Measuring the impact of simple versus complex rotations on microbial communities and N2O emissions from these production systems.
Research > Projects
Crop Rotations, Microbial Communities, And Greenhouse Gas Emissions.
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- Tags: archaea, bacteria, crop rotation, greenhouse gasses, soil, tillage
Project Description:
Publications:
Tracing crop residue N into subsequent crops: Insight from long-term crop rotations that vary in diversity
Long-term diverse rotation alters nitrogen cycling bacterial groups and nitrous oxide emissions after nitrogen fertilization
This study measured the impact of 35 years of crop rotation diversification on soil microbial communities and nitrous oxide (N2O)
People:
News
Nitrogen inhibitors reduced N2O emissions without permanently changing soil microbial communities
Using fertilizer efficiently is vital for managing agroecosystems sustainably. It makes the most of crop productivity while protecting the environment.
Place:
This project was conducted at Elora Crop Research Station
Funding Sources:
NSERCC
CFREF
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