生物地理学

历史生物地理学重建生物区系历史。

Historical biogeography attempts to reconstruct the biota history of the earth .

在BBO中，问题的解决方案表示为群岛，通过迁入和迁出进行信息共享，文中介绍了生物地理学的稳态物种数，介绍了BBO中的6种不同的迁移模型。

In BBO , problem solutions are represented as islands , and the sharing of features between solutions is represented as emigration and immigration . This paper describes the equilibrium species count in biogeography theory , describes the behavior of six different migration models in BBO .

历史生物地理学中的BPA分析法Ⅰ：初级BPA

The Application of BPA in Historical Biogeography Part One : Primary BPA

这位GIS科学家补充说：“距离衰减和岛屿生物地理学理论发展目的是用于理解物种的分布，而不是个体的移动。”

Distance-decay and island biogeography theories , the GIS scientist adds ," were developed for purposes of understanding the distribution of species , not the movements of individuals . "

确定MVP的方法有三种：理论模型，模拟模型，模拟模型和岛屿生物地理学方法。

There are three approaches to determining MVP : theoretical models . simulation models and island biogeography method .

此外对生物地理学优化算法的设计原理、算法流程及相应迁移和突变操作进行了详细介绍，论述了该新型算法与传统优化算法之间的差异以及BBO算法有待解决的问题。

In addition , the design principle , process , migration and mutation operators are detailed . The paper also discusses the difference of the BBO and the tradition optimization algorithm .

《生物地理学》实践教学改革与大学生创新能力培养

Innovating the Biogeography Practice Teaching and Enhancing University Students ' Creativity

本文引进和运用分支生物地理学的方法进行植物地理分区研究。

Cladistic biogeography is used to interpret pattern of plant distribution .

历史生物地理学的理论主要是扩散和隔离分化的理论。

The theory of historical biogeography mainly consists of vicariance and dispersion .

抓捕本·拉登，生物地理学能帮上忙吗？

Can the Science of Biogeography Find Osama Bin Laden ?

生物地理学研究动植物的地理分布。

Biogeography is the study of plant and animal distribution .

目的对我国青藏高原圆蝇亚科昆虫进行生物地理学方面的调查。

Objective To study biogeography of subfamily Mydaeinae Muscidae from Qinghai-Xizang Plateau .

目前支序生物地理学的发展有以下3个方向：不断完善方法体系；

The development of cladistic biogeography has three directions .

对青藏高原蝇科昆虫进行了生物地理学研究。

The muscid biogeography of Qinghai-Xizang Plateau is studied .

岛屿生物地理学与集合种群理论的本质与渊源

Origin and essence of island biogeography and metapopulation theory

东北亚地区蜉蝣多样性及生物地理学初探（英文）

Diversity and biogeography of mayflies in Northeast asia ( insecta , ephemeroptera )

生物地理学优化算法的迁移率模型分析

Analysis of migration rate models for biogeography-based optimization

通过资料分析，阐述了松材线虫的世界分布、生物地理学特性、危害特点与检疫重要性；编制了松材线虫的世界分布地图。

The biogeographic characteristics , damage characteristic and quarantine significance of PWN were elaborated .

Albian－Campanian钙质超微化石描述生物地理学研究

Descriptive biogeographic study on albian-campanian calcareous nannofossils

生物地理学理论的发展

Theory and Its Development of Biogeography

点地梅属的分子系统学、生物地理学和垫状形态的趋同进化

Molecular phylogeny and biogeography of Androsace ( Primulaceae ) and the convergent evolution of cushion morphology

滇东南丫蕊花属（百合科）一新种及其生物地理学意义

A new species of ypsilandra ( liliaceae ) and its geographic implication of SE Yunnan Province

物种保护的理论基础&从岛屿生物地理学理论到集合种群理论

Theoretical basis for species conservation : from the theory of island biogeography to metapopulation dynamic theory

历史生物地理学的理论和方法

Historical biogeography : theory and method

中国南部斑腿蝗科四属昆虫的支序生物地理学研究

Cladistic Biogeography of Four Grasshopper Genera ( Catantopidae : Orthoptera ) from the South of China

介绍了岛屿生物地理学理论。华夏动物区系之初探

The biological and geographic island theory is introduced . A PRELIMINARY STUDY OF THE CATHAYSIA FAUNAL PROVINCE

然而，骨鳔鱼类的系统发育关系和历史生物地理学分析尚有较大空白和争议。

However , there are still existing gaps and controversies in phylogenetics and historical biogeography within this superorder .

以上松材线虫的生物地理学研究结果，为我国松材线虫的检疫和、监控和预测提供了参考依据。

The above results of biogeography provided a reference for PWN quarantine , monitoring and forecast in China .

本研究结果可为深入探讨鳜类物种有效性、系统分类位置及生物地理学提供依据。

These results were helpful for further understanding systematic position , species validity and biogeography of the sinipercine fishes .

保护生物学在形成和发展过程中，相继产生了岛屿生物地理学、最小存活种群和集合种群三个重要理论。

The theory of island biogeography , minimum viable population and metapopulation came into being successively during the development of conservation biology .