Location: Boreal Ecosystems Research Facility/Grenfell Campus, Memorial University of Newfoundland, Corner Brook, NL, Canada
Category: Research
Group: Postdoctoral Research
Department: School of Science and the Environment
Duration: 1-year, possible extension for the 2nd year and beyond based on performance
Tenure: Full-time; Grant funded
Salary: $60,000/annum + plus benefits
Deadline: Applications will be reviewed on an ongoing basis until the position is filled
Anticipated Start: January 1, 2025

Position Summary
Modeling N2O Emissions under Variable N-Application and Sustainable Nitrogen Management in Precision Agriculture
We are seeking a highly motivated and skilled postdoctoral researcher to join our interdisciplinary team focused on advancing sustainable nitrogen (N) management in agriculture. This position offers a unique opportunity to contribute to cutting-edge research on the predicted relationship between two functions: 1) Yield as function of N fertilizer applied, 2) Cumulative nitrous oxide emission as a function of N fertilizer application. Modeling N2O emissions under variable N fertilizer application rates, and the role of N management in yield variability and stability, all within the context of precision agriculture.

We are seeking a PDF with expertise and research interests in the following:
• N2O Emissions Research: Investigate the impact of different N fertilizer application strategies, including variable rates and recommended practices, on N2O emissions. Your work will contribute to understanding how N management can be optimized to reduce greenhouse gas emissions through modeling.
• N2O Modeling: Contribute to the development and improvement of N2O emission models, with a focus on integrating these models into sustainable N management practices. Your work will help bridge the gap between modeling and field applications, supporting more accurate predictions of N2O emissions.
• Yield Variability and Stability: Analyze the relationship between N fertilizer application strategies and crop yield variability/stability. Your research will focus on how variable rates of N can enhance yield consistency across different environmental conditions.
• Precision Agriculture: Develop and refine variable rate N application strategies to support the implementation of precision agriculture. You will work closely with agronomists, soil scientists, crop modelers and data analysts to ensure that N management practices are both economically viable and environmentally sustainable.
• Sustainable Nitrogen Management: Collaborate on projects aimed at promoting sustainable N management practices that balance productivity and environmental stewardship. Your research will play a crucial role in shaping future N management strategies, guidelines and policies.

Download the full description with application information