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中国科学院水生生物研究所召开2024年《水生生物学报》及Water Biology and Security编委和青年编委会（图）
水生生物学报 Water Biology and Security 编委会
2024/5/6
2024年4月17日下午，中国科学院水生生物研究所召开2024年《水生生物学报》（以下简称“学报”）及Water Biology and Security（以下简称“WBS”）编委和青年编委会。中国科学院院士、WBS主编桂建芳，水生所研究员、学报主编殷战，水生所长、两刊副主编缪炜，水生所党委书记、学报副主编解绶启，以及责任编委、编委和青年编委等70余人参会。会议由缪炜主持。
Many birds’ feathers are remarkably efficient at shedding water — so much so that “like water off a duck’s back” is a common expression. Much more unusual are the belly feathers of the sandgrouse, esp...
中国科学院水生生物研究所桂建芳院士团队在新创期刊Water Biology and Security发表鱼类生物学和生物技术再思考的长文评述（图）
鱼类生物学 生物技术 再思考 评述
2021/12/7
近日，中国科学院水生生物研究所桂建芳院士团队应新创期刊Water Biology and Security的创刊需求和国际前沿及发展趋势，发表了题为“在基因组资源快速增长和粮食安全日益强化的挑战时代鱼类生物学和生物技术再思考”的长文评述。
中国科学院水生生物研究所召开《Water Biology and Security》第一届编委会第一次会议（图）
中国科学院水生生物研究所 Water Biology and Security 编委会 水生生物学 水生态环境
2022/4/22
2021年8月1日，中国科学院水生生物研究所主办的英文期刊《Water Biology and Security》（简称WBS）召开第一届编委会第一次会议。中国海洋大学宋微波院士、中国地质大学（武汉）校长王焰新院士、中国海洋大学包振民院士，以及WBS期刊国内主编、中国科学院水生生物研究所桂建芳院士等30余位编委专家参加会议。会议由WBS期刊副主编缪炜研究员主持，采用线上线下相结合的方式进行。
应SCI期刊Water（ISSN: 2073-4441）编辑部的邀请，山东大学环境研究院刘建教授受聘担任期刊的学术编委（2021年8月起），参与"Biodiversity and Functionality of Aquatic Ecosystems"方向的学术编辑工作。
Study shows that dry air drives overlooked changes in how plants use water（图）
dry air drives overlooked changes plants use water
2020/6/5
Plants take up much of the water that falls to Earth. They use what they need before releasing it through tiny holes on the surfaces of their leaves, just as people release water vapor every time they...
Study shows that dry air drives overlooked changes in how plants use water（图）
dry air drives overlooked changes plants use water
2020/6/12
Plants take up much of the water that falls to Earth. They use what they need before releasing it through tiny holes on the surfaces of their leaves, just as people release water vapor every time they...
What limits the ability of plants to draw water from dry soil?（图）
limits ability plants draw water dry soil
2020/5/15
What limits the ability of plants to draw water from dry soil? That's the question California State University, Fullerton plant biologist H. Jochen Schenk and his collaborators addressed in a study su...
The unique properties of water are understandable only if scientists observe the interaction of its molecules.Scientist Martina Havenith of Ruhr-Universität Bochum in Germany and her U....
Previously unknown mechanism causes increased forest water use（图）
unknown mechanism forest water use
2019/10/22
Researchers have discovered a previously unknown mechanism that causes increased water use in forests, advancing our understanding of forest water cycles and highlighting threats to plants from water ...
New technique helps engineer water filters, human tissues（图）
New technique engineer water filters human tissues
2019/10/22
Scientists at Rutgers University have developed a technique to turn proteins into never-ending patterns that look like flowers, trees or snowflakes. The study, which appears in the journal Nature Chem...
More than half of world's fresh water supply warming rapidly（图）
More than half of world fresh water warming rapidly
2017/11/23
More than half of the world's fresh water supply is warming rapidly, according to an NSF- and NASA-funded study.Using satellite data and ground measurements collected from 235 lakes on six continents ...
IU Biologists Discover Bacteria's “Sense Of Touch,” Which May Aid Water Treatment,Human Health（图）
IU Biologists Bacteria Sense Of Touch Aid Water Treatment Human Health
2017/11/23
A study led by scientists at Indiana University reports a new method to determine how bacteria sense contact with surfaces, an action that triggers the formation of biofilms -- multicellular structure...
中国地质大学科学技术发展院李平BGEG国家重点实验室 WATER RES，2017. Analysis of the functional gene structure and metabolic potential of microbial community in high arsenic groundwater
高砷；地下水；微生物；功能结构；代谢；潜能；分析
2021/10/21
近日，中国地质大学生物地质与环境地质国家重点实验室李平团队在国际著名期刊《Water Research》（IF 6.942）上在线发表了论文——高砷地下水中微生物群落功能结构及其代谢潜能分析(Analysis of the functional gene structure and metabolic potential of microbial community in high arsenic...
Virginia Tech researchers find a new bacterium that helps turn water into ice（图）
Virginia Tech researchers new bacterium turn water ice
2017/9/5
Pure water can stay in liquid form at temperatures as low as -40 degrees Fahrenheit, freezing at higher temperatures only when in the presence of "ice-nuclei" that are found in dust, some bacteria, so...