Publications, Activities, and Awards
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2021 Alumni Honour Award
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A Dynamic Economic Analysis Of Oil Sands Process Water (OSPW) Treatment Alternatives In Alberta
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A Dynamic Economic Analysis Of Oil Sands Process-Affected Water (OSPW) Treatment Alternatives In Alberta
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A Dynamic Economic Analysis Of Oils Sands Process-Affected Water (OSPW) Treatment Alternative In Alberta
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Adsorption Kinetics And Modeling For Removal Of Heavy Metals From Wastewater By Keratin Derived Sorbents
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Alberta Water Research And Innovation Strategy 2018 Annual Report
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An Integrated Treatment System For Sustainable Clean Water
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Application Timing Optimization Of Lignite Derived Humic Substances For Three Agricultural Plant Species And Soil Fertility
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Assessing The Sustainability Of Passive Treatment Systems For Land And Water Reclamation For Energy Systems
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Bimonthly Theme Lead Meetings
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Biochar And Its Uses In Soil And Water Remediation
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Biochar For Remediation Of Heavy Metals From Oil Sands Process Water
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Biochar Heavy Metal Removal In Aqueous Solution Depends On Feedstock Type And Pyrolysis Purging Gas
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Biochar Production From Lignocellulosic And Non-Lignocellulosic Biomass Using Conventional And Microwave Heating
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Biochar Properties And Lead(II) Adsorption Capacity Depend On Feedstock Type, Pyrolysis Temperature, And Steam Activation
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Biochar Property And Lead(II) Adsorption Capacity Depend On Feedstock Type, Pyrolysis Temperature, And Steam Activation
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Biochar Removes Lead(II) In Synthetic Wastewater Depending On Feedstock Type And Production Temperature
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Biochar Surface Complexation And Heavy Metal Adsorption In Aqueous Solution Depend On Their Feedstock Type
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Biochar Surface Complexation And Heavy Metal Adsorption In Aqueous Solution Depend On Their Feedstock Type
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Biochar Surface Complexation And Ni(II), Cu(II), And Cd(II) Adsorption In Aqueous Solutions Depend On Feedstock Type
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Biochars Have A Greater Adsorption Capacity For Lead(II) From Aqueous Solutions Than Hydrochars
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Biomass Conversion Method Controls Chemical, Fuel And Surface Properties Of Chars
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Biophysical Impacts And Reclamation Consideration For Solar, Wind And Geothermal Energy Systems
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Biophysical Impacts Of New Energy Systems And Reclamation Success
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Biophysical Indicators For Reclamation Success
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Biophysical Indicators For Reclamation Success
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Biophysical Indicators: A Tool For Tracking Reclaimed Ecosystem Trajectories And Endpoint Targets
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Cadmium Stability In Spent Biochar In Electrolyte Solutions And Soils
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Calgary Lecture Series; Energy Panel: To provide continuing education opportunity in Calgary that showcases excellence and innovation at the University of Alberta
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Calibration And Application Of Quality-Scoring Functions Using Soil-Forest Productivity Relationships In Land Reclamation
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Carbon Based Materials For Remediation Of Cadmium And Zinc Contaminated Water
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Carbonization Temperature And Feedstock Type Interactively Affect Chemical, Fuel, And Surface Properties Of Hydrochars
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Characterizing And Optimizing Biochars For Contaminant Removal From Wastewater
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Coal Derived Humic Substances In Coal Mine Reclamation
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Community Engagement In Constructed Wetland Design: Current Results And Future Directions
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Composition And Optimal Sampling Time For Invertebrates In Reclaimed Coal Mine Sites In Central Alberta
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Connecting Innovative Technologies, Environment And People: Everyone Contributes To Our Energy Future
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Constructed Wetland Novel Materials LCA Mapping
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Developing Novel Materials For Reclamation And Remediation Of Land And Water
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Development Of Future Energy Systems. Energy, Education And Research – Short And Long Term Strategy
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Development Of Hydrochar For The Treatment Of Oil Sands Process Water
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Early Ecosystem Establishment Using Forest Floor And Peat Cover Soils In Oil Sands Reclamation
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Effects Of Feedstock Type, Pyrolysis Temperature, And Steam Activation On Biochar Properties And Lead (II) Adsorption
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Effects Of Feedstock Type, Pyrolysis Temperature, And Steam Activation On Biochar Properties And Lead(II) Adsorption
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Effects Of Feedstock Type, Pyrolysis Temperature, And Steam Activation On Biochar Properties And Lead(II) Adsorption
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Effects Of Feedstock, Pyrolysis Temperature, And Activation On Biochar Properties And Pb (II) Adsorption
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Effects Of Nitric Acid Modification On Hydrochar’s Combustion, Fuel And Thermal Properties Are Dependent On Feedstock Type
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Effects Of Woody Debris And Cover Soil Types On Soil Properties And Vegetation Four-Five Years After Oil Sands Reclamation
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Effects Of Woody Debris On Soil Temperature And Water Content In Two Reconstructed Soils In Reclaimed Boreal Forest
