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Coastal Acidification: Rate, Impacts and Management (CARIM) research project
by New Zealand National Institute for Water and Atmospheric Research (Scientific community)
The Ministry of Business Innovation and Employment has funded a four year project, CARIM (Coastal Acidification: Rate, Impacts & Management), that will provide new knowledge on ocean acidification to enhance protection and management of New Zealand coastal ecosystems.
The rate and variability of pH and the carbonate system will be monitored at three sentinel sites in the Firth of Thames, Nelson Bays and the East Otago Taiapure at Karitane. The data generated will be available on the NZOA-ON website (currently under development). It will be used to determine experimental conditions in impact studies and to underpin model and algorithm development of the main drivers of acidification in the Firth of Thames, with the aim of providing tools for coastal management.
CARIM will also examine the ecosystem effects of acidification on primary production, food quality and habitat availability, with a particular focus on the sensitivity of the different life stages of iconic NZ species including pāua, greenshell mussel and snapper larvae. The sensitivity to low pH of different shellfish families, from selective breeding programmes, will be assessed to identify those with greatest potential resilience to acidification. The experimental information will be combined in population forecast models to project the future success of these species.
CARIM also has an Outreach component, including a website, monitoring data access, and an Oceans Guardian project for schools & local communities.
Progress reports
14.3
Minimize and address the impacts of ocean acidification, including through enhanced scientific cooperation at all levels
Type of commitment
  • Scientific research and cooperation to address ocean acidification knowledge gaps
September 2019
3-4 year time-series of pH and carbonate system variation at 3 coastal sites in New Zealand. Data is publically available on the NOA-ON website
September 2019
Budgets and dynamic models that incorporate the drivers of coastal acidification for management of the Firth of Thames
September 2019
Model projections of the future success of paua and greenshell mussel populations in response to acidification of coastal waters
September 2019
Identification of the most resilient aquaculture families of paua and greenshell mussel to lower pH
Other, please specify
Approximately $4 million USD
Basic information
Time-frame: October 2015 - September 2019
Partners
New Zealand National Institute for Water and Atmospheric Research (scientific community), Ministry of Business, Innovation and Employment (Government), Ministry for Primary Industries (Government), Waikato Regional Council (Government), Cawthron (Scientific Community) Universities of Otago (Academic Institution), University of Auckland (Academic Institution), Iwi (other relevant actor)
Ocean Basins
  • South Pacific
Beneficiary countries
Other beneficaries
Contact information
Luke Roughton, New Zealand Ministry of Foreign Affairs and Trade, luke.roughton@mfat.govt.nz,
Other SDGs
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