Abou M. Niang, Ph.D.
Abou M. Niang
Research Assistant
418 643-2380
ext 692
About
Abou M. Niang is a research assistant and specializes in radar remote sensing and optics applied to environmental sciences. His work spans various fields related to the characterization and digital mapping of the physical properties of soils, biomass, and snow. Abou is also interested in the development of spatial tools for the diagnosis of sediment, phosphorus, and nitrogen export in agricultural settings; hydrological modelling; and the incorporation of remote sensing data into these models.
Area(s) of Expertise
- Radar remote sensing applied to soil science
- Hydrology
- Study of snow conditions
- Precision farming
- Optical remote sensing
- Geostatistics
- Data assimilation
Abou M. Niang's work spans various fields related to the characterization and digital mapping of the physical properties of soils, biomass, and snow.
Publications
Research report • Aubert Michaud, retraité, Abou M. Niang, Arianne Blais-Gagnon, William Huertas
Michaud, A.R., M.A. Niang, A. Blais-Gagnon, W. Huertas. 2020. Caractérisation hydrologique des cours d’eau de Saint-Zotique (Grand Marais, Dix-huit Arpents et Six Arpents). IRDA. 59 p. Watershed monitoring in Saint-Zotique, Québec DownloadResearch report • Aubert Michaud, retraité, Abou M. Niang, Gaetan Martinelli
Biron, P., A.R. Michaud, W. Massey, N. Stämpfli, M. Niang, R. Lagacé, G. Martinelli. 2020. Projet EPERLAB : Ensemble pour l’étude et la restauration de la rivière Boyer. Concordia University. 150 p. EPERLAB Project: A collective effort to study and restore Rivière Boyer DownloadResearch report • Aubert Michaud, retraité, Abou M. Niang, Luc Belzile
Michaud, A., M. Niang, L. Belzile, F. Chouinard, J. Bérubé. 2019. Analyse coûts-efficacité des actions proposées pour réduire de 40 % les charges de phosphore de la rivière La Roche à la baie Missisquoi. IRDA. 70 p. Cost-benefit analysis of proposed actions to reduce the phosphorus load entering Missisquoi Bay from the Rivière de la Roche watershed DownloadResearch report • Aubert Michaud, retraité, Abou M. Niang
Michaud, A., M. L. Macrae, M. Niang, K. Hanke. 2018. Managing subsurface drainage water to optimize crop productivity, nutrient use, and water availability in contemporary and future climate. IRDA. 154 p. Managing subsurface drainage water to optimize crop productivity, nutrient use, and water availability under current and future climatic conditions DownloadSee also
Jean-Benoît Mathieu, M. Sc.
