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• W1968500058 abstract "The effect of elevated $mathrm{CO}_2$ on plant—microbial interactions and nitrogen (N) cycling is critical to predicting plant growth responses to elevated $mathrm{CO}_2$, because plant growth is often N—limited. We investigated whether the effects of elevated $mathrm{CO}_2$ on plant—microbial N dynamics differed among six annual plant species; three European grasses that have invaded California grasslands, and one grass and two forbs native to California serpentine grassland. Elevated $mathrm{CO}_2$ altered plant N pools and ${15}mathrm{NH}_4+$ uptake, but the direction and magnitude of the changes were species dependent. The introduced grasses showed increased plant N pools and ${15}mathrm{NH}_4+$ uptake, whereas the native species showed smaller increases or even decreases in plant N pools and $15{mathrm{NH}_4+$ uptake. Under nutrient enrichment, soil microbial N and 15mathrm{NH}_4+$ uptake differed among soils with different plant species, but they were not affected by elevated $mathrm{CO}_2$. At low nutrients, elevated $mathrm{CO}_2$ altered soil microbrial N and 15mathrm{NH}_4+$ uptake, but the direction and magnitude of the changes were species dependent. The changes in soil microbial N were positively correlated with changes in the plant N pool, suggesting that there was no trade—off in N uptake between plants and microbes. The results also suggest that plant species composition will partly determine the direction of changes in soil N cycling in response to elevated $mathrm{CO}_2$." @default.
• W1968500058 created "2016-06-24" @default.
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• W1968500058 date "1996-12-01" @default.
• W1968500058 modified "2023-09-27" @default.
• W1968500058 title "Plant Species Mediate Changes in Soil Microbial N in Response to Elevated CO₂" @default.
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• W1968500058 doi "https://doi.org/10.2307/2265749" @default.
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