The Arctic Environmental Protection Strategy, Arctic Council and Multilateral Environmental Initiatives: Tinkering While the Arctic Marine Environment Totters

D. VanderZwaag, Rob Huebert, S. Ferrara
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引用次数: 30

Abstract

The Arctic marine environment is not pristine, as commonly imagined, but is facing numerous pressures,' the most serious arguably coming from outside the region. Melting of sea ice, linked to global warming, threatens the long-term survival of various species including polar bears and has potential to seriously disrupt ocean currents. Persistent organic pollutants (POPs), including pesticides, industrial compounds and combustion by-products, are transported via air and water currents from regions outside the Arctic and become concentrated in the fatty tissues of animals." The pollutants threaten not only the well being of wildlife but the health of northern residents heavily dependent on country foods. Heavy metals, such as mercury, lead and cadmium, coming from various transboundary sources, including fossil fuel combustion and waste incineration, are also contaminating the Arctic marine environment. Most Arctic bird species are migratory and during the winter months may accumulate various contaminants from industrialized locations further south and pass along pollutants to other Arctic animals when the birds become prey. Ozone holes over the Arctic, while smaller in size and of shorter duration than in the Antarctic, raise concerns with negative effects on marine phytoplankton production and human health effects such as skin cancer.
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北极环境保护战略、北极理事会和多边环境倡议:在北极海洋环境摇摇欲坠时修修补补
北极的海洋环境并不像人们通常想象的那样是原始的,而是面临着许多压力,最严重的可能来自该地区以外。与全球变暖有关的海冰融化威胁到包括北极熊在内的各种物种的长期生存,并有可能严重扰乱洋流。持久性有机污染物(POPs),包括杀虫剂、工业化合物和燃烧副产品,通过空气和水流从北极以外地区输送过来,并集中在动物的脂肪组织中。”这些污染物不仅威胁着野生动物的健康,也威胁着严重依赖乡村食物的北方居民的健康。来自各种跨界来源的重金属,如汞、铅和镉,包括化石燃料燃烧和废物焚烧,也在污染北极海洋环境。大多数北极鸟类都是候鸟,在冬季的几个月里,它们可能会从更远的南方工业化地区积累各种污染物,并在这些鸟类成为猎物时将污染物传给其他北极动物。北极上空的臭氧空洞虽然比南极上空的臭氧空洞规模小、持续时间短,但对海洋浮游植物生产和皮肤癌等人类健康影响的负面影响令人关切。
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