| Anthony M A, Röckel N, Traistaru A, Krishna A, Meesenburg H, Wagner M, Jacob F, Gessler A, Waldner P, Schaub M, Ferretti M, Schmitz A, van den Bulk P, Hensen A, Hupperts S F, Bialic-Murphy L, Averill C (2026) Soil microbial community differences drive variation in Pinus sylvestris physiology, productivity, and responses to elevated CO2. Environmental Microbiome, 21 (1): 3. [10.1186/s40793-025-00828-w] |
Keywords
| Soil microbial communities |
Abstract
| Soil microbial communities can affect plant nutrient uptake, productivity, and may even confer resistance to global change. Elevated atmospheric CO2 is widely expected to stimulate plant productivity; however, this will depend on the availability of growth limiting nutrients such as nitrogen. Soil microbial communities are the main mediators of soil nitrogen cycling and should therefore play a key role in influencing plant responses to elevated CO2. |
LWF Classification
| Network: LWF;soil, Sites: Lens, Category: ISI, |