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- Gao, Shengwen, et al. Show all 6 Authors
- Applied soil ecology 2019 v.133 pp. 52-61
- Quercus mongolica; amylopectin; forest stands; forests; glucose; soil; soil organic carbon; specific growth rate; temperature; China
- ... Soil heterotrophic respiration was profoundly correlated with the decomposition of soil organic carbon and the global carbon balance. It was liable to be affected by temperature and carbon substrate availability. To investigate the effects of different carbon substrate inputs on organic carbon decomposition and the temperature sensitivity of soil heterotrophic respiration along the forest stand ag ...