micropaleontological method

Research and application of image fusion in field of micropaleontology analysis

图像融合在微体古生物分析领域的研究与应用

The branch of paleontology that deals with microfossils.

微体古生物学研究微体化石的古生物学分支

PROGRESS OF CENOZOIC MARINE MICROPALEONTOLOGY IN CHINA OVER THE LAST FIFTY YEARS

中国新生代海洋微体古生物学研究现状与发展

The Environmental Significance of Submerged Forest Remains on Qianhu Bay in Fujian Province and That of the Micropalaeontology in Its Sediment;

福建前湖湾海底古森林遗迹及其沉积物中微体古生物的环境意义

CENOZOIC MICROPALAEOBIOTAS FROM THE KENLI STRUCTURE,QINDONG DEPRESSION,BOHAI SEA AND THEIR BEARING ON PALAEOENVIRONMENTS

渤海青东凹陷垦利构造新生代微体古生物群特征及古环境分析

Cretaceous Stratigraphy and Micropalaeontology of Songliao Basin;

松辽盆地晚白垩世地层及微体古生物群

Research and application of image fusion in field of micropaleontology analysis

图像融合在微体古生物分析领域的研究与应用

MICROPALAEONTOLOGY OF EOCENE LOWER GANCHAIGOU FORMATION IN THEKUNTEYI DEPRESSION OF THE NORTHERN MARGIN OF THE QAIDAM BASIN

柴达木盆地北缘昆特依凹陷始新统下干柴沟组微体古生物研究

RELATIONSHIP BETWEEN CRETACEOUS MICROFOSSIL ASSEMBLAGES AND SEISMIC WAVE GROUPS OF SONGLIAO BASIN

松辽盆地白垩系微体古生物组合及与地震波组的关系

HOLOCENE MARINE TRANSGRESSION AND ITS MICROP ALEONTOLOGICAL CHARACTERISTICS IN THE NORTH-EASTERN WATERS OF BEIBU GULF

北部湾东北部全新世海侵地层及其微体古生物特征

LATE MESOPROTEROZOIC MICROFOSSIL ASSEMBLAGE ON NORTHERN SLOPE OF EASTERN QINLING MOUNTAINS, CHINA: A NEW WINDOW ON EARLY EUKARYOTES

东秦岭北坡中元古代晚期微体生物群——一个早期生命的新窗口

Microbes are the oldest form of life on Earth.

微生物是地球上最古老的生命形式。

A Paleozoic microfossil usually having a toothlike shape and considered to be the remains of an extinct marine organism.

牙形刺一种古生代微化石，一般有牙状形体，被认为是一种已灭绝海生生物体的残骸

Dynamic Changes of Soil Microbial Biomass in Desert Steppe of Inner Mongolia

内蒙古荒漠草原土壤微生物生物量的动态变化

Studies on Soil Microbial Ecotoxicology and Microbial Degradation of Nicotine;

尼古丁的土壤微生物生态毒理和微生物降解研究

Ultrasound biomicroscopy for diagnosis of mini-foreign body around ciliary body

超声生物显微镜诊断睫状体微小异物

A microorganism, especially a pathogen.

一种微生物，尤指病原体

LATE PROTEROZOIC MICROFOSSILS FROM THE TONGJIAZHUANG FORMATION, WESTERN SHANDONG, CHINA

鲁西上元古界佟家庄组的微体植物化石

Cooperation in the microorganism community and sociomircobiology

微生物群体的合作行为与社会微生物学