Genetic increases in growth do not lead to trade-offs with ecologically important litter and fine root traits in Norway spruce

Keyphrases

• Genetic Material 100%
• Norway Spruce 100%
• Fine Root Traits 100%
• Diameter at Breast Height 75%
• Specific Leaf Area 75%
• Condensed Tannins 50%
• Fine Roots 50%
• Significant Relationship 50%
• Fast-growing 50%
• Tannin Concentration 50%
• Managed Forests 50%
• Root Tissue Density 50%
• Genome Composition 25%
• Community-associated 25%
• Ecosystem Processes 25%
• Common Garden 25%
• Strategic Theory 25%
• Organic Matter 25%
• Carbon-nitrogen 25%
• Spruce 25%
• Ecological Constraints 25%
• Tree Growth 25%
• Fast Growth Rate 25%
• Root Carbon 25%
• Community Process 25%
• Tree Traits 25%
• Starch 25%
• Growth Allocation 25%
• Lignin 25%
• Growth Strategy 25%
• Enhanced Growth 25%
• Sweden 25%
• Ecologically Important Trait 25%
• Needle Litter 25%
• Slow-growing 25%
• Production Quality 25%
• Leaf Roots 25%
• Litter Carbon 25%
• Svar 25%
• Allocation Theory 25%
• Picea Abies (L.) Karst 25%
• Forest Population 25%
• Full Sibling 25%
• Material Growth 25%
• Open-pollinated Progeny 25%

Agricultural and Biological Sciences

• Fine Root 100%
• Picea Abies 100%
• Specific Leaf Area 100%
• Condensed Tannin 66%
• Tree Growth 33%
• Breed 33%