No cumulative effect of 10 years of elevated [CO₂] on perennial plant biomass components in the Mojave Desert

Keyphrases

• Cumulative Effects 100%
• Elevated CO2 100%
• Mojave Desert 100%
• Plant Biomass 100%
• Perennial Plants 100%
• Biomass Components 100%
• Leaf Area Index 25%
• Canopy Cover 25%
• Biomass Allocation 25%
• Standing Biomass 25%
• Primary Production 16%
• Desert 16%
• Desert Ecosystem 16%
• N-ratio 16%
• Nevada 8%
• Water Availability 8%
• Grass 8%
• Short-term Response 8%
• Wet Year 8%
• Water Use Efficiency 8%
• Plant Growth 8%
• Cumulative Biomass 8%
• Terrestrial Ecosystems 8%
• Growth Form 8%
• Low Precipitation 8%
• Carbon Content 8%
• Free-air CO2 Enrichment 8%
• Leaf Level 8%
• Desert Environment 8%
• Plot Level 8%
• Isotopic Composition 8%
• Leaf Water Use Efficiency 8%
• Photosynthetic Rate 8%
• Desert Species 8%
• Plant Tissue 8%
• Drought Deciduous 8%
• Nitrogen Content 8%
• Long-term Response 8%
• Community Biomass 8%
• Carbon Isotope Discrimination 8%
• Initial Expectations 8%
• Photosynthetic Pathway 8%
• Precipitation Years 8%
• Deciduous Shrubs 8%
• Production Response 8%
• Evergreen Shrub 8%

Earth and Planetary Sciences

• Cumulative Effects 100%
• Perennial Plant 100%
• Carbon Dioxide 100%
• Biomass Allocation 23%
• Leaf Area 23%
• Primary Production 15%
• Water Use Efficiency 15%
• Nevada 7%
• Carbon 14 7%
• Atmospherics 7%
• Terrestrial Ecosystem 7%
• Isotopic Composition 7%
• Carbon Dioxide Enrichment 7%
• Water Availability 7%
• Growth Form 7%

Agricultural and Biological Sciences

• Perennials 100%
• Carbon Dioxide 100%
• Leaf Area Index 23%
• Water Use Efficiency 15%
• Primary Production 15%
• Deciduous 7%
• Free Air Carbon Dioxide Enrichment 7%
• Terrestrial Ecosystem 7%
• Plant Tissue 7%