A new long-term experiment to explore the impact of rainfall extremes on the agronomic and environmental performances of cropping systems in the sub humid tropics

Similar Items

• A comparison of 16 soil-crop models using four long-term experiments in sub-Saharan Africa to guide model improvement
  by: Couedel, Antoine, et al.
• Soil organic carbon stocks and greenhouse gas emissions in two long-term conservation agriculture experiments in sub-humid Zimbabwe
  by: Shumba, Armwell, et al.
• Slightly higher nitrous oxide emissions do not offset the climate benefit of additional SOC storage in two long-term conservation agriculture experiments in sub-humid Zimbabwe
  by: Cardinael, Rémi, et al.
• Don't put all your eggs in one basket: legumes diversification to improve resilience of rainfed cropping systems in sub-humid Zimbabwe
  by: Pret, Valentin, et al.
• Data for: Long-term tillage, residue management and crop rotation impacts on N2O and CH4 emissions on two contrasting soils in sub-humid Zimbabwe
  by: Shumba, Armwell, et al.