Microbes in soil determine in large part how the planet stores carbon, when and how carbon is released into the environment, how plants take up nutrients and how crops fare.
Not exact matches
In the new study, the investigators set out to determine whether the microbe - metabolite relationships observed in the simplified test - tube system could be reproduced in a more complex soil environmen
In the new study, the investigators set out to
determine whether the
microbe - metabolite relationships observed
in the simplified test - tube system could be reproduced in a more complex soil environmen
in the simplified test - tube system could be reproduced
in a more complex soil environmen
in a more complex
soil environment.
As the climate warms and some tree species shift toward cooler, more hospitable habitats, new research finds
soil microbes could be playing a crucial role
in determining where young trees can migrate and how well they survive when they arrive.
A research team led by graduate student researcher Shannon Hagerty and Paul Dijkstra, biological sciences associate research professor, measured two key characteristics of
soil microbes that
determine their role
in the
soil carbon cycle: how efficiently they use carbon to grow and how long they live.