SINTEF Materials and Chemistry, NO-7465 Trondheim, Norway.
Mar Pollut Bull. 2011 May;62(5):976-84. doi: 10.1016/j.marpolbul.2011.02.039. Epub 2011 Mar 10.
A large-scale field experiment took place in the marginal ice zone in the Barents Sea in May 2009. Fresh oil (7000 L) was released uncontained between the ice floes to study oil weathering and spreading in ice and surface water. A detailed monitoring of oil-in-water and ice interactions was performed throughout the six-day experiment. In addition, meteorological and oceanographic data were recorded for monitoring of the wind speed and direction, air temperature, currents and ice floe movements. The monitoring showed low concentrations of dissolved hydrocarbons and the predicted acute toxicity indicated that the acute toxicity was low. The ice field drifted nearly 80 km during the experimental period, and although the oil drifted with the ice, it remained contained between the ice floes.
2009 年 5 月,在巴伦支海的边缘冰区进行了一项大规模的野外实验。在浮冰之间无控制地释放了新鲜的石油(7000 升),以研究石油在冰中和地表水的风化和扩散。在整个六天的实验过程中,对油-水相互作用和冰相互作用进行了详细监测。此外,还记录了气象和海洋学数据,以监测风速和风向、空气温度、海流和浮冰块的运动。监测结果显示,溶解烃的浓度较低,预测的急性毒性表明急性毒性较低。在实验期间,冰区漂流了近 80 公里,尽管石油随冰漂流,但仍被限制在浮冰块之间。