organic evolution
英 [ɔːˈɡænɪk ˌiːvəˈluːʃn]
美 [ɔːrˈɡænɪk ˌiːvəˈluːʃn]
网络 生物进化; 有机演化; 生物演化; 有机进化; 有机界进化
英英释义
noun
- (biology) the sequence of events involved in the evolutionary development of a species or taxonomic group of organisms
双语例句
- They occured in different di-agenesis stages and geochemical conditions, controlled by organic acid generated from the mudstone during organic evolution.
碳酸盐胶结作用和硅质胶结作用是两个极重要的成岩作用、它们受泥岩中有机质演化形成的有机酸的影响和控制，分别形成于不同的成岩阶段和不同地化环境。 - Their formation factors include the favourable environments of the deposition and preservation of the organic matter, the favourable organic type, the high organic abundance, the rich favourable special components in the early transformation hydrocarbon and the maintenance in the early stage of the organic evolution.
其形成条件，包括有利于有机质堆积和保存的环境、良好的有机质类型、有机质丰度高、富含有利于早期成烃的特殊组分、并长期处于低演化阶段等。 - Problems of explanation on organic evolution according to dissipative structure
关于用耗散结构解释生物进化的问题 - Of or relating to Charles Darwin's theory of organic evolution.
属于或关于达尔文有机界进化理论的。 - Hydrocarbon prospects of Cenozoic system in Turpan-Hami basin from view of organic matter evolution
从有机质的演变程度展望吐鲁番-哈密盆地中生界油气前景 - What happened in France, Portugal and Spain was an organic evolution: the dialect of the most prominent city gradually became the accepted language of the whole region.
发生于法国、葡萄牙和西班牙的，是一种有组织的发展过程：最知名的城市所说的方言，逐渐成为整个地区公认的语言。 - The overall organic factes evolution trend of multiple sequences reflects the basin-fill process.
多层序有机相的总体演化趋势反映了盆地的充填演化过程。 - It is very necessary for us to explore the reasons of the substance abuse in the human society by understanding the property of substance, the development of substance abuse during the organic evolution and the human history.
从成瘾物质的特性以及在生物进化，特别是人类历史中的物质滥用发展过程，来探讨其在人类社会中存在的原因是很必要的。 - It is demonstrated that the formation of secondary porosity is mainly due to the action between the carbonate solvent, and the cement and the eutectic minerals in the sandstone during the process of organic evolution.
本文阐述了有机质演化作用过程中所形成的碳酸溶剂与砂岩中胶结物和易溶矿物的反应是形成次生孔隙的主要原因。 - Research of biomineralization has had a long history, but the function of living beings and organic evolution in mineralization was usually ignored.
生物成矿研究由来已久，但生物及其有机质演化在成矿中的作用长期得不到应有的重视。