Sentences with phrase «in evaporation»

In areas where aerosol pollution masks the ground from direct sunlight, decreases in evaporation reduce the overall moisture supply to the atmosphere.

From other threads, it is known that the increase in evaporation heat losses is 4 %.

Would that not constitute changes in the evaporation and precipitation cycle?

The «clear sky» upper limit for the CO2 induced increase in evaporation is below the measurement uncertainty bounds.

Peter Gleick, lead author of the biannual report The World's Water, writes: «Indeed, some industries, such as paper and pulp, industrial laundries, and metal finishing, are beginning to develop «closed - loop» systems where all the wastewater is reused internally, with only small amounts of fresh water needed to make up for water incorporated into the product or lost in evaporation.»

Built - in evaporation protection enhances live cell kinetic assays, minimizing edge effects for better reproducibility and more reliable data.

In addition, if there is less water being absorbed in the evaporation process, the sun's energy will just be going into the atmosphere, instead of being absorbed, and that could exacerbate global warming.

This lesson includes a powerpoint on identifying dissolving, filtering and evaporation techniques from diagrams, what happens in evaporation and then a final group practical.

The Fifth Assessment Report, issued by the United Nations Intergovernmental Panel on Climate Change (IPCC) in 2013, synthesized the available scientific studies and reported that increases in evaporation over arid lands are likely throughout the 21st century.

In the Amazon rainforest, the chain of events that turns a small - scale process like a localized increase in evaporation into a towering storm cloud is long and twisted.

A rise in evaporation can not cause a global effect, only a local one — the evaporated water has to condense and return to the ocean somewhere so this process represents a redistribution of existing energy, not a global increase.

In the tropical Atlantic for example, the paper linked in the post (Wang 2005) describes how a decrease in evaporation causes SST to rise.

Levels in some lakes represent a changing balance between inputs and outputs and, under one transient scenario, levels in Lake Victoria would initially fall as increases in evaporation offset changes in precipitation, but subsequently rise as the effects of increased precipitation overtake the effects of higher evaporation (Tate et al., 2004).

I am thinking the solar energy invested in evaporation (in this case, of irrigation water) is matched by the energy released during condensation; energy released to the atmosphere, raising the temperature of the air.

Meehl and Arblaster (2003) relate the increased monsoon precipitation variability to increased variability in evaporation and precipitation in the Pacific due to increased SSTs.

This is buried in the noise of wind induced fluctuations in evaporation and changes in LWIR flux caused by variations in aerosols, clouds and near surface humidity.

Milly, P. C. D. & Dunne, K. A. Trends in evaporation and surface cooling in the Mississippi River basin.

The initial melting does take more energy from the air than is lost in evaporation but that energy then becomes latent energy in the water and so the air is cooled but the remaining ice is not cooled.

Changes in the evaporation rate from, say, higher or lower humidity in the air above, changes in windiness or changes in ocean surface area caused by waves will have a similar effect in varying the characteristics of that 1 mm cooler layer.

Conversely longwave forcing generated by GHGs are absorbed in the first few microns of the ocean's surface and largely result in evaporation rather than warming of the ocean bulk beneath.

That is, if something causes an increase in the temperature this will cause an increase in the evaporation of water into water vapor.»

The increase in evaporation has paradoxical effects.

1) If there is no increase in skin surface temperature, there is no increase in evaporation (by your argument), and hence no evaporative cooling.

2) In a confined volume, an increase in evaporation will result in an increased vapour pressure of H2O in the atmosphere above the water surface.

Therefore while an increase in evaporation may limit the increase in temperature (by your argument), it can not prevent there being an increase.