Below-ground plant traits influence tundra plant acquisition of newly thawed permafrost nitrogen

Keyphrases

• Plant Traits 100%
• Tundra 100%
• Permafrost 100%
• Growing Season 42%
• Graminoids 28%
• Forbs 28%
• Non-mycorrhizal 28%
• Immediate Access 28%
• C Sink 28%
• Thawing Permafrost 28%
• Plant Community 14%
• Carex 14%
• Sedges 14%
• Nitrogen N 14%
• Alaska 14%
• Mycorrhizal 14%
• 15N Isotope 14%
• Ectomycorrhizal 14%
• Fine Roots 14%
• Ecosystem Response 14%
• Molecular Tools 14%
• Root Biomass 14%
• N Enrichment 14%
• Mycorrhizal Species 14%
• Carbon C 14%
• Root Tissue 14%
• Mycorrhizal Plants 14%
• C Emissions 14%
• C Loss 14%
• Depth Distribution 14%
• Tundra Vegetation 14%
• Deep Roots 14%
• Isotope Tracers 14%
• Non-mycorrhizal Plants 14%
• Carbon-climate Feedback 14%
• Cold Soil 14%
• Permafrost Thaw 14%
• Ericoid 14%
• Eight Mile Lake 14%
• Evergreen Shrubs 14%
• Deep N Fertilization 14%
• Asymptotic Relation 14%
• Root Nitrogen Uptake 14%
• Deep-rooted Plant 14%
• Foliar Tissue 14%
• Complex Plants 14%
• Maximum Depth 14%
• Rubus Chamaemorus 14%

Earth and Planetary Sciences

• Growing Season 100%
• Vegetation 33%
• Emissions 33%
• Alaska 33%
• Plant Community 33%
• Planetary Atmosphere 33%
• Ecosystem Response 33%
• Timescale 33%
• Fine Root 33%
• Tracer Isotope 33%
• Vertical Distribution 33%
• Carbon Offset 33%

Agricultural and Biological Sciences

• Permafrost 100%
• Growing Season 30%
• Graminoid 20%
• Forb 20%
• Plant Community 10%
• Cyperaceae 10%
• Fine Root 10%
• Deciduous 10%
• Ericoid 10%
• Rubus Chamaemorus 10%
• Carex Bigelowii 10%
• Cold Soils 10%