Extensions and Publications

Research Notes 2016

AGGP # 1 – Perennial Vegetation Cover Helps to Increase Soil Carbon Concentration and Stability in Agroforestry Systems

AGGP # 2 – Carbon Pool Size and Stability Are Affected by Perennial Vegetation within Agroforestry Systems

AGGP # 3 – Perennial Vegetation Mitigates Greenhouse Gas Emissions from Agricultural Soils by Reducing CH4 and N2O but not CO2 Emissions

AGGP # 4 – Perennial Vegetation Increases Root Respiration but not Microbial Respiration in Agroforestry Systems

AGGP # 5 – Perennial Vegetation Increases Soil Organic Carbon Storage in Agroforestry Systems

Research Notes 2021

AGGP # 6 – Enhancement Planting and Soil Amendment Enhance C Sequestration in Agroforestry Systems

AGGP # 7 – High Plant Species Diversity Increases Carbon Accumulation in Agroforestry Systems

AGGP # 8 – Forested Land-use Decreases N2O and CH4 Emissions but Increases CO2 Emissions as Compared to Croplands in Hedgerow and Shelterbelt Systems

AGGP # 9 – Trees Store a Large Amount of Carbon in Three Agroforestry Systems in Central Alberta, Canada