Sentences with phrase «understanding ocean acidification»

This concept will become important in understanding ocean acidification.

Understanding Ocean Acidification Our carbon emissions are making the ocean more acidic, which threatens life in our seas.

Focuses on understanding ocean acidification process, consequences, and adaptation strategies in Alaska.

«It is now time to evaluate how to make the most of satellite and in situ data to help us understand ocean acidification, and to establish where remotely sensed data can make the best contribution,» Peter Land, lead author of the new study and researcher at Plymouth Marine Laboratory, said in a press release accompanying the new study.

The Hobart symposium built on the successful three previous symposia and offered the worldwide community of scientists working to understand ocean acidification an opportunity to share their research results and develop new research collaborations.

The Hobart symposium will build on the successful three previous symposia and offers the worldwide community of scientists working to understand ocean acidification opportunities to share their research results and develop new research collaborations.

Not exact matches

There are clues that these species may fare better than their stony counterparts after a disaster, but more research needs to be done to understand how storms, warming waters and ocean acidification can alter the composition of reefs and whether these changes are permanent or short - lived, Lasker says.

She has also written blog posts on Medium.com, participated in a Reddit AMA (Ask Me Anything) that generated more than 800 questions, and engages regularly with oyster farmers to better understand the impacts of ocean acidification on shellfish farming.

Hill leads an NSF - supported program for future K - 12 science teachers to help infuse their classrooms with climate change science, and an industry - academic partnership to understand the consequences of ocean acidification on shellfish farmers.

A major thrust of current research is to understand how creatures like these at the bottom of the food chain respond to ocean acidification.

Cantwell said that the science underway at DOE will be critical to understanding the impacts of the rising greenhouse - gas levels in the atmosphere — from Arctic sea - ice melt to ocean acidification — and maintaining US leadership in clean - energy technologies.

Although seemingly lighthearted, the toy octopus experiment is part of a deadly - serious effort to understand the worrying ecological implications of a process known as ocean acidification.

«This work will help increase our understanding of climate change, carbon cycling, and ocean acidification in the Arctic, particularly as it affects marine and fishery science and technology,» added Chen.

And in July 2015, the Wendy Schmidt Ocean Health X Prize was awarded to another U.S. team for its development of ocean sensors that improve scientific understanding of how carbon dioxide emissions are affecting ocean acidificaOcean Health X Prize was awarded to another U.S. team for its development of ocean sensors that improve scientific understanding of how carbon dioxide emissions are affecting ocean acidificaocean sensors that improve scientific understanding of how carbon dioxide emissions are affecting ocean acidificaocean acidification.

The risks of ocean acidification on marine species have been studied extensively but the impact of freshwater acidification is not well understood.

Working out just how they do this will be important in understanding the likely impacts of ocean acidification on coral communities elsewhere, he says.

Indonesian and U.S. scientists believe that investigating previously unexplored ocean areas will yield new phenomena and provide information that will improve our understanding of ocean ecosystems, ocean acidification and climate change impacts.

The EU FP7 Integrated Project EPOCA (European Project on OCean Acidification) was launched in June 2008 with the overall goal to advance our understanding of the biological, ecological, biogeochemical, and societal implications of ocean aAcidification) was launched in June 2008 with the overall goal to advance our understanding of the biological, ecological, biogeochemical, and societal implications of ocean acidificationacidification.

Lord Monckton totally botched his discussion of ocean acidification, revealing that he doesn't understand ocean circulation, the significance of pH in aqueous systems, and so on.

The GOA - ON Requirements and Governance Plan provides both broad concepts and key critical details on how to meet our high level goals of: 1) to improve our understanding of global ocean acidification conditions; 2) to improve our understanding of ecosystem response to ocean acidification; 3) and to acquire and exchange the data and knowledge necessary to optimize the modeling of ocean acidification and its impacts.

Insufficient observations and understanding impede the development of robust predictive skills regarding ocean acidification and impacts.

«The challenge is really first understanding what the natural variability looks like in this data - poor region, and then making measurements long enough that we can tease out the long - term ocean acidification trend, which is this gradual increase through time,» he said «It's really hard to see with just one or two years of data.»

Ocean acidification processes are occurring at global scales; therefore, we need to go beyond local measurements and observe ocean acidification globally in order to understand its drivers correOcean acidification processes are occurring at global scales; therefore, we need to go beyond local measurements and observe ocean acidification globally in order to understand its drivers correocean acidification globally in order to understand its drivers correctly.

The Global Ocean Acidification Observing Network (GOA - ON) relies on international collaboration to share data and understand the global ecological impacts of ocean acidification Ocean Acidification Observing Network (GOA - ON) relies on international collaboration to share data and understand the global ecological impacts of ocean acidifAcidification Observing Network (GOA - ON) relies on international collaboration to share data and understand the global ecological impacts of ocean acidification ocean acidificationacidification (OA).

