Geomagnetic Field and Deep Earth Interior Processes
|
A biogeographic distribution of magnetotactic bacteria influenced by salinity
Ph.D. LIN Wei and his teacher PAN Yongxin analyze the magnetotactic bacteria (MTB) communities from different ecosystems across northern and southern China, including four freshwater lakes, two mangrove swamps, two estuaries and one intertidal zone, with a salinity gradient ranging from 0.18 to 28.6 parts per thousand (p.p.t.) and spanning latitudes of 191N–401N. By a statistical comparison of these sequence data and publicly available MTB sequences, they infer for the first time that the composition of MTB communities represents a biogeographic distribution across globally heterogeneous environments, which is influenced by salinity. Figure 1 Representative transmission electron micrographs of various MTB from nine locations across northern and southern China. Lin et al. A biogeographic distribution of magnetotactic bacteria influenced by salinity. The ISME Journal. 2012, 6(2): 475-479(Download Here) |
Head of Group
Prof. Pan YongxinDivision of the Earth's Deep Structure and Process Tel:86 010 82998406 Email:yxpan@mail.iggcas.ac.cn |
-
SIMSSecondary Ion Mass Spectrometer Laboratory
-
MC-ICPMSMultiple-collector ICPMS Laboratory
-
EM & TEMElectron Microprobe and Transmission Electron Microscope Laboratory
-
SISolid Isotope Laboratory
-
StIStable Isotope Laboratory
-
RMPARock-Mineral Preparation and Analysis
-
AAH40Ar/39Ar & (U-Th)/He Laboratory
-
EMLElectron Microscopy Laboratory
-
USCLUranium Series Chronology Laboratory
-
SASeismic Array Laboratory
-
SEELaboratory of Space Environment Exploration Laboratory
-
PGPaleomagnetism and Geochronology Laboratory
-
BioMNSFrance-China Bio-mineralization and Nano-structure Laboratory