Species compositional differences on different-aged glacial landscapes drive contrasting responses of tundra to nutrient addition

Earth and Planetary Sciences

• Experimental Study 100%
• Carbon Sequestration 100%
• Plant Community 100%
• Alaska 100%
• Soil Nutrient 100%
• Primary Production 100%
• Growth Form 100%
• Species Pool 100%
• Glacial Landscape 100%

Keyphrases

• Tundra 100%
• Nutrient Addition 100%
• Glacial Landscape 100%
• Compositional Difference 100%
• Non-acidic 54%
• Fertilization 45%
• Deciduous Shrubs 18%
• Moist Acidic Tundra 18%
• Aboveground Net Primary Productivity 18%
• NanA 18%
• Carbon Sequestration 9%
• Phosphorus 9%
• Woody Biomass 9%
• Alaska 9%
• Plant Community 9%
• Species Response 9%
• Carbon Cycling 9%
• Brooks Range 9%
• Soil nutrient Availability 9%
• Betula 9%
• Graminoids 9%
• Forbs 9%
• Primary Production 9%
• Plant Biomass 9%
• Woody Species 9%
• Nutrient Enrichment 9%
• Single Species 9%
• Non-woody 9%
• Soil pH 9%
• Regional Species Pool 9%
• Community Type 9%
• Tussock Tundra 9%
• Dwarf Shrub 9%
• Growth Form 9%
• Betula Nana 9%
• Leaf Production 9%
• Stem Growth 9%
• Secondary Stems 9%
• Carbon Turnover 9%
• Geological Substrate 9%
• Tundra Ecosystems 9%
• Apical Growth 9%
• Edaphic Factors 9%

Agricultural and Biological Sciences

• Deciduous 100%
• Primary Productivity 66%
• Betula 33%
• Forb 33%
• Graminoid 33%
• Betula Nana 33%
• Edaphic Factors 33%
• Plant Community 33%
• Nutrient Availability 33%
• Carbon Sequestration 33%
• Soil Nutrient 33%
• Primary Production 33%