… of straw-derived biochar significantly increased soil organic carbon, total nitrogen, microbial
biomass carbon, and nitrogen in … Soil microbial biomass plays an important role in regulating …

… On a short-term basis, in situ incorporation of cereal residues probably requires higher levels
of … Continuous incorporation of crop residues after each crop can eventually increase the …

… The microbial biomass carbon (MBC) and nitrogen (MBN) were determined using … -straw-derived
N from N fertiliser (Cao et al. 2018) whether the N originating from straw exerted a role …

… N input might have negated the potential decline in yield due to N immobilization following
straw incorporation. … Role of maize stover incorporation on nitrogen oxide emissions in a non-…

… Straw-derived CO 2 emissions in NR soils were 2.5–4.3 times … and prevent N losses after
its incorporation in soils. … and 25 June, at the end of the cereal cycle. Straw and grain of two …

… Due to the high C/N ratios of cereal crop straw (up to 80% in … incorporation could be attributed
to straw-derived increase in … the responses to total soil microbial biomass and community …

… , and soil microbial biomass N and mineral N were lower in the … contributed most of the total
loss of N. Similar to C loss, soil … Carbon, nitrogen and sulphur cycling following incorporation …

… The incorporation of straw may therefore stimulate microbial … a larger microbial biomass C,
microbial biomass C/total organic C … which play an important role in the ecological functions of …

… We hypothesized that, based on N reduction, straw incorporation … NO 3 – -N leaching
accounted for 21.7–21.8% contribution and … 2 O emissions occurred within a week after fertilization …

… both highlight the importance of considering both N and C … N is usually immobilized in
the soil microbial biomass after … , thereby increasing the maize straw derived-SOC, and (2) …