Effect of Neotyphodium endophyte infection on growth and leaf gas exchange of Arizona fescue under contrasting water availability regimes

Agriculture & Biology

• Festuca arizonica 100%
• Neotyphodium 79%
• endophytes 54%
• gas exchange 50%
• infection 27%
• photosynthesis 25%
• leaves 22%
• water 21%
• leaf area 12%
• Pinus ponderosa 12%
• biomass 11%
• biomass production 8%
• soil water 8%
• water stress 7%
• net assimilation rate 5%
• water potential 4%
• water vapor 4%
• aboveground biomass 4%
• understory 4%
• phytomass 4%
• fluorescence 3%
• grasses 3%
• chlorophyll 3%

Earth & Environmental Sciences

• endophyte 77%
• gas exchange 59%
• water availability 53%
• infection 48%
• photosynthesis 29%
• biomass 18%
• leaf area 15%
• effect 12%
• water stress 9%
• soil moisture 7%
• aboveground biomass 4%
• understory 4%
• chlorophyll 4%
• assimilation 3%
• fluorescence 3%
• pine 3%
• grass 3%
• water vapor 3%
• parameter 2%
• rate 2%
• loss 2%
• experiment 1%
• water 1%
• analysis 1%