Available online: https://pub.norden.org/temanord2022-568/ The occurrence of abandoned, lost, and discarded fishing gear (ALDFG) in aquatic environments contributes both to environmental and socioeconomic impacts. In nature, discarded fishing gear contributes to pollution by macro- and microplastics and harmful chemicals as well as to the degradation of habitats. This study compiles information from the Nordic countries on the quantity and composition of lost fishing gear, originating mainly from sport- and recreational fishing activities. The study also considers the occurrence of harmful chemicals associated with the lost fishing gear and the potential impact of these chemicals on the aquatic environment. Suggestions on how to prevent further losses and mitigate negative impact of lost fishing gear are also provided.

Abandoned, lost, or otherwise discarded fishing gear, alternately known as ALDFG or ghost gear is the most harmful form of marine plastic litter for marine animals and habitats. It also can impede safe navigation, mars beaches and reefs, and causes economic losses to fisheries and other marine-dependent industries across the globe. While current estimates of the amount of ALDFG in the ocean are not available, a growing body of evidence has documented high rates of ALDFG in fisheries around the world, with coincident costs to fisheries, harm to the environment, and safety risks. Because most fishing gear has significant plastic components, the negative impacts from ALDFG also include less direct but longer term impacts associated with other plastic pollution and microplastics including negative effects on biota, water quality and even human health. Advancing solutions to ALDFG on a global scale has gained momentum with the efforts of the FAO, the United Nations Environmental Program (UNEP), and the IMO through their multilateral fora (COFI, UNEA and MEPC); the publication and endorsement of the Voluntary Guidelines for the Marking of Fishing Gear (VGMFG); the IMO action plan to address marine plastic litter from ships; the creation of the Global Ghost Gear Initiative (GGGI); and the establishment of the Joint Group of Experts on the Scientific Aspects of Marine Environmental Pollution (GESAMP) Working Group 43. These efforts reflect the growing understanding that ALDFG is a considerable and damaging source of MPL in the ocean. With the publication of the VGMFG and the Best Practice Framework (BPF) for the management of fishing gear, there are now references for how to prevent loss of fishing gear and prevent harm from ALDFG. Focusing on two key recommendations of the VGMFG and the BPF, this report describes systems for fisher-led reporting and retrieval of lost fishing gear, identifies critical elements of successful programs, and recommends next steps for countries to develop successful programs.

Available online: https://pub.norden.org/politiknord2023-728/ Our Vision 2030 describes what it will take to make the Nordic Region the most sustainable and integrated region in the world. The sheer ambition makes it important to monitor progress closely. To this end, the Nordic Council of Ministers commissioned Rambøll Management Consulting to conduct baseline measurements back in 2021. The idea was to map out the starting point for work on the vision. This status report follows up on the baseline measurements and assesses progress towards realising the vision. It is based on the 45 indicators adopted by the Nordic Council of Ministers in 2021 and the methodology used for the baseline report. Overall, the 2023 status report shows that the Nordic Region remains on track to become the most sustainable and integrated region in the world. This is particularly true for the visions of a competitive Nordic Region and a socially sustainable Nordic Region. However, there is room for improvement with regard to the visions for a green Nordic Region.

Available online: https://pub.norden.org/temanord2020-509/ Abstract [en] Clean Nordic Oceans was established as a network to exchange knowledge and experience of methods and measures that can reduce the risk of ghost fishing and marine litter, and increase proper disposal and recycling of commercial and recreational fishing gear. All Nordic countries have participated in the network. Through a dedicated website (www.cnogear.org), workshops, seminars, conferences, films and social media, this project has helped to establish contacts both inside and outside the Nordic region, which can help reduce the challenges of marine litter from fishing activities. Among the numerous important findings that have been made over the course of the project, the report points out that fishermen in all the Nordic countries lack sufficient awareness of how they can and should contribute to a cleaner ocean. The report proposes a number of possible measures. Some of the measures may be suitable for all countries, but in general, there is no “one size fits all” solution.

Clean Nordic Oceans was established as a network to exchange knowledge and experience of methods and measures that can reduce the risk of ghost fishing and marine litter, and increase proper disposal and recycling of commercial and recreational fishing gear. All Nordic countries have participated in the network. Through a dedicated website (www.cnogear.org), workshops, seminars, conferences, films and social media, this project has helped to establish contacts both inside and outside the Nordic region, which can help reduce the challenges of marine litter from fishing activities. Among the numerous important findings that have been made over the course of the project, the report points out that fishermen in all the Nordic countries lack sufficient awareness of how they can and should contribute to a cleaner ocean. The report proposes a number of possible measures. Some of the measures may be suitable for all countries, but in general, there is no “one size fits all” solution.

The growing quantity of plastic waste in the marine environment including abandoned, lost or otherwise discarded fishing gear (ALDFG) is a global problem. A particular feature of ALDFG is the potential of some gears to carry on fishing for many months or even years. The study examines legal responses to ALDFG in the context of marine fisheries. After discussing the nature of the problem of ALDFG and some of the reasons why fishing gear is abandoned, lost, or otherwise discarded, the study examines the response of the international community to ALDFG. A key finding is that ALDFG is at the same time, a fishing issue, a navigation problem (of vessel source pollution) and an environmental problem with the resulting involvement of FAO, IMO and UNEP as well as the UN General Assembly. After examining potential legal approaches to the problem, the study then describes the basic legal and institutional arrangements in four case study jurisdictions that have adopted legal measures to address ALDFG, namely Australia, the European Union and its Member States, Norway and the USA finding once again the tripartite responsibility of fisheries, navigation and environment ministries/agencies. The inter-sectoral nature of ALDFG suggests the need for a collaborative and coordinated approach. While not all of the case study jurisdictions make use of all ten of the individual legal measures identified, the case studies also clearly show that ALDFG is a problem that is susceptible to a legal response at the national or regional level including through the use of extended producer responsibility schemes, various reporting requirements and gear standards. Legal tools to address the problem of ALDFG clearly exist. The extent to which some, or all, of them are necessary or appropriate in a given context at national, regional or global level is not ultimately a legal question but a political one.

Most of the major impacts of fishing on the ecosystems recorded around the world occur in the Mediterranean. This variety of interactions is due to four main interrelated factors: the wide range of fishing gear and practices; very intensive fishing; a high diversity of exploited habitats, ranging from shallow water to the deep-sea and oceanic domain; and high biological diversity.