Effects of Different Biochars on Pinus elliottii Growth, N Use Efficiency, Soil N2O and CH4 Emissions and C Storage in a Subtropical Area of China - LIN, Zhibin; LIU, Qi; LIU, Gang; COWIE, Annette L.; BEI, Qicheng; LIU, Benjuan; WANG, Xiaojie; MA, Jing; ZHU, Jianguo; XIE, Zubin (Pedosphere, 2017)
Keywords: 15N-fertilizer application; aboveground biomass; biochar; biochar properties; C sequestration; carbon sequestration; China; emissions of greenhouse gases; feedstocks; forest ecosystems; forest soils; forests; greenhouse gas emissions; greenhouse gases; isotope labeling; methane; nitrogen fertilizers; nitrous oxide; nutrient uptake; nutrient use efficiency; phosphorus; Pinus elliottii; plant growth; planted forest; poultry manure; primary productivity; sawdust; soil degradation; soil fertility; soil pH; stable isotopes; subtropical soils; trees; China; biochar properties; 15N-fertilizer application; planted forest; emissions of greenhouse gases; soil fertility; C sequestration