Logging debris and herbicide treatments improve growing conditions for planted Douglas-fir on a droughty forest site invaded by Scotch broom

Keyphrases

• Growing Conditions 100%
• Logging Debris 100%
• Herbicide Treatment 100%
• Scotch Broom 100%
• Douglas-fir 100%
• Debris 100%
• Forest Site 100%
• Non-native 16%
• Limited Treatment 8%
• Growing Season 8%
• Forest Ecosystem 8%
• Cytisus Scoparius 8%
• Mineral Soil 8%
• Treatment Effect 8%
• Aminopyralid 8%
• Nutrient Content 8%
• Regression Model 8%
• Pacific Northwest 8%
• Forest Regeneration 8%
• Resource Availability 8%
• Esters 8%
• Two-level 8%
• Soil Chemical Properties 8%
• Soil Temperature 8%
• Split-plot Design 8%
• Soil Water Content 8%
• Substantial Reduction 8%
• Pseudotsuga Menziesii 8%
• Soil Physical Properties 8%
• Seedling Performance 8%
• Summer Drought 8%
• Stem Volume 8%
• Forest Floor Mass 8%
• Plant Community Structure 8%
• Forest Harvesting 8%
• Mass Content 8%
• Olympic Peninsula 8%
• Gravelly Soil 8%
• Depth Averaging 8%
• Stem Diameter Growth 8%
• Triclopyr 8%
• Extreme Wildfire 8%

Agricultural and Biological Sciences

• Herbicide 100%
• Fir 100%
• Scotch Whisky 100%
• Microclimate 28%
• Forest Ecosystem 14%
• Floors 14%
• Cytisus scoparius 14%
• Mineral Soils 14%
• Forest Regeneration 14%
• Soil Water Content 14%
• Pseudotsuga menziesii 14%
• Soil Chemical Properties 14%
• Soil Physical Properties 14%
• Soil Temperature 14%
• Plant Community 14%
• Growing Season 14%
• Triclopyr 14%
• Gravelly Soils 14%