Rhizospheric influence on soil respiration and decomposition in a temperate Norway spruce stand

Agriculture & Biology

• soil respiration 100%
• dissolved organic carbon 91%
• Picea abies 83%
• girdling 73%
• degradation 49%
• lignin 33%
• exudation 32%
• soil solution 31%
• carbon 26%
• rhizosphere 23%
• polysaccharides 21%
• proteins 18%
• soil carbon 16%
• primary productivity 16%
• trophic levels 15%
• pyrolysis 14%
• food chain 14%
• drainage 13%
• microbial communities 12%
• temperature 10%
• growing season 10%

Earth & Environmental Sciences

• soil respiration 91%
• dissolved organic carbon 64%
• decomposition 58%
• lignin 43%
• protein 39%
• exudation 38%
• isotopic composition 34%
• polysaccharide 28%
• substrate 27%
• rhizosphere 27%
• respiration 24%
• rate 17%
• carbon 15%
• carbon flux 14%
• temperature effect 14%
• food chain 14%
• soil carbon 13%
• trophic level 13%
• primary production 12%
• growing season 12%
• stem 12%
• pyrolysis 12%
• soil 11%
• microbial community 11%
• incorporation 11%
• drainage 10%
• loss 7%
• product 6%
• temperature 5%

Medicine & Life Sciences

• Soil 88%
• Norway 87%
• Carbon 80%
• Respiration 67%
• Lignin 46%
• Rhizosphere 31%
• Polysaccharides 19%
• Plant Roots 16%
• Pyrolysis 15%
• Carbon Cycle 15%
• Proteins 15%
• Temperature 14%
• Food Chain 14%
• Exudates and Transudates 11%
• Respiratory Rate 10%
• Masks 10%
• Microbiota 10%
• Drainage 8%