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创新沙龙】杨琼副研究员分享“A Diversity and regional variation of endosymbiosis in Myzus persicae and Rhopalosiphum padi”（图）
创新沙龙 澳大利亚 墨尔本大学 杨琼 昆虫体内 共生菌
2024/5/23
2024年1月4日下午，第90期创新沙龙“A Diversity and regional variation of endosymbiosis in Myzus persicae and Rhopalosiphum padi”主题分享会在植保楼2060A会议室举行。本次分享会的嘉宾是澳大利亚墨尔本大学生物科学学院的杨琼副研究员，共有五十余名师生参会，现场气氛热烈。
2023年10月30日植物生物学论坛—292：Harnessing plant metabolic diversity for food and health applications（图）
植物生物学 论坛 天然产物
2023/10/27
2023年10月30日植物生物学论坛—292：Harnessing plant metabolic diversity for food and health applications。
A new research project aims to unravel the physical limits of cell size in budding yeast, with the ultimate goal of learning more about how cells, the fundamental units of life, modulate size control ...
Plant Diversity同期发表中国科学院昆明植物研究所李德铢团队三篇竹类植物研究论文和专家评述（图）
Plant Diversity 中国科学院 昆明植物所 李德铢 竹类植物 系统发育
2023/4/13
李德铢团队长期开展竹类植物的分类学和系统发育研究。2023年3月出版的Plant Diversity第45卷第2期发表了该团队的三篇研究论文，聚焦于木本竹类三个不同类群，报道了竹类植物在分子系统学、分类学以及DNA条形码研究的新进展（图1）。Rakotonasolo et al.（2023）以马达加斯加以及邻近的留尼旺岛、科摩罗岛和坦桑尼亚特有的热带木本竹分支中Hickeliinae亚族为研究对象...
According to data from the National Science Foundation, just three people of color earned doctoral degrees in paleontology in the United States in the year 2020. Two were from Penn.
浙江大学生态研究所丁平教授课题组在Diversity and Distributions上发表论文（图）
浙江大学生态研究所 丁平 Diversity and Distributions 岛屿规律 生物多样性
2022/5/31
栖息地片段化是导致生物多样性丧失的最主要因素之一，身体大小是影响各种动物类群生活史特征、种内和种间关系等生态过程的重要的形态学特征，身体大小在空间和时间上的差异是动物普遍存在的环境适应结局。与大陆种群相比，许多动物类群的岛屿种群在形态及身体大小上会出现非常显著的变化。丁平教授课题组基于“岛屿规律”和动物形态快速进化等研究背景，以千岛湖片段化栖息地为研究平台，开展人类活动造成片段化栖息地中动物身体大...
栖息地片段化是导致生物多样性丧失的最主要因素之一，身体大小是影响各种动物类群生活史特征、种内和种间关系等生态过程的重要的形态学特征，身体大小在空间和时间上的差异是动物普遍存在的环境适应结局。与大陆种群相比，许多动物类群的岛屿种群在形态及身体大小上会出现非常显著的变化。
Marine ecologists reveal mangroves might be threatened by low functional diversity of invertebrates
mangrove forest invertebrate ecosystem biodiversity
2021/8/5
Researchers compiled a dataset of 209 crustacean and 155 mollusk species from 16 mangrove forests around the world. They found that mangroves, when compared with other ecosystems, are among those with...
Microbial diversity below the seafloor is as rich as on Earth's surface（图）
Microbial seafloor rich Earth's surface
2020/10/30
For the first time, researchers have mapped the biological diversity in marine sediment, one of Earth's largest global biomes. Although marine sediment covers 70% of Earth's surface, little was known ...
Diet diversity: Hawkfish species coexist on coral reefs thanks to differing food preferences（图）
Diet diversity Hawkfish species coexist coral reefs food preferences
2020/4/17
How can many species of hawkfish coexist in proximity on the same coral reef? The answer may lie in their individual diets.Hawkfish are brightly colored reef fish that live in tropical oceans. Many re...
Coastal pollution reduces genetic diversity of corals, reef resilience（图）
Coastal pollution genetic diversity coral reef resilience
2020/4/10
A new study published in the journal PeerJ by researchers at the University of Hawaii found that human-induced environmental stressors have a large effect on the genetic compositio...
Unraveling arthropod genomic diversity over 500 million years of evolution（图）
arthropod genomic diversity 500 million years evolution
2020/2/20
Comparative analyses by scientists at the Swiss Institute of Bioinformatics and other institutions of 76 arthropod species spanning 500 million years of evolution reveal genomic changes that point to ...
最近，《Plant Diversity》依据Web of Science数据对2017年度发表的50篇论文进行了被引用次数统计，五篇论文获评2017年度被高引论文。其中，被引用次数排第一位的是Robert Andrew Spicer教授撰写的“Tibet, the Himalaya, Asian monsoons and biodiversity-In what ways are they rel...
Study analyzing cells' blueprints reveals new patterns in the global distribution and diversity of ocean microbes（图）
Study analyzing cells blueprints reveals new patterns global distribution diversity ocean microbes
2019/12/27
A single drop of seawater can contain a wide representation of ocean microbes from around the world -- revealing new insights into the ecology, evolution and biotechnology potential of the global micr...
最近中国科学院昆明植物研究所所办期刊Plant Diversity被中国学术文献国际评价研究中心和清华大学图书馆《中国学术期刊（光盘版）电子杂志社有限公司》评为“2019中国国际影响力优秀学术期刊”。《中国学术期刊国际引证年报》（2019版）根据期刊国际影响力指数（CI）对我国学术期刊进行国际影响力指数分析并排序完成。评价根据国际影响力指数高低，将TOP学术期刊分为两档，CI值前TOP5%为“中国...