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TZUNTIL:20201025T010000Z
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DTSTART:20181028T030000
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RDATE:20191027T030000
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DTSTAMP:20260819T121009Z
DESCRIPTION:Many microorganisms are able to produce storage compounds under
  conditions of carbon (C) surplus. Some soil-derived bacteria can accumula
 te polyhydroxybutyrate (PHB) to as much as 50% of their dry biomass\, whil
 e the accumulation of neutral lipid fatty acids (NLFA) is well known in eu
 karyotes. C and energy storage likely plays a central role in microbial ph
 ysiology and survival\, community stoichiometry\, and carbon use efficienc
 y\, yet its importance has been neglected in experimental and theoretical 
 studies in soil. We have experimentally confirmed the presence of native P
 HB in soil\, and demonstrated for the first time that indigenous soil micr
 oorganisms synthesize PHB when supplied with additional carbon. Our PHB me
 thod\, coupled with isotopic labelling and parallel NLFA analysis\, has en
 abled an investigation of storage compound accumulation and degradation. T
 his focused particularly on the role of C and N stoichiometry and the impl
 ications for measures of microbial growth and carbon use efficiency. Our f
 indings bring to light an exciting dimension of soil microbial capabilitie
 s\, with broad implications for how carbon transformations and life histor
 ies in soil are conceptualized.\n*** Invited by Johanna Pausch\, Agroecolo
 gy
DTSTART;TZID=Europe/Berlin:20181206T120000
DTEND;TZID=Europe/Berlin:20181206T133000
SUMMARY:Dr. Kyle Mason-Jones\, Netherlands Institute of Ecology (NIOO-KNAW)
 \, Wageningen\, NL (Homepage): Microbial storage compounds in soil: a negl
 ected dimension of the carbon cycle
TRANSP:TRANSPARENT
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