Australia and the United Kingdom propose the establishment of a CCAMLR Bureau to coordinate the work of the Commission, Scientific Committee and relevant standing committees and working groups, among other benefits. This recognises the value of the Scientific Committee’s informal Vice Chairs and Conveners (VCAC) group in coordinating the work plan of the Scientific Committee. Furthermore, based on discussions held at the CCAMLR Symposium in 2015 and the functional and administrative structure of other international bodies (including the Antarctic Treaty Consultative Meeting), Australia and the United Kingdom consider that this group would enable more efficient and effective delivery and deliberation of CCAMLR business.

The attached proposed Climate Change Response Work Program addresses the remaining Terms of Reference of the Intersessional Correspondence Group (ICG) to develop approaches for integrating considerations of the impacts of climate change into the work of CCAMLR (components of TORs 7 and 8). It aims to build on related work of the Commission, SC-CAMLR and its working groups, and to link with related work being undertaken by the Committee for Environmental Protection (CEP).

It is proposed that the objective of a Climate Change Response Work Program is:

To provide a mechanism for identifying and revising goals and specific actions by the Commission and SC-CAMLR to support efforts within the Antarctic Treaty system to prepare for, and build resilience to, the environmental impacts of a changing climate and the associated implications for the governance and management of the Southern Ocean and the conservation of Antarctic marine living resources.

This reflects and complements the objective of the CEP Climate Change Response Work Program.

The proposed Climate Change Response Work Program and terms of reference for an ICG to support its implementation are recommended for adoption.

Paragraph 24 of Conservation Measure (CM) 91-05 addresses the monitoring of vessel traffic within the Ross Sea Region Marine Protected Area (MPA). Flag States are required to notify the Secretariat prior to the entry of their fishing vessels into the MPA. Vessels conducting scientific research activities on Antarctic marine living resources (AMLR) in or transiting the area are encouraged to inform the Secretariat of their plans for intended passage through the MPA.  With entry into force of the MPA occurring in December 2017, the United States proposes for consideration by Members, options to ensure effective and efficient monitoring of vessel traffic in the MPA, as per CM 91-05, paragraph 24.

The United States  proposes to revise the text of the CCAMLR System of International Scientific Observation (SISO) to implement certain recommendations of the SISO Review Panel and establish requirements and procedures to safeguard observers, including pre-deployment safety checks and emergency action plans. We also propose  that the Commission adopt a non-binding Resolution to encourage Contracting Parties to apply the data collection and observer safety provisions of SISO, mutatis mutandis, to their national observers deployed in CCAMLR fisheries.

Antarctic krill (Euphausia superba) is a key species and a dominant grazer in the Antarctic marine food web. Observational and modelling studies have shown that development of the embryo and early larval stages of Antarctic krill (the descent-ascent cycle) is largely controlled by temperature that conditions a successful completion of the cycle. The objective of the present study is to estimate favorable nursery areas for Antarctic krill and assess how environmental conditions (stronger winds, enhanced transport of Circumpolar Deep Water and higher ocean temperatures) may alter their distribution along the western Antarctic Peninsula (WAP) shelf. This objective was addressed using a one-dimensional, temperature-dependent model of the descent-ascent cycle of Antarctic krill embryos and larvae that was forced with temperature and density fields from a high-resolution model scaled by projections for 2030 for the WAP. Projected ocean temperature and density fields were obtained from the Coupled Model Intercomparison Project (CMIP5), for a high emission scenario. To estimate the influence of increased winds and higher CDW onto the shelf, a high-resolution circulation model was used to simulate Lagrangian particles and determine preferred transport pathways along the continental shelf of the WAP. Projected nursery areas by 2030 occupy the mid and inner-shelf, consistent with bathymetric depressions and biological hot spots (e.g. Crystal Sound and Palmer Deep). Projected circulation pathways may enhance advection of krill larvae from nursery areas into the innershelf, to regions such as the Gerlache Strait and the area between Anvers and Renaud Island. Increased advection of CDW into the innershelf may also support a successful descend-ascend cycle and enhance krill early development.

The present scientific report presents the analysis of a database compilation in order to describe the macrobenthic communities and geochemical proxies biogenic opal and total organic carbon (TOC) present on the seafloor of Domain 1. The soft sediment macrobenthic communities were analyzed from different approaches. We describe the macrobenthos by means of traditional parameters such as abundance and biomass. The biodiversity of two selected and taxonomical well-studied taxa (Polychaeta and Mollusca) was also analyzed. Additionally, we include a functional treat as the secondary production. We also used geochemical proxies biogenic opal and total organic carbon (TOC). We observed highest biogenic opal and TOC in sites with highest density of benthic organisms. Although, sampling effort can play an important role in the results, data suggests that the seafloor around King George Island can be considered as a hot-spot of diversity as well as production, and the geochemical proxies are in agree with the highest secondary production presented in this study. Seems to be that these proxies are indicators of “hot spots” zone and mimic the high water productivity in these zones. Thus, the present report confirms the importance of studying important benthic areas as it can provide valuable information in the determination of important areas for conservation.

The United States proposes to amend the CCAMLR electronic catch documentation system (e-CDS) and Conservation Measure 10-05 to better document the harvest and subsequent movements of Dissostichus spp. Under the current system, Dissostichus spp. are documented when they are landed by the harvesting vessel or by the transshipment vessel at landing. This proposal seeks to document the harvesting vessel’s catch, as well as the amount and description of catch that is transshipped, and to capture multiple landings from a single harvest event. These improvements will enable the use of the e-CDS to track all Dissostichus spp. moving in trade back to the original harvest event and strengthen the ability of CCAMLR Members to prevent trade in illegally-harvested fish.

The delegations of Argentina, Australia, Chile, the European Union, Norway, Uruguay, and the United States propose to amend CCAMLR Conservation Measure 32-18, as proposed also during the 2016 annual meeting, to prohibit shark finning and require that all fins of any shark that is incidentally caught and that cannot be released alive remain naturally attached through the point of first landing. This is consistent with United Nations General Assembly (UNGA) resolutions on sustainable fisheries adopted by consensus every year since 2007.