Parson Lindsay M, Evans Alan J
Southampton Oceanography Centre, European Way, Southampton SO14 3ZH, UK.
Philos Trans A Math Phys Eng Sci. 2005 Jan 15;363(1826):15-24. doi: 10.1098/rsta.2004.1472.
The break-up of Gondwanaland and dispersal of several of its component continental fragments, which eventually formed the margins of the Indian Ocean, have produced an ocean basin of enormous variety, both in relief and in origin of seafloor features. The western half of the Indian Ocean alone contains every type of tectonic plate boundary, both active and fossil, and, along with some of the deepest fracture zones, the most complex mid-ocean ridge configurations and some of the thickest sedimentary sequences in the world's ocean basins. This ocean is one of the most diverse on the face of the globe. We explore the evolution of the morphology of the Indian Ocean floor, and discuss the effect of its variations, maxima and minima, on the interconnectivity of the ocean's water masses.
冈瓦纳大陆的解体及其几个组成大陆碎块的分散,最终形成了印度洋的边缘,造就了一个地形和海底特征成因极为多样的海洋盆地。仅印度洋的西半部就包含了各种类型的构造板块边界,既有活动的,也有古老的,还拥有一些最深的断裂带、世界大洋盆地中最复杂的大洋中脊构造以及一些最厚的沉积层序。这片海洋是全球最多样化的海洋之一。我们探讨了印度洋海底地貌的演变,并讨论了其变化(最大值和最小值)对海洋水体连通性的影响。