头足类

A small tropical cephalopod of the genus Spirula having prominent eyes and short arms and a many chambered coiled in a flat spiral .

乌贼属的热带小型头足类动物，眼睛突出，臂短，多个隔间的卷成扁平的螺旋状。

A small tropical cephalopod of the genus Spirula having prominent eyes and arms and a many chambered shell coiled in a flat spiral .

旋壳乌贼属的热带小型头足类动物，眼睛突出，，多个隔间的壳卷成扁平的螺旋。

A small tropical cephalopod of the genus Spirula having prominent eyes and short arms and a many chambered shell coiled in a flat spiral .

壳乌贼属的热带小型头足类动物，眼睛突出，臂短，多个隔间的壳卷成扁平的螺旋。

A small tropical cephalopod of the genus Spirula having prominent eyes and short arms and a many chambered shell coiled in a spiral .

旋壳乌贼属的热带小型头足类动物，眼睛突出，臂短，多个隔间的壳卷成的状。

Genus of small cephalopods with many-chambered spiral shells resembling those of the extinct belemnites.

一种小的头足类动物，外壳呈多室螺旋状如已绝迹的箭石。

A small tropical cephalopod of the genus Spirula having prominent eyes and short arms and a many chambered coiled in a flat spiral .

旋乌贼的热带小型头足类动物，眼睛突出，臂短，多个隔间的卷成扁平的螺旋状。

Hong Young YAN pointed out, ibid., squids and octopi are the two major cases of cephalopod. Squids are found everywhere in the five oceans, and never observed as endangered under human's mass hunting and the natural enemies' threat, which means they must be in possession of fine "sense" to protect themselves from dangerous environment.

严宏洋指出，乌贼和章鱼是头足类动物最具代表性的两大族群，乌贼分布全球五大洋，且在人类大量猎补及天敌捕食的情况下仍未显濒绝，显示它们应有优良的「感觉系统」，能在危险的环境压力下繁衍无碍。

Since the Ommastrephes Bartrami resource was developed and utilized in 1993 in China, the production has been expanding very fast.

该区域头足类中，柔鱼（Ommastrephes bartrami，又称红鱿鱼或赤鱿鱼，也通常简称鱿鱼）是产量最高的一种。

Pagurus are fish and cephalopods , whereas the larvae are eaten by various plankton eaters and juveniles by seabirds .

pagurus是鱼类和头足类，而幼虫是由各种食用浮游生物维生和少年区由海鸟。

Eight-armed cephalopod lacking an internal shell.

有八肢的头足类动物，无内壳。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。