«Hydrothermal siphon» drives
water circulation through seafloor: New study explains previous observations of ocean water flowing through the seafloor from one seamount to another.»
Not exact matches
Observations and the high - resolution climate model CM2.6 show a strong relationship between a weakening Atlantic Meridional Overturning
Circulation (AMOC) and an increase in the proportion of warm - temperate slope
water entering the U.S. Northeast Continental Shelf, primarily
through the Gulf of Maine's Northeast Channel.
There is also a contribution of excess atmospheric CO2 absorption introduced to deep -
water masses from dense, cold CO2 - rich surface
waters at downwelling sites (e.g., North Atlantic), which then move
through the oceans via meridional overturning
circulation.
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circulation.
In this model, enhanced seasonal contrasts
through milankovitch forcing (Lourens et al., 2005), combined with a gradually warming late - Paleocene to early Eocene, forced a non-linear response in ocean
circulation to warm intermediate
waters.
For example, they predicted the expansion of the Hadley cells, the poleward movement of storm tracks, the rising of the tropopause, the rising of the effective radiating altitude, the
circulation of aerosols in the atmosphere, the modelling of the transmission of radiation
through the atmosphere, the clear sky super greenhouse effect that results from increased
water vapor in the tropics, the near constancy of relative humidity, and polar amplification, the cooling of the stratosphere while the troposphere warmed.
eg «These studies provide new insights on the sensitivity and response of meridional ocean
circulation to melt
water inputs to the North Atlantic high latitudes (e.g., Bamberg et al., 2010; Irvali et al., 2012; Morley et al., 2011) and their potential role in amplifying small radiative variations into large a climate response
through dynamic changes in ocean - atmosphere interactions (e.g., Morely et al., 2011; Irvali et al., 2012; Morley et al., 2014).
It is possible that Lyman is measuring a transfer of oceanic heat from warm
waters to cool
waters through circulation changes than increased retention of solar energies?
When the tropical easterly trade winds strengthen, as they have from the year 2000 onwards, this whole wind - driven ocean
circulation becomes more vigorous, the South Pacific subtropical gyre spins up, and the western arm of the gyre exports more tropical
water through the Indonesian archipelago into the Indian Ocean.
That process releases warm
water from below the surface of the PWP, shifts it to the central and eastern equatorial Pacific, releases heat there
through evaporation, which causes changes in atmospheric
circulation, in turn causing SST outside of the tropical Pacific to vary.
Through horizontal averaging, variations of
water vapor and temperature that are related to the horizontal transport by the large - scale
circulation will be largely removed, and thus the
water vapor and temperature relationship obtained is more indicative of the property of moist convection, and is thus more relevant to the issue of
water vapor feedback in global warming.
The overturning
circulation pushes
water through the Atlantic Basin, distributing heat as it moves warmer surface
water from the tropics toward Greenland and the high northern latitudes and carries colder, deeper
water from the North Atlantic southward.
Observations suggest that variability in oceanographic conditions in the Arctic is very largely driven by the consequences of the flows
through open passages to both Atlantic and Pacific Oceans, which themselves respond to the different and characteristic variability of the
circulation patterns of each ocean: each inflow is not only variable in volume of
water transported but also in the temperature of the
water imported.
The outgoing flow
through Fram Strait carries with it large volumes of fresh
water as fragmented pack ice, a flow that is strongly episodic at decadal scale and is associated with the series of so called Great Salinity Anomalies observed within the
circulation of the subarctic gyre and in the Nordic seas that were discussed in the previous chapter.
Thus an understanding of the mechanisms distributing
water vapor
through the atmosphere and of
water vapor's effects on atmospheric radiation and
circulation is vital to estimating long - term changes in climate.
The oceans can impact global mean surface temperature in several ways; directly,
through surface fluxes of heat, or indirectly, by altering the atmospheric
circulation and impacting the distribution of clouds and
water vapor.
Nitrous oxide emissions occur naturally
through many sources associated with the nitrogen cycle, which is the natural
circulation of nitrogen among the atmosphere, plants, animals, and microorganisms that live in soil and
water.
In addition, the authors provide compelling evidence of both the important coupling of ocean and atmosphere processes and the strong communication, of effects of climatic change, between the
waters of the Northern and Southern hemisphere
through global ocean
circulation.»