What is ocean acidification doing to our oceans?

By University of Bristol


Funding Unsuccessful. This project reached the deadline without achieving its funding goal on November 12, 2014.

  • £397.00

    Pledged of £6,000.00 Goal

  • 18

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  • 0

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This campaign will only be funded if at least £6,000.00 is pledged by November 12, 2014.

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Why it this research important?

Our work will aid in understanding the human impact on marine organisms due to climate change, and will help to inform policy on how best to limit these impacts. Many of these species are important habitat formers and hence provide nursing grounds for fishing and stabilising our coastlines.

What you are trying to discover through this research?

The shells and skeletons of marine organisms are crucial to their survival, and perform important tasks such as providing protection from predation. Environmental change may influence the manner in which marine organisms produce these shells or skeletons, which in turn may influence the survivability of different species in the future. Through our research, we are trying to discover whether the structural integrity of these marine organisms will be negatively affected by environmental change, especially ocean acidification. To achieve this, we will take organisms that have been subjected to different environmental conditions in a laboratory, test the strength and chemistry of their shells using novel material science techniques and assess their future vulnerability.

What will the results show?

Our results will help to distinguish ‘winners’ and ‘losers’ under future environmental change; those species that may struggle to survive under predicted conditions in the near future, and those that are more robust and able to cope. This knowledge will form the basis of our understanding of how ecosystem function may change in the future. Many calcifying organisms provide habitats for other species, in particular providing shelter for fish or shellfish larvae, ultimately influencing commercial fishing activities around the UK.

What are your stretch goals if you overfund?

Our work can be readily expanded to incorporate additional species of organisms from the same or other laboratory experiments and a larger set of conditions. A greater number of species allows a more comprehensive study of UK marine ecosystems and how their function and composition may change in the future.

Who are the team involved?

Dr Suzanne Jennions, Dr Daniela Schmidt, Dr Tom Scott, Dr Loren Picco, Dr Nova Mieszkowska (Marine Biological Association of the UK, Plymouth).

When can you start this research?

After reaching the funding goal, research would start immediately.

 

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General Overview

This Campaign has ended. No more pledges can be made.

  • 6 Backers

    You receive written updates to give you real time insights the progress of this research

  • 1 Backer

    Receive a digital image related to the project that can be mounted and printed for a small extra fee + the above!

  • 6 Backers

    Mix up your morning radio with some interesting science! With this pledge you can get podcasts teaching you about ocean acidification, the findings of the study and some interesting insights from Suzanne's previous work in Antarctica + all of the above!

  • 2 Backers

    Attend a live video webcast and get the opportunity to ask all those burning questions you have about the project both midway and at the + all of the above!

  • Backers

    Receive a printed postcard of a mussel crystal image with a personal thank you message + all of the above!

  • 3 Backers
    Limit of 50 — 47 remaining

    Backers will get the chance to attend a seminar in Bristol or London on ocean acidification + all of the above!

  • Backers
    Limit of 10 — 10 remaining

    We’re giving you and a friend a chance to see where all the action takes place! This pledge will give you the opportunity to have a full tour for up to 2 people + all of the above!