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New Geodynamic Model of the Evolution of the Northern Norwegian-Greenland Basin

机译:挪威-格陵兰北部盆地演化的新地球动力学模型

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摘要

The northern Norwegian-Greenland Basin includes the Knipovich Ridge, the youngest segment of the North Atlantic spreading zone, and Molloy spreading center. These two structures separate the basin into two sharply asymmetric parts: the Boreal Basin and the Pomorskii perioceanic trough (buried under the sedimentary cover) (Fig. 1). The younger age of the active Knipovich Ridge as compared with the Mona Ridge is emphasized by its discordant (superimposed) position relative to linear magnetic anomalies in the oceanic basement. Short segments of these anomalies distinctly retain strikes inherent to lineaments in the Greenland and Lofoten basins that accompanied accretion of the oceanic crust in the axial spreading center of the Mona Ridge during the entire Cenozoic.
机译:挪威-格陵兰北部盆地包括Knipovich山脊,北大西洋扩张区最年轻的部分和莫洛伊扩张中心。这两个结构将盆地分成两个明显不对称的部分:北方盆地和波莫尔斯基近洋槽(埋在沉积盖下)(图1)。相较于Mona山脊,活跃的Knipovich山脊的年龄相对于海洋地下室中线性磁异常的不协调(叠加)位置更为突出。这些异常的短段清楚地保留了格陵兰和罗弗敦盆地内陆系固有的走动,伴随着整个新生代整个蒙娜岭的轴向扩展中心洋壳的积聚。

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