agricultural mechanized systems team

Research Associates

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Usman Ali

2023-Present

I have completed a Master of Science in Agriculture at the Dalhousie Agricultural Campus in Truro. My study focused on the development of land use and land cover maps, crop maps, and evapotranspiration maps. I have prepared land-use land cover maps, crop maps, and evapotranspiration maps based on satellite indices using remote sensing technology, which might assist farmers and policymakers in estimating correct crop acreage, land cover change analysis, and precision water management. I think that satellite-based indices can map an area’s land cover and aid in improving mapping accuracy.

I am from Pakistan, where I earned my bachelor’s degree in Agricultural Engineering in 2019. I am certified as an engineer by the Pakistan Engineering Council. Land cover change analysis, geospatial analysis, yield calculation, and environmental decision-making are some of my research interests.

I am now studying new UAV technologies that can be employed in precision agriculture to increase farmers’ profit margins.

Education

M.Sc. Agriculture

B. Eng. Agricultural Engineering

Project Title

Application of Satellite-Based Indices for Precise Agriculture Land Management and Estimation of Evapotranspiration

Publications

humnakhan

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Humna Khan

2021 - 2022

I am working as a research assistant at Faculty of Agriculture, Dalhousie Agricultural Campus Truro. Currently, I am using machine learning models to predict fruit/crop losses during harvesting. I believe the prediction of harvesting losses will help farmers in optimizing the harvesting techniques.

I am originally from Pakistan, where I completed my bachelor’s degree in Agricultural Engineering from University of Agriculture, Faisalabad. I have the Pakistan Engineering Council certificate to work as an Engineer. Then, I completed my master’s in Sustainable Design Engineering from University of Prince Edward Island. My master’s dissertation is titled “development of management zones for site-specific fertilization in potato fields” which was focused on the identification and quantification of the variability in soil and crop properties, identification of significant factors responsible for fluctuations in the yield, and delineation of management zones for site-specific soil fertility characterization through proximal sensing of fields in different cropping systems. Management zones help the growers in a better way to manage the spatial variability of soil properties and crop/fruit yield within the fields. These precision agriculture techniques improve soil fertility for optimum yield, and it also increase input use efficiency, reduce the cost of production, increase profit margins, and reduce environmental risks. Moreover, the site-specific management of nutrients help to reduce the use of fertilizers and improve crop yield and quality.

I am looking forward to contributing my best to the team

Education

M.Sc. Sustainable Design Engineering, University of Prince Edward Island, Canada

B.Sc. Agricultural Engineering, University of Agriculture, Faisalabad, Pakistan

Publications

Janelle4

Janelle MacKeil

2021-2022

Andrew Montgomery

Andrew Montgomery

2019-2020