CCAMLR has previously recognized the importance of considering climate change impacts when making management decisions. However, to date this has not been explicitly incorporated in most working papers, even though climate change and ocean acidification are relevant to a wide range of policy decisions. Government bodies often require the inclusion of similar statements to be included with the submission of new or revised legislation or regulations when an issue has relevance to a broad spectrum of decisions. ASOC therefore recommends that CCAMLR adopt a resolution urging Members to include a climate change implications statement in their working papers and fisheries reports. This text could also be appended to Resolution 30/XXVIII.

Policymakers and marine managers are increasingly using MPAs and marine reserves to achieve better conservation outcomes for marine areas. As these areas grow in number, it is important to analyze whether they are in fact achieving their desired outcomes and what factors led to their success. One major study published this year identified five characteristics of MPAs that achieved statistically significant outcomes on fish population metrics, including: “no take, well enforced, old (>10 years), large (>100km²) and isolated by deep water or sand” (Edgar et al. 2014). Two analyses of New Zealand’s system of marine reserves, which has now been in place for several decades, indicate unexpected benefits for scientists and scientific research. NZ’s no-take reserves have effectively served as “control” areas without which researchers would not have been able to draw fully informed conclusions. CCAMLR should consider these findings as they discuss the current Ross Sea and East Antarctica proposals, as well as future MPA proposals, to ensure that Southern Ocean MPAs will likewise achieve their desired conservation and scientific outcomes.

Patagonian and Antarctic toothfish are traded internationally and considered to be of great commercial importance to the 13 nations that actively harvest toothfish for global consumption. The major consuming nations have the most influence over toothfish trade and it is important to understand how these consumers drive commercial fishing operations. Although toothfish fisheries, by landings, are managed by the Commission for the Conservation of Antarctic Marine Living Resources (CCAMLR), there are currently no methods in place to monitor the volume or value of toothfish traded in the international market. Using the United Nations Commodity Trade Statistics Database (UN Comtrade), a trade analysis of import and export data records from 2007 to 2012 was conducted. The objective was to examine global patterns of trade volume and price.

The analysis focused on the ten countries most active in the trade of toothfish over the six-year analysis period. The average price ($/kg) of imports increased by 44% from 2007 to 2012 with an overall decrease in traded volume. The USA accounted for 54% of total imports and was the largest influence on overall trends. The average price of exports increased by 86.8% from 2007 to 2012 with an overall decrease in traded volume. Initial summary analyses reveal a strong relationship between supply and demand within international markets, as well as the influence of country-specific factors. This analysis contributes to the ongoing collection and analysis of data in the trade of toothfish that will be used to identify changes in the global toothfish market and assist in management efforts.