) Soil C and N dynamics are differe

) Soil C and N dynamics are differently affected by the identity and specific structure of chemical substrates entering soil (Links between (coutney). Nave et al. (2009) suggested that the N inputs increased the primary production and soil C storage, which was accompanied by an increase in the mineral N content and a decrease in the C/N ratio. The authors considered that the mineral N input might exceed its binding capacity in biological biomass, including the microbiological biomass in SOM, especially with carbon deficiency, which caused nitrogen leaching to the ground and surface water.

Results (Indonesian) 2:

) Tanah C dan N dinamika berbeda dipengaruhi oleh struktur identitas dan spesifik substrat kimia memasuki tanah (Kaitan antara (coutney) Nave et al.. (2009) mengemukakan bahwa input N meningkatkan penyimpanan C produksi primer dan tanah, yang disertai dengan peningkatan kandungan mineral N dan penurunan rasio C / N. Para penulis menganggap bahwa masukan mineral N mungkin melebihi kapasitas mengikat dalam biomassa biologis, termasuk biomassa mikrobiologi di SOM, terutama dengan kekurangan karbon, yang menyebabkan pencucian nitrogen ke tanah dan air permukaan.