Researchers created SUSIBA2 rice by introducing a single gene from barley into common rice, resulting in a plant that can better feed its grains, stems and leaves while starving off methane -
producing microbes in the soil.
Not exact matches
Research published
in Science found that increased levels of carbon dioxide
in the atmosphere cause
soil microbes to
produce more carbon dioxide, accelerating climate change.
Research published
in Science today found that increased levels of carbon dioxide
in the atmosphere cause
soil microbes to
produce more carbon dioxide, accelerating climate change.
NOx gases are
produced in oxygen - poor
soils when
microbes break apart nitrogen compounds
in the fertilizer, a process called denitrification.
Microbes in the
soil digest some of what remains to
produce nitrogen oxides, or NOx.
They sent
soil samples for DNA testing, looking for matches with particular genes known to be found
in microbes and fungi; they tried to stimulate microbial growth on a wide variety of substances and then count the cells
produced; and they used highly sensitive radiorespiration activity assays, which involve feeding the
soil microorganisms a food source which has been labelled with radioactive carbon, which can then be used to detect if the microorganisms are active.
By hosting fewer methane -
producing microbes, the GM rice might alter the
soil ecosystem
in unknown ways, notes microbial ecologist Paul Bodelier of the Netherlands Institute of Ecology at Wageningen University
in a commentary.
It is a
microbe (bacteria) that is
produced by microorganisms internally (synthesised
in the gut) and elsewhere (e.g.
in soil by
microbes that live
in a symbiotic relationship with plant roots).
Where oxygen is limited, as
in waterlogged
soils, some
microbes also
produce methane.