1.
Cretaceous Stratigraphy and Micropalaeontology of Songliao Basin;
松辽盆地晚白垩世地层及微体古生物群
2.
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
3.
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
4.
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
5.
Cooperation in the microorganism community and sociomircobiology
微生物群体的合作行为与社会微生物学
6.
The Way to Communicate between Microbes:Quorum-sensing
微生物细胞交流的方式——群体感应
7.
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
8.
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
9.
The Variety of Microbial Community in Biogas Digesters and Analysis on Methanoarchaea Community Structure;
沼气发酵微生物区系变化及产甲烷古菌群落结构分析
10.
Microbialites in the Middle Cambrian Qinjiamiao Group in Xingshan,Hubei Province:Implication for Paleoenvironmental Reconstruction
湖北兴山中寒武统覃家庙群微生物岩及其古环境意义
11.
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
12.
(biology) a group of organisms within a species that differ in trivial ways from similar groups.
（生物学）一个种内与其他相似群体有细微区别的一群有机体。
13.
Microbial Community Distribution in Different Water-stable Aggregate;
不同大小土壤团聚体中微生物群落的分布
14.
Distribution Patterns of Microbial Community in Soil Water-Stable Aggregates and the Effects of Tillage on Them in a Paddy Soil
微生物群落在团聚体中的分布及耕作的影响
15.
(microbiology) a group of organisms grown from a single parent cell.
（微生物学）从一个母细胞中生长出来的一群生物体。
16.
Microscopic examination of this sludge reveals that it is formed by a heterogeneous population of microorgenisms.
微观检验这些污泥，发现它们是由异质微生物群体所构成的。
17.
Study of Organic Chloride Pollutants in Natural Water Body by PFU Microbial Community;
PFU微型生物群落法研究天然水体中有机氯污染物
18.
The Carboniferous-Triassic Sediment and Biota Evolutions in Tibet and Their Geological Significances;
西藏石炭—三叠纪沉积体系和古生物群演化规律及其地质意义