Mollusca
英
美
网络 軟體動物門; 软体动物门; 软体动物; 软件动物门; 分类上属软体动物门
双语例句
- Ningbo Formation has long been considered to belong to a terrestrial one, but recently a large number of foraminiferal, ostracoda and mollusca fossils have been discovered in it.
秦岭石炭二迭纪有孔虫及其地质意义在以往一直认为属于陆相地层的宁波组中，发现了大量有孔虫、介形虫和软体动物化石。 - Assessment of species status of Mollusca in the mid-lower Yangtze Lakes
长江中下游湖泊贝类物种濒危状况评估 - On ecological distributions and population densities of Mollusca in Lake tung-hu, wuchang
武昌东湖软体动物的生态分布及种群密度 - However, there are no investigation and research on terrestrial mollusca in two areas so far.
迄今为止，还没有人对两地区的陆生贝类进行过调查研究。 - Mollusca is the second biggest phylum in animal kingdom.
软体动物是动物界仅次于节肢动物的第二大门类。 - Investigation of the Diversity of Mollusca and Evaluation of Water Quality in the Huayuan River
花垣河软体动物多样性调查和水质评价 - The biogeochemistry of freshwater Mollusca from Huaihe River watershed and water pollution control
淮河流域贝类生物地球化学研究与水污染治理 - Mean biomass was highest in Gonghu Bay, Western region, East Taihu and East Bays, these sites were dominated by Mollusca.
平均生物量高值出现在贡湖湾、西湖区、东太湖和东部湖湾，主要为软体动物。 - Preliminary Study on Ability of Accumulation of Heavy Metal in Different Mollusca and Their Different Tissues and Organs from Yancheng Seashore Bottomland
盐城滩涂贝类及其不同组织器官对重金属富集能力的初步研究 - The species, quantity and ecological distribution of mollusca in intertidal zone of Quanzhou are reported.
报道了泉州市潮间带贝类的种类、数量及其生态分布。 - 11 species of Fujian common Mollusca were selected to abstract crude proteins and to detect their agglutinating activity with seven kinds of single-cell microbe including Bacteria 、 Saccharomyces carlsbergensis 、 mold spores.
选11种福建常见的软体动物粗蛋白，检测其对细菌、酵母菌、霉菌孢子等7种微生物单细胞的凝集活性，凝集素检出率达82%。 - The relation of Mollusca species diversity to the sediments in Xiamen Bay
厦门港软体动物多样性及其与沉积物的关系 - It is made up of 19 species of Polychaeta, 24 species of Mollusca, 11 species of Crustacea, 2 species of Echinoderms and 4 species of other genera.
其中，多毛类动物19种，软体动物24种，甲壳动物11种，棘皮动物2种，其他动物4种； - The result indicated that the mollusca community was divided into the: estuary, harbour and the open sea types.
结果表明，软体动物群落可分为3种类型，即河口型群落、近岸港湾型群落和开阔海域型群落。 - Fauna and Zoogeography of Terrestrial Mollusca in Guizhou Province, China
贵州陆生贝类区系及动物地理区划 - Progresses in Phylogeny of Mollusca
软体动物系统发育研究进展 - Investigation on mollusca resources of Southern Dongting Lake in Yuanjiang city
沅江南洞庭湖软体动物资源初步调查 - Research progress of immune related enzymes in mollusca
软体动物免疫相关酶研究进展 - Study on the Agglutination of crude proteins from 11 Species of Mollusca to the Microbial Cells
11种软体动物粗蛋白对微生物细胞的凝集性能初探 - Studies on the Bivalvia ( Mollusca) of the Vietnam Coast Progresses in Phylogeny of Mollusca
越南沿海的双壳纲软体动物软体动物系统发育研究进展 - Ecologic investigation of Mollusca on the intertidal zone of Dongtou island, zhejiang
浙江洞头岛潮间带软体动物的生态调查 - Terrestrial Mollusca in NanLing National Park
南岭国家森林公园的陆生贝类 - Studies on insect communities ( including Arachnida and mollusca) of gourd vegetables ⅲ. quantitative dynamics of the communities
瓜类蔬菜昆虫群落（包括蛛形纲和软体动物）的研究Ⅲ.群落的数量动态 - Using similarity index of community, hierarchical clustering and polar ordination, we studied the distribution of mollusca community in intertidal zone of islands of Fujian.
应用群落系数、等级聚类分析和极坐标排序研究软体动物群落分布。 - In total, 4 families 7 genera of zoobenthos were observed, of which, 1 family 1 genus was mollusca, 1 family 2 genera were annelidan, 1 family 3 genera were aquatic insect, 1 family 1 genus was crustacean.
共观察到4科7属底栖动物，其中：软体动物为1科1属，环节动物为1科2属，水生昆虫为1科3属，甲壳动物为1科1属； - Application of Molecular Biology Technology in Discrimination and Taxonomy of Mollusca
分子生物技术在贝类鉴定和分类上的应用 - The results demonstrated that the content of AK of crustaceans, such as grass prawn, white-leg shrimp and mantis shrimp were higher, as to the mollusca and bivalvia such as short necked clam, oyster, squid et al., the content were however lower.
结果显示，甲壳类动物如南美白对虾、斑节对虾和虾蛄中AK的相对含量较高，而软体动物及双壳纲动物中AK含量则较低。 - Two-way analysis of variance indicates that polychaeta, mollusca, crustacea, echinodermata significantly differ from all other groups in terms of the substrate type of sediment. However, the species of other groups except for polychaeta did not show apparent seasonal differences.
双因素方差分析表明多毛类、软体动物、甲壳类和棘皮动物和总的物种数均存在显著的底质类型间差异，但除了多毛类外，其他类群的物种数均无显著的季节差异。