According to the two experts, future ocean acidification research will have to deal with three major challenges: It needs to expand from single to multiple drivers, from single species to communities and ecosystems, and from evaluating acclimation to understanding adaptation.

«As our understanding of the impacts of ocean acidification was building up, we were able to broaden our focus from marine organisms to communities and ecosystems, addressing ocean acidification in combination with other environmental factors», says Professor Ulf Riebesell, marine biologist at GEOMAR and coordinator of BIOACID.

Now that a basic understanding of ocean acidification impacts is developing, it is critical to pay special attention to aspects relevant for society.

An international study to understand and predict the likely impact of ocean acidification on shellfish and other marine organisms living in seas from the tropics to the p...

This research level text is the first to synthesize the very latest understanding of the consequences of ocean acidification, with the intention of informing both future research agendas and marine management policy.

Focuses on understanding the effects of ocean acidification on biological resources of the U.S. west coast.

Understanding their behavioural responses to acidification is critical for assessing the impacts of ocean acidification on the ecosystem.

To put things simply, ocean acidification is progressing faster in colder water and it is very easy to understand, because every gas is more soluble in cold water and it dissolves much faster.

The most recent discoveries on the impact of ocean acidification on sensory abilities of fish, demonstrate how important it is that we understand the basic mechanisms of sensory perception.

I understand very well the issues of model accuracy & believe in «climate disruption» (the proper term), particularly ocean acidification.

However, the lack of a clear understanding of the mechanisms of calcification and its metabolic or structural function means that it is difficult, at present, to reliably predict the full consequences of CO2 - induced ocean acidification on the physiological and ecological fitness of calcifying organisms.

The diverse pattern of poorly understood biotic responses to ocean acidification found thus far makes it problematic to reliably predict the ecological and biogeochemical changes that will result from continued oceanic uptake of anthropogenic CO2.

There is alot showing up in the oceans (causing acidification, a less well known but very critical problem) but I think it is not well understood where it all ends up.

I am aware of and have a basic understanding of the greenhouse effect, ocean acidification etc..

This report, requested by Congress, reviews the current state of knowledge and identifies gaps in understanding, and provides scientific advice to help guide the national ocean acidification research program.

The report notes that there are now many new sources confirming climate impacts, including the acceleration of ice sheet loss, and takes stock of new research and understanding on ocean acidification and warming, among other recent changes.

However, the ecological impact we do have some basis for understanding is the effect of ocean acidification on important biological processes like calcification.

Synthesis products developed to date: SOCAT, CARINA, PACIFICA and GLODAPv2 have dramatically increased our understanding of several critical phenomena including air - sea fluxes of carbon, ocean interior carbon storage, ocean acidification, net community and export production, and interior ocean circulation which allowed us to take the relevant actions listed above.

The faster people understand how ocean acidification poses a threat to that way of life, the better our chance of protecting it.

They say this approach is crucial to understanding the full scope and complexity of ocean acidification's impact, as well as to predicting how acidification will affect the coastal communities that depend on these ecosystems.

The need to encourage people to understand exactly how important these corals are also appears to be a major factor in battling global warming, climate change and this acidification that is changing the oceans.

It provides an important reference point for scientists, policy - makers and anyone else interested in understanding how ocean acidification affects our oceans and the vital services they provide.

Given that, if one wants freedom of choice and an efficient market, shouldn't one accept a market solution (tax / credit or analogous system based on public costs, applied strategically to minimize paperwork (don't tax residential utility bills — apply upstream instead), applied approximately fairly to both be fair and encourage an efficient market response (don't ignore any significant category, put all sources of the same emission on equal footing; if cap / trade, allow some exchange between CO2 and CH4, etc, based CO2 (eq); include ocean acidification, etc.), allowing some approximation to that standard so as to not get very high costs in dealing with small details and also to address the biggest, most - well understood effects and sources first (put off dealing with the costs and benifits of sulphate aerosols, etc, until later if necessary — but get at high - latitude black carbon right away)?

The impact of ocean acidification on sea life is becoming better understood in areas like coral reefs, where impacts like bleaching, altered shells of crustaceans, and even a changing sense of smell among fish can be easily witnessed and studied.

A new study in the Arctic north shows that water at the higher latitudes are undergoing as serious changes as other areas, but they're changing at an even faster rate.Physorg writes that researchers from nine European countries have turned a coal mine village off the coast of Ny - Aalesund, just shy of 750 miles from the North Pole, into a laboratory site during July in a major effort to understand how ocean acidification is altering the northern water.

In addition, ocean acidification is co-occurring with other drivers of environmental change (including warming, eutrophication, hypoxia, eutrophication, pollution [12]-RRB-, yet the interactive effects and relative importance of multiple stressors on species physiology, life history and ecology, as well as species — environment interactions and ecosystem function remain poorly understood [13 — 17].