This can have a direct effect on the amount of
atmospheric carbon incorporated into the soil.
Not exact matches
The study concludes that
incorporating this new insight into soil models will improve our understanding of how soils influence
atmospheric carbon dioxide levels and global climate.
Research at the Rodale Institute found that «organic farming helps combat global warming by capturing
atmospheric carbon dioxide and
incorporating it into the soil, whereas conventional farming exacerbates the greenhouse effect by producing a net release of
carbon into the atmosphere.»
To conduct their study, the researchers used a spatial model of marsh morphodynamics into which they
incorporated recently published observations from field experiments on marsh vegetation response to varying levels of
atmospheric carbon dioxide.
Thirdly, Earth system models have begun to
incorporate more realistic and dynamic vegetation components, which quantify positive and negative biotic feedbacks by coupling a dynamic biosphere to
atmospheric circulations with a focus on the global
carbon cycle (Friedlingstein et al., 2003, 2006; Cox et al., 2004, 2006).