Melting of glaciers, snow of mountains.
Warming (and thus expanding) water from the warming atmosphere, as well as water melting from glaciers and ice caps is causing the eustatic (world-wide) sea level change that is threatening the shorelines.
Yes, mean sea level (MSL) is the average (mean) height of the sea.
Sea level pressure, sometimes as mean sea level pressure.
The Dead Sea is at an altitude of 423m below sea level.add The Salton Sea in US is 69m below seal level.
The answer is sea level. Because atmospheric pressure decreases when altitude increases
elevation
Rising sea level affects communities by creating a coastal flooding hazard for buildings. It also affects the amount of fresh water available as the salt water creeps inland.
Warming (and thus expanding) water from the warming atmosphere, as well as water melting from glaciers and ice caps is causing the eustatic (world-wide) sea level change that is threatening the shorelines.
Eustatic sea level change refers to fluctuations in sea level worldwide caused by factors such as melting ice sheets or changes in the volume of ocean basins due to tectonic activity. It is a global phenomenon that affects all coastlines uniformly, rather than being specific to a particular region.
global warming affects the sea level and that gives us less water to desalinate and it also effects the sea life so that is more harmful especially with desalination
above sea level
The main factor that affects the air pressure at a given location is the altitude (or height above sea level) of that location.
The lowest point in Hawaii is in the Pacific Ocean at sea level. what the heck!
Well, sea level is the standard by wich other things are measured, so zero is the answer. Sea level is sea level. Compared to what?
Yes, mean sea level (MSL) is the average (mean) height of the sea.
The distance from the equator affects how much sun an area receives. Landforms can affect climate by blocking wind, rain, sun etc. Elevation height above sea level affects climate too. Proximity hearness to water affects the life of an area.
Conway, Arkansas, is situated at an elevation of approximately 335 feet above sea level. This elevation contributes to its scenic views and mild climate. The city's location in the Ozark Mountains region affects its topography and natural landscape.