Sentences with phrase «water ice production»

Not exact matches

Our members are involved in the production of an extensive range of beverages including carbonated diet and regular soft drinks, cordials and concentrates, energy drinks, fruit juice and fruit drinks, functional non-alcoholic drinks, iced teas and coffees, mineral, spring, plus packaged water and sports and isotonic drinks.

Jacarepaguá and Petrópolis factories, which produce ice cream products and bottled mineral water respectively, are the other two production sites in Rio de Janeiro.

The ice algae seem to be one of the major players in this scheme — even the slight increase of the atmospheric temperature and liquid water production seems to promote algae colonization across the ice surface.

Greenland's ice sheet melts and sends large amounts of fresh water into the coastal waters, where it is of major importance for local production but potentially also for global ocean currents.

A new study shows how huge influxes of fresh water into the North Atlantic Ocean from icebergs calving off North America during the last ice age had an unexpected effect — they increased the production of methane in the tropical wetlands.

In the autumns of 2007 and 2008, the rate of ice production was very large because there was so much open water and thin ice — the rapid growth is completely expected.

NASA's Ice Bridge Project is now in full production there, showing how this strategic locked - up water is liable to be released quicker than we thought, causing higher sea levels worldwide.

These authors postulated an extended Barents Sea Ice Sheet, the western part of the huge Eurasian Ice Sheet51, 55, that had reached the shelf edge causing polynya - like open - water conditions (triggered by strong katabatic winds) with phytoplankton and sea ice algae production, subglacial meltwater outflow and the deposition of suspended material on the slope at site PS2138 -Ice Sheet, the western part of the huge Eurasian Ice Sheet51, 55, that had reached the shelf edge causing polynya - like open - water conditions (triggered by strong katabatic winds) with phytoplankton and sea ice algae production, subglacial meltwater outflow and the deposition of suspended material on the slope at site PS2138 -Ice Sheet51, 55, that had reached the shelf edge causing polynya - like open - water conditions (triggered by strong katabatic winds) with phytoplankton and sea ice algae production, subglacial meltwater outflow and the deposition of suspended material on the slope at site PS2138 -ice algae production, subglacial meltwater outflow and the deposition of suspended material on the slope at site PS2138 - 2.

Our biomarker proxy records indicate at least occasionally open - water conditions, i.e., an ice edge situation, that allowed phytoplankton and ice algae production as well as increased flux of terrigenous matter (Fig. 5a; cf., Supplementary Fig. 1).

Furthermore, the sea - ice cover strongly affects biological productivity, as a more closed sea - ice cover reduces primary production due to low light influx in the surface waters.

By considering also a phytoplankton biomarker indicative for open - water primary production, these extremes can be easily separated as under a permanent sea ice cover the phytoplankton biomarker is absent but reaches maximum concentrations under open - water conditions (Fig. 3, Supplementary Fig. 1) 31, 38.

With less sea ice many marine ecosystems will experience more light, which can accelerate the growth of phytoplankton, and shift the balance between the primary production by ice algae and water - borne phytoplankton, with implications for Arctic food webs.

Existing projections suggest an increase in primary production at high latitudes such as the Arctic and the Southern Ocean (because the amount of sunlight available for photosynthesis of phytoplankton goes up as the amount of water covered by ice decreases).

But deep water production by convection may be less, depending on how much NADW is Arctic in origin and how much is simply recirculated Antarctic bottom water (extremely dense water, formed as brine under the sea ice around polynas offshore of Antarctica and sliding down the continental shelf into the depths without much mixing, creates a giant pool of dense water extending all the way up the bottom of the Atlantic to about 60 ° N).

Surplus renewable electricity can be stored in a fleet of electric vehicle batteries, or as heat in water heaters, or as ice in air conditioners, and used when wind and solar production has slowed.

Energy production is the main driver of the state's economy, providing more than 80 % of state government revenue and thousands of jobs.168 Continuing pressure for oil, gas, and mineral development on land and offshore in ice - covered waters increases the demand for infrastructure, placing additional stresses on ecosystems.

The sea - ice biome accounts for a large proportion of primary production in polar waters and supports a substantial food web.