Plant-microbial linkages underpin carbon sequestration in contrasting mountain tundra vegetation types

Maatalous ja biologia

• tundra 59%
• carbon sequestration 53%
• vegetation types 51%
• soil organic matter 43%
• mountains 38%
• ecosystems 15%
• microbial communities 14%
• primary productivity 12%
• plant communities 9%
• necromass 8%
• vegetation 7%
• humification 7%
• structural equation modeling 7%
• microbial nitrogen 7%
• carbon 6%
• microbial biomass 5%
• meadows 5%
• mineralization 5%
• shade 4%
• rhizosphere 4%
• climate change 4%
• analysis of variance 4%
• temperature 4%
• physiology 4%
• growing season 4%
• microorganisms 3%
• degradation 3%
• soil 2%
• testing 2%

Geo- ja ympäristötieteet

• tundra 49%
• vegetation type 46%
• soil organic matter 43%
• carbon sequestration 42%
• mountain 30%
• productivity 17%
• microbial community 12%
• ecosystem 12%
• plant community 9%
• humification 6%
• vegetation 6%
• size structure 5%
• shading 5%
• carbon 5%
• carbon storage 5%
• rhizosphere 5%
• immobilization 5%
• meadow 5%
• physiology 5%
• community composition 4%
• growing season 4%
• turnover 4%
• mineralization 3%
• decomposition 3%
• substrate 3%
• biomass 3%
• nitrogen 3%
• climate change 3%
• soil 2%
• modeling 2%
• test 2%
• temperature 1%
• rate 1%
• effect 1%

Lääketiede ja biotieteet

• Carbon Sequestration 100%
• Tundra 88%
• Soil 50%
• Ecosystem 20%
• Microbiota 13%
• Carbon 13%
• Rhizosphere 7%
• Grassland 6%
• Temperature 6%
• Light 6%
• Climate Change 6%
• Biomass 5%
• Latent Class Analysis 5%
• Nitrogen 4%
• Analysis of Variance 3%
• Multivariate Analysis 3%