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Elemental Composition Of Biochars Is Affected By Methods Used For Its Determination
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Energy Systems And Land Reclamation: An Environmental Imperative
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Feather Keratin Derived Sorbents For The Treatment Of Wastewater Produced During Energy Generation Processes
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Feather Keratin Derived Sorbents For The Treatment Of Wastewater Produced During Energy Generation Processes
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Feather Keratin Derived Sorbents For The Treatment Of Wastewater Produced During Energy Generation Systems With The Effect Of Process Parameters On Adsorption
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Feedstock Type And Production Method Are Crucial In Reengineering Waste To High Value Products
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Feedstock Type And Pyrolysis Temperature Drive Properties Of Activated And Non-Activated Biochars
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Feedstock Type And Temperature Used For Hydrothermal Processing Affect Hydrochar And Liquid-Phase Properties
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Feedstock Type Drives Lead(II) Adsorption On Microwave-Pyrolyzed Biochars In Aqueous Solutions More Than Pyrolysis Temperature
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Feedstock Type Drives Surface Property, Demineralization And Element Leaching Of Nitric Acid-Activated Biochars More Than Pyrolysis Temperature
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Feedstock Type Rather Than Carbonization Temperature Drives The Effect Of Nitric Acid Modification On Hydrochar’s Combustion, Fuel And Thermal Properties
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Fuel, Thermal And Surface Properties Of Microwave-Pyrolyzed Biochars Depend On Feedstock Type And Pyrolysis Temperature
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Future Energy Systems (FES) Resilient Reclaimed Land and Water Systems Workshop
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Generalized Additive Models Predict Biochar Elemental Composition Determined By Different Methods
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Geothermal Energy Resources: Potential Environmental Impact And Land Reclamation
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Grazing And Right-Of-Way Affect Native Rangeland 12 Years After Pipeline Construction In Southern Alberta
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Humic Substances And Cattle Manure Biochar As Soil Amendments In Cadmium Contaminated And Non-Contaminated Soils
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Hydrochar And Liquid-Phase Properties Depend On Feedstock Type And Temperature Used For Hydrothermal Processing
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Hydrochar As A Potential Adsorbent For Reclaiming Contaminated Soils: An Insight From pH And Electrical Conductivity
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Hydrochar: A Carbon-Rich Material To Treat Process Water
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Indicators Of Land Reclamation Success: New Assessment Perspectives
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Indicators Of Land Reclamation Success: New Assessment Perspectives
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Indicators Of Land Reclamation Success: New Assessment Perspectives
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Interactive Effect Of Feedstock Type And Production Temperature On Hydrochar Adsorption Capacity For Lead In Aqueous Solutions
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Land And Water Reclamation Approaches For Process Water
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Land Reclamation Versus Landform Design: Getting Past Language And Labels
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Lead(II) Adsorption On Microwave-Pyrolyzed Biochars And Hydrochars Depends On Feedstock Type And Production Temperature
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Lead-Saturated Biochar-Soil Interactions: Contamination Risks And Release Dynamics Of Lead
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Lead-Saturated Biochar-Soil Interactions: Contamination Risks And Release Dynamics Of Pb
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Life Cycle Assessment (LCA)
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Lignite Derived Humic Products And Cattle Manure Biochar Are Effective Soil Amendments In Cadmium Contaminated And Uncontaminated Soils
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Lignite Derived Humic Substances And Arbuscular Mycorrhizal Fungi As Soil Amendments In Coal Mine Reclamation
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Lignite Derived Humic Substances And Inorganic Fertilizer Are Effective Soil Amendments For Barley In Sandy Soil
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Materials Synthesis and Development For Utilization In Land And Water Reclamation
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Mesocosms And Constructed Wetlands
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Mixed Prairie Well Site Reclamation With Natural Recovery, Seeding And Grazing
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Monovalent−Divalent Element Quotient Drives Lead(Ii) Removal in Aqueous Solutions by Nitric Acid-Modified Biochar
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Nano Humus And Arbuscular Mycorrhizal Fungi As Biofertilizer To Enhance Barley Production
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Nano Humus And Arbuscular Mycorrhizal Fungi As Soil Amendments In Coal Mine Reclamation
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Nano Humus And Arbuscular Mycorrhizal Fungi As Soil Amendments In Coal Mine Reclamation
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Nano Humus As A Soil Conditioning Amendment In Coal Mine Reclamation
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Nano Humus In Coal Mine Reclamation
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Native And Dryland Pasture Seed Mixes Impact Revegetation 12 Years After Pipeline Construction In Southern Alberta
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Natural Recovery Of Vegetation On Reclamation Stockpiles After 26 To 34 Years
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Pb-saturated Biochar-Soil Interactions: Contamination Risks And Release Dynamics Of Pb
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Performance Of Constructed Floating Wetlands In A Cold Climate Waste Stabilization Pond
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Perspectives On Environmental Impacts And A Land Reclamation Strategy For Solar And Wind Energy Systems
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Petroleum Coke As A Substratum For Biofiltration Of Oil Sands Process Water: Aerobic And Anaerobic Degradation Processes In The Filtering Bed
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Phytoremediation Of Oil Sands Process Affected Water
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Phytoremediation Of Oil Sands Process Affected Water
