Geographic Information Systems (GIS) find increasing application in different fields of modern oceanography, marine biology and fishery monitoring. The Russian Federal Research Institute of Fishery and Oceanography (VNIRO) has developed the new GIS ‘ChartMaster’ designed for processing the data provided by the fisheries oceanographic surveys. This software allows:
to analyze the data of hydro acoustic, trawling, trap and scuba-diving surveys;
to draw maps of spatial distribution of species biomass and abundance;
to estimate the instant biomass in the surveyed area;
to carry out the survey planning and designing;
to carry out adaptive planning during the survey in order to localize and outline the areas of high concentrations of commercial species.
As an example of the GIS «ChartMaster» application for studying aquatic living resources in the Antarctic waters:
The Chart of possible catches of toothfish carried out by the Spanish longline (in dimension kg) is presented. The chart was calculated according to the catch results of the Russian fishing vessels in the Antarctic area (from 71º26.4’ S to 72º20.3’ S and from 174º11.9’ E to 177º08.6’ E ) during January-February, 2004.
The spatial distribution of krill density (in dimension ton/nmile2) and estimation of krill biomass (with confidence interval calculated by stochastic simulation method) off the South Georgia Island is presented. These results were computed by data of the hydroacoustic survey carried out by the Russian R/V «Atlantida» in February-March, 2002.
Abstract:
We present an analysis of potential threats from fishing to the achievement of MPA objectives identified in the Ross Sea region MPA proposal submitted jointly by New Zealand and the USA. Ecosystem threats from fishing potentially undermine the requirements of Article II(3) paragraphs b and c. Fishing may also threaten science objectives, e.g. preventing establishment of scientific reference areas, or undermining ongoing efforts to understand environmental change un-confounded by human impacts. Where particular threats can be foreseen and located in space, MPA designation is one effective means of avoiding or mitigating ecosystem risks and promoting scientific objectives. Both threat-based objectives and scientific objectives were always implicit in the systematic process of MPA design used by New Zealand and the USA over several years; in this paper we make the underlying logic more explicit, drawing upon new and previously submitted material to identify threats to the MPA objectives, map those threats in space, and detail plausible mechanisms by which those threats can be expected to occur.
Abstract:
Rev. 1 Note: This revision corrects minor transcription errors in Table 1. These transcription errors were in relation to BANZARE Bank inside the Planning Domain. No changes to the text have been made.
This paper summarises the scientific background to the proposed East Antarctica Representative System of Marine Protected Areas (EARSMPA), including why the EARSMPA will contribute to the Commission achieving the objectives of CCAMLR in Article II, in both conservation and in science relevant to the Commission; the science underpinning the design of the EARSMPA; and why each MPA is important to the EARSMPA. It is a synthesis of previous submissions since 2010 to CCAMLR, SC-CAMLR and its working groups and workshops and utilises and refers to materials from the reports of the Scientific Committee since the first MPA workshop in 2005. This paper shows how the EARSMPA is designed to:
efficiently achieve its general and specific objectives and provide increased certainty over meeting the requirements in Article II for all Antarctic Marine Living Resources (AMLR), notwithstanding the specific conservation objectives to be achieved for harvesting indicated in Article II paragraphs 3(a,b);
enable the acquisition of knowledge on status and trends in the Southern Ocean ecosystem in different areas in order to adjust fisheries and other activities to achieve sustained conservation of AMLR; and
facilitate correct attribution of the cause of changes to harvested, dependent or related species, whether that be by harvesting, environmental change or some other factor, in order that the Commission may respond correctly and in a timely manner to observed changes.
There is no abstract available for this document.
Abstract:
The Commission has asked the Scientific Committee to review the science supporting a joint New Zealand-United States proposal to establish a marine protected area (MPA) in the Ross Sea Region (RSR). A substantial amount of material has already been presented to the Scientific Committee and its working groups, and here we provide an abridged and annotated summary of that material. We organize our summary by linking spatial data to the specific protection and scientific objectives of the jointly proposed MPA, and we summarize science pertaining to coastal areas and the continental shelf, the continental slope, the Balleny Islands and vicinity, and the northern RSR. A set of maps (provided in an Appendix) illustrates the distributions of animals and ecosystem process areas in relation to the boundaries of the jointly proposed MPA. When all relevant distributions are simultaneously overlaid on a single map it is clear that the MPA can achieve significant protection and science outcomes, the latter of which may help the Scientific Committee to understand the ecosystem effects of fishing distinct from those of climate change and thus improve the management of toothfish fisheries generally. To achieve the protection and science objectives of the jointly proposed MPA, the Commission will need to redistribute catches taken by the longline fishery for Antarctic toothfish. About 20% of the historical catch taken by the fishery was removed from within the boundaries of the proposed MPA. Although it is not possible to estimate a specific period of time for which the proposed MPA would need to remain in force, several decades are needed to deliver the science outcomes related to understanding the distinct effects of climate change and fishing.
