Sentences with phrase «average water depth»

PHYSICAL FEATURES & CLIMATE The average water depth is approximately 3 yards.

Not exact matches

This study shows that aragonite saturation state in waters shallower than 328 feet or 100 meters depth decreased by an average of 0.4 percent per year from the decade spanning 1989 - 1998 to the decade spanning 1998 - 2010.

Roughly 10 times the amount of oil than has been spilled in the Gulf of Mexico so far was released into a much smaller body of water (the Persian Gulf is less than 1 / 6th the size of the Gulf of Mexico by surface area and has an average depth of only 160 feet and a maximum depth of a mere 300 feet vs. a maximum depth in the Gulf of Mexico of 14,383 feet).

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The waters around the island are relatively shallow with an average depth of between 10 and 25 metres.

The water averages only about 30 feet in depth between Cancun and the island This shallow water is generally very calm — almost like a lake — which makes for a great boat ride.

In the north, water depth averages 2 - 3 m over a flat, featureless bottom 20 - 25 km wide.

Inland lagoons associated with the reserve average 1 - 2 yards in depth, and water in the leeward lagoons are similar, rarely exceeding 2.2 yards.

A source of extremely salty water comes out of the mountains and since the time of the Incas the salt mines consists about 3,000 small fields with an average size of 4 m ² and a depth of 10 centimeters.

The standard assumption has been that, while heat is transferred rapidly into a relatively thin, well - mixed surface layer of the ocean (averaging about 70 m in depth), the transfer into the deeper waters is so slow that the atmospheric temperature reaches effective equilibrium with the mixed layer in a decade or so.

As Jamie [Morison] mentioned, water at 300 m depth is much warmer, has a greater heat content and is continuously present but is still on average unable to contribute to any larger heat flux to the underside of the ice, due to the strong stratification of the upper Arctic.

Therefore in water vapor absorption bands IR optical depth, as given by average water vapor concentration, only provides an upper bound to actual average IR optical depth, the latter being pretty independent of the former one otherwise.

The 30 - MW Hywind park will take advantage of average local North Sea wind speeds of around 19 knots and cover an area of around 1.5 sq mi (4 sq km) at a water depth of 310 to 395 ft (95 - 120 m).

On average, a 1000 - foot ship sinks into the water by one inch per 270 tons of cargo; 98 thus if a ship is currently limited by water depth, any lowering of lake levels will result in a proportional reduction in the amount of cargo that it can transport to Great Lakes ports.

On Lake Travis (a 20,000 acre impoundment with average depth of 60 feet created in 1940) where I live the water's surface is public and most of the lake bottom is private.

But water covers 70 % of the surface, to an average depth of 3,700 m, and it can store septillions of joules.

The ocean bottom waters are at 1 to 3 degrees Celsius everywhere year round, at depths over 1000 meters, while the seas average over 4000 meters in depth worldwide.

Assume the accuracy of each thermometer is + / - 5 % (this is climate science, we can assume lots of things), you also have to factor in at least the time of day, day of the year, and depth of the water measured (we are after all talking about global average temperatures).

Since ENSO is a coupled ocean - atmosphere process, I have presented its impact on and the inter-relationships between numerous variables, including sea surface temperature, sea level, ocean currents, ocean heat content, depth - averaged temperature, warm water volume, sea level pressure, cloud amount, precipitation, the strength and direction of the trade winds, etc..

I think the biggest effect the atmosphere has on climate is 14.7 psi at the surface raises the vaporization point of water enough that can have a global ocean covering 70 % of the surface to an average depth of 4000 meters.

In the Arctic, due to colder - than - average water temperatures, only about 200 m of water depth is required, which increases the vulnerability of those methane hydrates to a warming Arctic Ocean.

SSTs seem to be taken directly from climate models and plugged directly into hurricane models without averaging by depth to account for the hurricane stirring up the water.

(if the Hiroshima bomb heated up all the water under it with depth as average for ocean)

The remaining snow pack in the area continues to average a depth of 50 centimetres with an average water content of 150 millimetres.