一只本地海洋节肢生物带着它的节肢外壳慢慢的在海底穿行，标准三叶虫，这说明地球自然演化是“绝妙的进展”。
Slowly inching his segmented exoskeleton across the sea floor, a local Marine arthropod, class Trilobita, reported that Earth's natural evolution was "progressing quite nicely."
运用非平衡系统理论，分析了海洋经济复合系统持续性演化模式及实现的途径。
With the theory of unbalanced system, it analyses sustainable evolution pattern and realization path of ocean economic complex system.
海相碳酸盐岩中的碳、氧同位素组成及其演化特征分析是古气候、古海洋环境研究的一种常用手段。
The carbon and oxygen isotope composition and its evolution of Marine carbonate rock is commonly means to the study of the ancient climate and ancient Marine environment.
近十年来，深地震反射波勘探在海洋岩石圈的形成与演化、地壳结构研究中的应用越来越广泛。
In the recent decade, the deep seismic reflection profiling has been applied widely to studies on formation and evolution of oceanic lithosphere, crust structures and so on.
海蝎子被认为是第一批向陆地生活演化的海洋动物中的一种，在水中则用它们尾部的腮呼吸。
Sea scorpions—thought to be among the first marine animals to evolve for life on land—breathed underwater using gills on their tails.
摘要：碳酸盐岩台地作为陆地与深海间的过渡带，其沉积记录了海洋和邻近陆地的演化。
Abstract: As the transition zone between terrestrial and Marine environment, carbonate platform sediments record information both from ocean and land.
由于地层的连续和生物化石研究的深入，已经具备了探讨当时海洋溶解氧变化与生物演化特征的条件。
Detailed research on stratigraphy and paleontology has provided the conditions for discussing the Marine dissolved oxygen variations and organic evolvements.
生物礁是一种对海洋环境十分敏感的生态系，晚二叠世的火山作用势必影响到当时生物礁的生长和沉积相的演化。
Because reefs are peculiar ecosystems extremely sensitive to environment change, late Permian volcanism would surely have affected the reef growth and evolution of facies.
分析末次冰期以来东海沉积物来源，对揭示古海洋、古气候变化和环境演化都有重要意义。
The studies to exhibit the sedimentary source in the East China Sea during the last glacial age are of great significance to reveal paleo-ocean, paleo-climate change and environmental evolution.
分析末次冰期以来东海沉积物来源，对揭示古海洋、古气候变化和环境演化都有重要意义。
The studies to exhibit the sedimentary source in the East China Sea during the last glacial age are of great significance to reveal paleo-ocean, paleo-climate change and environmental evolution.
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