Potential of decaying wood to restore rootavailable base cations in depleted forest soils

Keyphrases

• Forest Soil 100%
• Decaying Wood 100%
• Decayed Wood 100%
• Base Cations 100%
• Wood Residues 100%
• Significant Loss 66%
• Forest Floor 66%
• Ca Concentration 66%
• Exchangeable Ca 66%
• Wood 33%
• Northern Forests 33%
• Hardwood 33%
• Wood-decaying Fungi 33%
• Mass Loss 33%
• Spruce 33%
• Forest Health 33%
• Experimental Forest 33%
• Forest Productivity 33%
• Eastern Hemlock 33%
• No Significant Difference 33%
• Betula Papyrifera 33%
• Decay Process 33%
• Wood Density 33%
• Acer Rubrum 33%
• Red Spruce 33%
• Paper Birch 33%
• Highest Root 33%
• Red Maple 33%
• Change in Concentration 33%
• Sapwood 33%
• Tsuga Canadensis 33%
• Mg Concentration 33%
• Al Concentration 33%
• Exchangeable Mg 33%
• Exchangeable Al 33%
• Picea Rubens Sarg 33%
• Acid Deposition 33%

Agricultural and Biological Sciences

• Decayed Wood 100%
• Wood Residues 100%
• Forest Soil 100%
• Floors 66%
• Betula papyrifera 66%
• Acer Rubrum 66%
• Tsuga canadensis 66%
• Experimental Forests 33%
• Wood-Decay Fungus 33%
• Sapwood 33%
• Wood Density 33%
• Picea rubens 33%
• Forest Health 33%
• Acid Deposition 33%
• Hardwood 33%