warm less than average, or even cool.

Still others have expanded on the degree to which CO2 is better absorbed by cold water than warm.

WHEN the skin layer is warmer than the water below (and not mixed by the wind), there is no obvious mechanism (other than very slow conduction) for AGG - enhanced DLR to penetrate the ocean.

«Other research is beginning to show that cyclical changes in water vapour — a much more powerful greenhouse gas than carbon dioxide — may account for much of the 20th - century warming.»

Water vapor, which is a greenhouse gas, albeit short lived, and a component of and response to weather conditions — but not, being so ephemeral, a driver of much longer term weather patterns (or climate)-- and due to it's heavy prevalence the greenhouse gas that is on average responsible for more re ra - radiated heat than any other, in fact is not warming, but cooling.

Note: LOTI provides a more realistic representation of the global mean trends than dTs below; it slightly underestimates warming or cooling trends, since the much larger heat capacity of water compared to air causes a slower and diminished reaction to changes; dTs on the other hand overestimates trends, since it disregards most of the dampening effects of the oceans that cover about two thirds of the Earth's surface.

This is because warm water or other fluids occupy a greater volume than cold ones.

A study published recently in the journal Nature Communications, found that it only took 1 C of warming in the last 18 years to change the ecosystem in Lake Hazen on Ellesmere Island in Nunavut — which holds more water than any other lake in the High Arctic.

The treated fabric is much more hydrophilic than the fabric by itself (which only absorbs about 18 % of its own weight), and yet when the temperature gets warmer, the fabric becomes hydrophobic and releases all of the absorbed water (as pure water) without any other further action.

Bionic leaves that could produce energy - dense fuels from nothing more than sunlight, water and atmosphere - warming carbon dioxide, with no byproducts other than oxygen, represent an ideal alternative to fossil fuels but also pose numerous scientific challenges.

The «note» you refer to goes: «Note: LOTI provides a more realistic representation of the global mean trends than dTs below; it slightly underestimates warming or cooling trends, since the much larger heat capacity of water compared to air causes a slower and diminished reaction to changes; dTs on the other hand overestimates trends, since it disregards most of the dampening effects of the oceans that cover about two thirds of the earth's surface.»