人类活动对南极乔治王岛金钟湾影响的监测:小型动物群落的初步结果

T. N. Corbisier, P. F. Gheller, M. Ujikawa, S. Bromberg, M. Petti
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引用次数: 1

摘要

水生动物是海洋底栖动物的一个组成部分,在环境影响研究中被广泛使用,特别是在沿海地区。自2008年以来,金钟湾开展了一项监测计划(INCT-APA/CNPq),并于2010年夏季在Martel Inlet (CF, UP, BP)的三个区域和Mackellar Inlet (RE)的一个区域的两个地点取样了少量动物和植物碎屑。密度在海湾先前研究中发现的范围内,并且在八个采样点之间没有显着差异。然而密度较低(5000头)。在Ullmann Point (UP)和Botany Point (BP1)的一个地点发现了4.9 cm 2)。线虫是主要的小型动物群。在污水排放影响下,站点内的底栖生物群落结构发生了变化(CF1:低密度,不同组成),表明人类活动对巴西站前底栖生物系统有一定影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Monitoring the impact of human activities in admiralty bay, King George Island, antarctica: preliminary results of the meiofauna community
Meiofauna is a component of the marine benthos widely used in environmental impact studies, especially in coastal areas. A monitoring program of Admiralty Bay has been underway since 2008 (INCT-APA/CNPq), and in the summer of 2010, the meiofauna and the phytodetritus were sampled at two sites in three areas of Martel Inlet (CF, UP, BP) and at one area in Mackellar Inlet (RE). Densities were in the range of those found in previous studies in the bay and did not differ significantly between the eight sampling sites. Nevertheless lower densities ( 5,000 inds. 4.9 cm 2 ) were found at Ullmann Point (UP) and at one site in Botany Point (BP1). Nematodes were the dominant meiofauna group. A change in the meiobenthic community structure was detected at the site under the sewage outfall influence (CF1: low density, different composition), suggesting some influence of human activities on the benthic system in front of the Brazilian Station.
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