基本释义:

后生植物

网络释义

1)Huaibei,后生植物

2)postharvest physiology,采后生理

3)metazoan,后生动物

4)epigenetic alteration,后生蚀变

5)post-harvest physiology,采后生理

6)metazoa,后生动物

用法和例句

A megascopic fossil assemblage of carbonaceous compressions was found in the Neoproterozoic Jingshanzhai Formation in the Huaibei area, Anhui Province.

根据这些特点 ,可以确定这些碳质压膜是后生植物化石 ,它们是新元古代早期生命多细胞化的可靠证据。

Study on pyrus bretschneideri rehd on postharvest physiology and the storage effect among different storage environment;

不同贮藏条件对库尔勒香梨果实采后生理及贮藏效果的研究

Effects of electrolyzed functional water and electrostatic field treatment on postharvest physiology of strawberry fruit;

电生功能水和静电场处理对草莓采后生理的影响

Influence of treatments on postharvest physiology and storage effect of Chestnut;

臭氧处理对板栗采后生理效应研究

The topologic architecture of metazoan trace fossils may be subpided into 3 clusters, 8 basic topologic configurations, 3 combined topologic configurations and 21 topoichnologic kinds, which are considered to be related to ethologic classifications of trace fossils in origin.

后生动物遗迹的拓扑结构可归并为３ 族、８ 种基本拓扑型、３ 种组合拓扑型和２１ 种拓扑遗迹类， 它们与习性类有较好的成因联系。

Analysis of their morphologies and features leads to the conclusi on that these structures might have been in connection with metazoan activity, bu t the possibility of their abiotic origin can not be ruled out.

通过对上述构造形态和特征分析，这些构造可能与后生动物的活动有关，但也不排除它们是非生物成因的可能。

Effects of different treatments on the post-harvest physiology and cell ultrastructure of kiwifruit;

不同处理对猕猴桃采后生理和细胞超微结构的影响

Effects of vacuum-infiltration of 1-methylcyclopropene(1-MCP) on post-harvest physiology and quality of apricot fruit during shelf life;

1—甲基环丙烯(1—MCP)真空渗透处理对货架期杏果实采后生理和品质的影响

Study on post-harvest physiology and biochemistry changes of suisho pear;

大果水晶梨采后生理生化变化研究

The late Neoproterozoic is an important period of biological evolution; and the emergence of metazoa is a representative event, which marked the history of biology evolution having entered a new era.

这一时期是地球上早期生命演化的重要时期 ,特别是宏观后生动物的出现标志着生物演化史进入了一个新纪元。

Studies to estimate the origin time of the Metazoa using molecular data have been steadily increasing in recent years.

后生动物是起源于“寒武纪大爆发”还是经历了一个相对较长的前寒武时期一直是动物进化史上的不解之谜。