Hybrid poplar and forest soil response to municipal and industrial by products: A greenhouse study

Keyphrases

• Biosolids 100%
• Forest Soil 100%
• Greenhouse Experiment 100%
• Hybrid Poplar 100%
• Soil Reaction 100%
• Industrial By-products 100%
• Boiler Ash 100%
• Municipal By-products 100%
• Inorganic Fertilizer 60%
• Biosolids Application 60%
• Plant Tissue 40%
• Soil Properties 40%
• Metal Concentration 40%
• Rate of Increase 40%
• Co-application 40%
• Minnesota 20%
• Wisconsin 20%
• Tree Growth 20%
• Greenhouse 20%
• Michigan 20%
• Lake States 20%
• Short Rotation Woody Crops 20%
• Biomass Production 20%
• Nutrient Uptake 20%
• Aspen Plus 20%
• Application Rate 20%
• Growth Properties 20%
• Early Growth 20%
• Rural Development 20%
• Plant Growth 20%
• P Concentration 20%
• Inorganic N 20%
• Fertilizer Treatment 20%
• Available N 20%
• Populus Nigra 20%
• Poplar Clones 20%
• Lime Treatment 20%
• Product Application 20%
• Inorganic Amendments 20%
• Post-harvest Soil 20%
• Agricultural Lime 20%

Agricultural and Biological Sciences

• Biosolid 100%
• Populus 100%
• Forest Soil 100%
• Inorganic Fertiliser 37%
• Metal Concentrations 25%
• Soil Property 25%
• Plant Tissue 25%
• Postharvest 12%
• Limes 12%
• Populus nigra 12%
• Agricultural Lime 12%
• Nutrient Uptake 12%
• Application Rate 12%
• Tree Growth 12%
• Biomass Production 12%