Richard Farrell

Associate Professor

University of Saskatchewan

Canada

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Richard Farrell is an Associate Professor at the University of Saskatchewan in Canada. His research focuses on greenhouse gas emissions in agricultural systems, particularly the impact of crop rotation, tillage practices, and manure application on nitrous oxide emissions. Recent articles highlight his work on variable rate precision application of feedlot manure and the effects of salinity on soil gas emissions.

Articles (12)

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2025

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2025

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2024

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2023

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2021

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2021

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2021

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2021

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2021

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2021

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2020

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2020

Collaborators (5)

Angela Bedard-Haughn

University of Saskatchewan

CANADA

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J. Diane Knight

Professor

University of Saskatchewan

CANADA

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Bobbi L. Helgason

University of Saskatchewan

CANADA

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Jeffrey Schoenau

University of Saskatchewan

CANADA

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Katelyn Congreves

Associate Professor

University of Saskatchewan

CANADA

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Richard Farrell

Research Interests

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Articles (12)

Variable rate precision application of feedlot cattle manure mitigates soil greenhouse gas emissions

Evidence of the need for crop-specific N2O emission factors

Tillage effects on growing season nitrous oxide emissions in Canadian cropland soils

Microwave-assisted citrate extraction (MaCE) as an alternative to autoclave citrate extraction (ACE) of a soil protein fraction

Elevated salinity and water table drawdown significantly affect greenhouse gas emissions in soils from contrasting land-use practices in the prairie pothole region

Contribution of crop residue, soil, and fertilizer nitrogen to nitrous oxide emissions varies with long-term crop rotation and tillage

Crop residues contribute minimally to spring-thaw nitrous oxide emissions under contrasting tillage and crop rotations

Organic residue and agricultural lime interactions on CO<sub>2</sub> emissions from two contrasting soils: implications for carbon management in acid soils

Spatial variation of nitrous oxide fluxes during growing and non-growing seasons at a location subjected to seasonally frozen soils

Type of pulse crop included in a 2-year rotation with wheat affects total N<sub>2</sub>O loss and intensity

Tracing crop residue N into subsequent crops: Insight from long-term crop rotations that vary in diversity

Short-term effects of aglime on inorganic- and organic-derived CO<sub>2</sub> emissions from two acid soils amended with an ammonium-based fertiliser

Collaborators (5)

Angela Bedard-Haughn

J. Diane Knight

Bobbi L. Helgason

Jeffrey Schoenau

Katelyn Congreves

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