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Plains Rough Fescue Grassland Restoration Using Natural Regeneration After Pipeline Disturbances
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Plant Community Development Trends On Mixed Grass Prairie Well Sites 5 Years After Reclamation
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Potential Of Macrophytes For Wastewater Remediation With Constructed Floating Wetlands In Cold Climates
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Potential Of Nano Humus For Reclamation
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Powering Alberta’s Energy Future Panel
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Pristine And Engineered Biochar For The Removal Of Contaminants Co-Existing In Several Types Of Industrial Wastewaters: A Critical Review
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Production Conditions Affect Hydrochar’s Value As Solid Fuels
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Progress In Biochar And Hydrochar Syntheses For Soil And Water Remediation
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Reclaimed Resilient Land And Water Systems – Land
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Reclaimed Resilient Land And Water Systems – Success Indicators
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Reclaimed Resilient Land And Water Systems – Water
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Reclamation Of Hydrocarbon Contaminated Soils Using Soil Amendments And Native Plant Species
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Reclamation Success Indicators, Criteria And Policy For Energy Systems
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Recovery Of Native Dry Mixed Grass Prairie Well Sites 15 Years After Reclamation
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Recovery Of Plains Rough Fescue Grassland On Reclaimed Well Sites
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Remediation Of Heavy Metals From Oil Sands Process Water Using Canola Straw Biochar
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Remediation Of Heavy Metals Using A Carbon Based Material
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Remediation Of Trace Metals In Oil Sands Process Water Using Nano Humus
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Renewable Biomaterials For Dewatering And Consolidation Of Oil Sands Tailings
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Research Collaboration Meetings With Alberta Land Institute
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Researchers Are Refining Recipes For Biochar That Benefits Industry And The Environment
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Resilient Reclaimed Land And Water Systems
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Resilient Reclaimed Land And Water Systems
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Resilient Reclaimed Land And Water Systems
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Resilient Reclaimed Land And Water Systems Monthly Theme Lead Meetings
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Resilient Reclaimed Land And Water Systems Theme Monthly Lead Meetings
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Resilient Reclaimed Land And Water Systems Theme Monthly Organizational Meetings
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Resilient Reclaimed Land And Water Systems Theme Organizational Meeting
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Resilient Reclaimed Land And Water Systems Workshop
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Resilient Reclaimed Land And Water Systems Workshop
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Resilient Reclaimed Land And Water Systems Workshop
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Response Of Three Native Grass Species On Dry Tailings Reclamation Substrate Amended With Petroleum Coke
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Salt Affected Soils: Quantifying Impacts And Indicators For Scientifically Based Remediation Criteria In Alberta
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Salt Affected Soils: Quantifying Impacts And Indicators For Scientifically Based Remediation Criteria In Alberta
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Salt Affected Soils: Quantifying Impacts To Develop Scientifically Based Remediation Criteria For Alberta
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Salt Affected Soils: Quantifying Impacts To Develop Scientifically Based Remediation Criteria For Alberta
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Salt Affected Soils: Quantifying Impacts To Develop Scientifically Based Remediation Criteria For Alberta
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Salt Affected Well Sites: Quantifying Soil And Plant Community Indicators For Scientifically Based Reclamation Criteria
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Small But Mite-Y: The Role Of Soil Invertebrates To Measure Ecosystem Recovery
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Soil Amendment With A Humic Substance And Arbuscular Mycorrhizal Fungi Enhance Coal Mine Reclamation
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Soil Invertebrate Indicators Of Land Reclamation Success
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Soil Invertebrate Indicators Of Land Reclamation Success
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Soil Invertebrate Indicators Of Land Reclamation Success
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Soil Invertebrate Indicators Of Land Reclamation Success
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Soil Invertebrate Indicators Of Land Reclamation Success
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Soil Invertebrate Indicators Of Reclamation Success
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Soil Invertebrate Indicators Of Reclamation Success
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Soil Invertebrate Indicators Of Reclamation Success
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Soil Invertebrate Populations In Soil And Litter Of Undisturbed And Reclamation Sites
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Soil Invertebrates As Indicators Of Reclamation Success
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Soil Macro And Meso Fauna As Indicators Of Reclamation Success On A Coal Mine
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Soil, Wind And Geothermal Energy Sourcse: Perspectives On Environmental Impacts And Land Reclamation Considerations
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Synergistic Effects Of Coal Waste Derived Humic Substances And Inorganic Fertilizer As Soil Amendments For Barley In Sandy Soil
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U Of A Research Initiative Looks At Full Range Of Energy System Innovations
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Understanding the Impact and Chemistry of Treatment of Naphthenic Acids through By-products Investigation
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Use Of Soil Invertebrates For Monitoring Land Reclamation: Small But Mite-y