Oceans act as a carbon sink, in fact they are the largest carbon sink absorbing about 1/4 of the CO2 we put into the air.
However, with global warming considering that CO2 dissolves better in cold water there is a worry that the oceans will not be able to hold as much CO2 and will begin to release it into the atmosphere
The accumulation or snowfall rate needs to exceed the ablation which is the snow or ice melting rate in order for a glacier to advance or move forward. ~hope I'm right!
QAMAR ABBAS ENVIRONMENTALIST GILGIT ASTORE Actually temperature decreases with altitude called as lapse rate, greater the lapse rate of atmosphere the more it will be unstable. Atmospheric stability is the resistance of atmosphere against the increasing lapse rate therefore we can say that colder the temperature at altitude the more unstable will be the atmosphere similarly the low lapse rate determines that the atmospheric stability. The environmental lapse rate is 9.8 C/Km. Solar radiation helps the atmosphere to remain stable because it heats up the gases near the land which subsequently rises while decreasing lapse rate so that it is said atmosphere in clear sunny day is more stable than cloudy one. The third portion of this question is related the visibility with the solar energy YES the solar energy increases the visibility of atmosphere by breaking the trapping of pollutants and dispersing them while increasing the shining of atmosphere as well.
factors that affect the rate of mechanical weathering?
the winds, the air pressure, and the atmosphere
When environmental lapse rate is more than dry adiabatic lapse rate, the atmosphere is said to be in
distance from the sea, ocean current
Climate change is warming up the atmosphere which is making evaporation happen faster. So climate change is a factor that affects the rate of water evaporation.
it does not
Where a glacier melts more rapidly than the rate of accumulation of snow.
The accumulation or snowfall rate needs to exceed the ablation which is the snow or ice melting rate in order for a glacier to advance or move forward. ~hope I'm right!
accumulation of snowfall over years and years, the key is more snow falls in winter than melts in summer. year upon year the snow gets deeper and deeper and is compressed in to Ice, which continues until the ice begins to flow downhill. as the elevation decreases the rate of melt and accumulation equalizes and eventually the rate of melting exceeds the rate of deposition. Accumulation and Ablation. Glaciers.
Ocean acidification is happening because of the increased level of carbon dioxide in the atmosphere resulting from the burning of fossil fuels. About half of the CO2 added to the atmosphere is absorbed by the ocean. While the chemistry of the ocean is complex the increased level of CO2 results in a lowering of the pH of the water. This in turn increases the rate at which calcium carbonate dissolves in sea water and constitutes a threat to organisms which produce shells such as corals.
depressants affect the heart rate by its heart rate
Freezing rain
Factors which favors evaporation: temperature, pressure, area exposed to the atmosphere, impurities in water, wind. And these factors depends on the location.
Stress, adrenaline, breathing rate, heartrate, altitude, composition of atmosphere, food and liquid intake, and various minor factors.
QAMAR ABBAS ENVIRONMENTALIST GILGIT ASTORE Actually temperature decreases with altitude called as lapse rate, greater the lapse rate of atmosphere the more it will be unstable. Atmospheric stability is the resistance of atmosphere against the increasing lapse rate therefore we can say that colder the temperature at altitude the more unstable will be the atmosphere similarly the low lapse rate determines that the atmospheric stability. The environmental lapse rate is 9.8 C/Km. Solar radiation helps the atmosphere to remain stable because it heats up the gases near the land which subsequently rises while decreasing lapse rate so that it is said atmosphere in clear sunny day is more stable than cloudy one. The third portion of this question is related the visibility with the solar energy YES the solar energy increases the visibility of atmosphere by breaking the trapping of pollutants and dispersing them while increasing the shining of atmosphere as well.