生物化石的英文

• fossil organism

• "生物"英文翻译    living things; living beings ...
• "化石"英文翻译    fossil
• "生物化石群" 英文翻译 :    oryctocoenose; oryctocoenosis
• "微生物化石" 英文翻译 :    microfossil
• "生物化石群落" 英文翻译 :    orictocoenosis
• "生物化学化石" 英文翻译 :    biochemical fossil
• "生物化石层序学" 英文翻译 :    biostratigraphy
• "微型浮游生物化石" 英文翻译 :    planktonic microfossil
• "持久矿物；恒久型生物化石" 英文翻译 :    persistent mineral
• "动物化石" 英文翻译 :    zoolite; zoolith
• "植物化石" 英文翻译 :    eophyte; fossil plant; phytolite; phytolithology; plant remains
• "植物化石层" 英文翻译 :    plant bed
• "植物化石的" 英文翻译 :    eophytic
• "植物化石学" 英文翻译 :    phytolithology; phytopaleontology
• "生物化" 英文翻译 :    biochemistry
• "有生物的，动物的，含有植物化石的" 英文翻译 :    zoic
• "哺乳动物化石" 英文翻译 :    mammal fossil
• "含植物化石的" 英文翻译 :    phytophoric
• "含植物化石岩" 英文翻译 :    phytophoric rock
• "煤系植物化石" 英文翻译 :    coal plant
• "微植物化石群" 英文翻译 :    microfossil flora
• "原始植物化石" 英文翻译 :    eophyte
• "【生物化学】胆酸。" 英文翻译 :    cholic acid
• "【生物化学】叶酸。" 英文翻译 :    folic acid
• "癌生物化学" 英文翻译 :    cancer biochemistry

• Tow factors are favorable for the preservation of organisms as fossils .
  有两个因素对生物化石的保存是有利的。
• The radiolarite and the biological remains in the silicalite of changkeng gold - silver deposit , guangdong
  广东长坑金银矿床硅质岩中的放射虫化石及生物化石残迹
• Discovery of fossil from the country rock of sinian intrusion in south anhui and its geological significance
  皖南地区几个晋宁期岩体围岩中古生物化石的发现和意义
• The fossils here are not only abundant , but kept very intact , especially are well - known for a lot of biological software organize characteristic
  如，在恐龙、鸟类、翼龙和哺乳动物的化石中发现了羽毛、毛状物和毛发，许多生物化石都有软组织结构如皮肤印痕、软骨结构、角质喙等。
• There are other cultural attractions ; namely , biological fossils of remote antiquity , relics of the ancients ' sites , moya carved stone , ancient pagoda , yao ethnic minority village and hakka round house
  还有远古生物化石、古人类活动遗址、摩崖石刻和古代宝塔、瑶族村寨、客家围屋等古建筑物可供游客观赏。
• The discovery of the frog , reported tuesday in the journal proceedings of the national academy of science , is forcing fossil experts to think again about how the continents used to be connected
  这个新发现于本周二在《国家自然科学院院刊》上公布，同时它也促使生物化石专家重新思考远古时代的大陆板块究竟是如何连接的。
• A sequence of paralic strata which contains biota fossils from early - middle devonian is found in bukadaban district in west - middle section of east kunlun mt . and it is certained there is the strata of devonian period
  摘要在东昆仑中西段布喀达阪峰地区发现了一套含早中泥盆世生物化石的海陆交互相地层，从而确定了该地区泥盆纪地层的存在。
• This succession was based primarily on a series of deposits and events not directly related to glacial and interglacial periods , rather than on the more usual modern method of studying biological remains found in interglacial beds themselves interstratified within glacial deposits
  这一顺序主要是根据与冰川期和间冰期没什么直接关系的一套沉积物或现象而排出的，现代更为通用的方法则是研究发现于间冰期河床的生物化石。
• Ch . 2 biostratigraphy features , distribution and assemblage of three group fossils from many of the 7 geological setions , including conodont , coral and foraminifera fossils , have been comprehensively discussed . and a series of fossil assemblages can be recognized
  生物地层研究综合各剖面上获得的古生物资料，按牙形刺、珊瑚和有孔虫化石等三大类论述了它们的特征、分布和组合特点，进而在鲁班石地区划分建立了牙形刺生物化石组合带。
• The paper divided turbidite fan in deep water from long source into braided channel microfacies , inter - braided channel microfacies , medium fan over - belt microfacies , and external fan subfacies , and divided slump turbidite which related with delta into medium fan subfacies and external fan subfacies , and summed up 15 kinds of marking of subfacies and microfacies classification . at the same time , it formed a series of effective technology of analyzing turbidite source at the base of studying region geological which combined with analyzing the content change of terrigenous debris , with the found of logging facies , and with the ancient terrestrial magnetism test and other technology means under the guidance of three - dimensional model of turbidite which has been founded already and the flat surface feature of microfacies
  将远源深水浊积扇划分为辫状水道微相、辫状水道间微相、中扇过渡带微相和外扇亚相；将与三角洲有关的滑塌浊积扇划分为中扇和外扇两个亚相，并总结了浊积岩沉积划分各种亚相、微相类型的十四种标志，分别为:岩石类型、层理类型、砂岩单层厚度、粒度结构特征(粒度中值、分选性、概率曲线) 、生物化石、储层物性(孔隙度、渗透率) 、泥岩隔层特征(泥岩单层厚度、层数、颜色) 、鲍玛层序组合和自然电位曲线特征。