Cross says that as the oceans absorb more carbon dioxide, the more
acidic the water becomes, which hurts marine life and makes it harder for organisms to grow skeletons and build shells.
Not exact matches
Experiments at UC Davis» Bodega Marine Laboratory show that the snails lose this escape response as
waters become more
acidic, a consequence of climate change.
But as the
water becomes increasingly
acidic — as in various recent experiments — they tend to wander farther and farther from home.
Around the Great Barrier Reef, warming ocean
waters are
becoming more
acidic, bleaching the coral and threatening the rich community of life drawn to the reefs.
«The upwelling of relatively
acidic deep
water is a natural process, but these
waters will
become even more
acidic in the future.»
That knowledge could be crucial to ensure reefs continue to survive as oceans temperatures continue their inexorable rise and
water becomes more
acidic due to climate change.
The team's research shows that currently the dissolving of living shells and non-living aragonite and calcite minerals has provided a self - regulating mechanism to buffer or prevent the Chesapeake Bay's bottom
waters from
becoming acidic.
The most common metal in soils, aluminum is normally tied up in insoluble compounds, but is released into ground
water when soils
become acidic.
That has resulted in
water 30 percent more
acidic than it was before factories, cars, planes and other fossil fuel - burning machines
became widespread.
If ocean
water becomes too
acidic, it can begin dissolving those shells, sometimes faster than the creatures can rebuild them.
My research indicates that the Siberian peat moss, Arctic tundra, and methal hydrates (frozen methane at the bottom of the ocean) all have an excellent chance of melting and releasing their stored co2.Recent methane concentration figures also hit the news last week, and methane has increased after a long time being steady.The forests of north america are drying out and are very susceptible to massive insect infestations and wildfires, and the massive die offs - 25 % of total forests, have begun.And, the most recent stories on the Amazon forecast that with the change in rainfall patterns one third of the Amazon will dry and turn to grassland, thereby creating a domino cascade effect for the rest of the Amazon.With co2 levels risng faster now that the oceans have reached carrying capacity, the oceans having
become also more
acidic, and the looming threat of a North Atlanic current shutdown (note the recent terrible news on salinity upwelling levels off Greenland,) and the change in cold
water upwellings, leading to far less biomass for the fish to feed upon, all lead to the conclusion we may not have to worry about NASA completing its inventory of near earth objects greater than 140 meters across by 2026 (Recent Benjamin Dean astronomy lecture here in San Francisco).
As a result, ocean
water becomes more
acidic.
You can't tell by standing on a beach and watching waves roll in, but experiments show that ocean
water is
becoming more
acidic.
Just at the Permian - Triassic boundary, there was a fast, dramatic drop in pH. That meant the
water had
become more
acidic.
If less carbon dioxide makes it into the
water, the ocean will stop
becoming more
acidic, and calcium carbonate will be left available to the organisms that use it to build shells.
Previous research by Dixson and others has shown that as
water becomes more
acidic, it begins to interfere with a structure — called a receptor — on cells in a fish's brain.
Sometimes, when an air pollutant, such as sulfuric acid combines with the
water droplets that make up clouds, the
water droplets
become acidic, forming acid rain.
Discovered way back in 1767, carbonated
water became the beverage of choice for many — its only reported downfall (until now) was its
acidic nature, which can take a toll on your tooth enamel.
The alkaline
water industry claims that problems can arise when the body
becomes acidic, and that their products can neutralize pH and promote a better balance.
Our bodies are designed to have a slightly alkaline pH, but with our modern diet high in sugar and exposure to everyday toxins — from the air we breathe to the
water we drink to the phones we're addicted to — most of us have
become acidic.
Carbonated drinks were the first to introduce carbon dioxide into the cheapest drink available (
water) and by making the drink more
acidic (carbonic acid) it
became more enjoyable to the tongue when sweetened along with these bubbles.
The body is under constant danger of
becoming acid, due to the very basic process of energy production, by oxidizing (breaking down) carbohydrates into carbon dioxide and
water, producing
acidic residue (CO2), that needs to be disposed of through cellular respiration, and then exhaled through the lungs (this is why the rate of breathing can directly affect body's acid / alkaline balance).
The toxicity of the majority of foods in a typical diet causes the body to
become more
acidic during digestion, and this includes the
water.
As carbon dioxide levels rise, ocean
waters are
becoming more
acidic and it is getting harder for corals to build the hard skeletons that make up the reefs on which so many species depend.
Perhaps chief among them is the fact that as ocean
waters absorb carbon dioxide they
become more
acidic, threatening the coral skeletons.
But setting the dead zones aside, there is also the fact that the ocean
water is
becoming more
acidic, more corrosive, making the shell - formation your biological pump depends upon another endangered species.
This means that the CO2 reacts with the chemicals in the ocean, and that reaction leads to a change in the pH of the ocean, and the
water becomes more
acidic.
A lot of what the report covers is familiar, if grim, to people who haven't had their fingers in their ears for the past few years; ocean levels are rising, the
water in those oceans is
becoming more
acidic, weather patterns are changing, we can expect more torrential rains in some locations and drought in others, and on and on.
Ocean
water wasn't
acidic before, ain't going
becoming acidic ever perhaps, so it can not be «more
acidic».
Carbon dioxide also dissolves into the oceans, causing the
water to
become acidic.
Their enormous volumes of
water can not
become acidic — that is, plummet from an 8.2 pH level 150 years ago and their current 8.1 pH into the
acidic realm of 7.0 or lower, due to the tiny amount of atmospheric CO2 attributable to fossil fuel use, in less than five centuries.
As CO2 levels rise, the
water becomes more
acidic and the amount of carbonate (needed to make calcium carbonate - the compound that most shellfish and corals use to build their shells and skeletons) decreases.
As carbon dioxide is
acidic, the surface
waters of the oceans could
become more
acidic than ever before in five million years, reducing the capacity of shell - forming species to form shells and affecting the marine food chain.
As carbon dioxide accumulates in the ocean, the
water becomes more
acidic (the pH declines).
And ocean
waters are
becoming more
acidic, harming the region's seafood industry.
Ocean
waters globally have
become 30 % more
acidic due to absorption of large amounts of human - produced carbon dioxide (CO2) from the atmosphere.
As the surrounding
water becomes more
acidic, calcification
becomes more difficult.
The more carbon dioxide that
water absorbs, the more
acidic it
becomes; this is why sodas, with their carbon dioxide bubbles, are
acidic.
i) Warmer oceans drive CO2 out of the
water which
becomes less
acidic (more alkaline) as during the 1930's and late 20th century warmimg spells.
This causes the
water to
become acidic and makes for uncomfortable swimming and a bunch of other problems, notably corrosion.
McLaughlin's research shows that there is now evidence for falling concentrations of aragonite — the result of surface
waters becoming more
acidic because of the sea ice melting — making it more difficult for the shellfish to maintain their shells.
If
waters around coral reefs
become too
acidic, we will no longer see beautiful coral sculptures, but only a slimy coating of tiny organisms on the sea bed.
When there is excess CO2 in the atmosphere,
water near the ocean surface
becomes acidic too quickly for this normal process to take place.