-
compounds to survive.
Methanotrophs are
especially common in or near
environments where methane is produced,
although some
methanotrophs can
oxidize atmospheric...
- methane. Such
bacteria are
called methanotrophs, and in
particular the
Methylocystaceae comprise the type II
methanotrophs,
which are
structurally and biochemically...
- methane,
called methanotrophs. They
comprise the type I
methanotrophs, in
contrast to the
Methylocystaceae or type II
methanotrophs. They
belong to Gammaproteobacteria...
-
chlorine radicals (0-5% of the
total sink). The rest is
consumed by
methanotrophs and
other methane-oxidizing
bacteria and
archaea in
soils (~5%). Chemical...
-
archaea belonging to
diverse functional groups such as methanogens,
methanotrophs, phototrophs, denitrifiers,
sulfur oxidizers,
sulfate reducers, heterotrophs...
-
fairly easily into the air
without having to
compete with the soil's
methanotrophs.
Methanotrophic bacteria also
occur in the
underwater sediments. Their...
- soils.
Together with
Methylocystaceae they are
alphaproteobacterial methanotrophs. Euzéby JP,
Parte AC. "Beijerinckiaceae". List of
Prokaryotic names...
-
These other organisms that
utilize methane for
energy are
known as
methanotrophs ('methane-eating'), and are the main
reason why
little methane generated...
- hansonii, also
called Antarctic budding methanotroph AM6, is a
species of psychrophilic,
group I
methanotrophs,
named after microbiologist Richard S. Hanson...
-
because with the
majority of
methane dissolved underwater and
encouraging methanotroph communities, the area
around the seep also
becomes more
suitable for...
