Publications, Activities, and Awards
- Alberta Barley Scholarship
- Application Timing Optimization Of Lignite Derived Humic Substances For Three Agricultural Plant Species And Soil Fertility
- Carbon Based Materials For Remediation Of Cadmium And Zinc Contaminated Water
- Coal Derived Humic Substances In Coal Mine Reclamation
- Coal Mining Byproduct Highly Effective For Land Reclamation
- Explore A Lab Tour 4: Cleaning Up Heavy Metals Using Carbon Based Materials
- Future Energy Systems (FES) Resilient Reclaimed Land and Water Systems Workshop
- Graduate Student Award
- Humic Substances And Cattle Manure Biochar As Soil Amendments In Cadmium Contaminated And Non-Contaminated Soils
- Humic Substances As Soil Amendments In Coal Mine Reclamation
- Len Leskiw Graduate Award In Land Reclamation
- Lignite Derived Humic Products And Cattle Manure Biochar Are Effective Soil Amendments In Cadmium Contaminated And Uncontaminated Soils
- Lignite Derived Humic Substances And Arbuscular Mycorrhizal Fungi As Soil Amendments In Coal Mine Reclamation
- Lignite Derived Humic Substances And Inorganic Fertilizer Are Effective Soil Amendments For Barley In Sandy Soil
- Nano Humus And Arbuscular Mycorrhizal Fungi As Biofertilizer To Enhance Barley Production
- Nano Humus And Arbuscular Mycorrhizal Fungi As Soil Amendments In Coal Mine Reclamation
- Nano Humus And Arbuscular Mycorrhizal Fungi As Soil Amendments In Coal Mine Reclamation
- Nano Humus As A Soil Conditioning Amendment In Coal Mine Reclamation
- Nano Humus In Coal Mine Reclamation
- Nano Humus In Coal Mine Reclamation
- oal Mining Waste Material More than 90 Percent Effective At Removing Heavy Metal
- PhD Recruitment Scholarship
- PhD Scholarship
- Phytoremediation Of Oil Sands Process Affected Water
- Phytoremediation Of Oil Sands Process Affected Water
- Phytoremediation Of Oil Sands Process Affected Water
- Phytoremediation: The Power Of Plants To Clean Up The Environment
- Plant And Soil Relations From An Underground Perspective
- Potential Of Nano Humus For Reclamation
- Remediation Of Heavy Metals Using A Carbon Based Material
- Remediation Of Trace Metals In Oil Sands Process Water Using Nano Humus
- Resilient Reclaimed Land And Water Systems Workshop
- Soil Amendment With A Humic Substance And Arbuscular Mycorrhizal Fungi Enhance Coal Mine Reclamation
- Synergistic Effects Of Coal Waste Derived Humic Substances And Inorganic Fertilizer As Soil Amendments For Barley In Sandy Soil