Nitrogen mineralization of biowaste compost with different maturity after application on arable and recultivated soils

Siebert S.; J. Leifeld; I. Kogel-Knabner

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Nitrogen mineralization of biowaste compost with different maturity after application on arable and recultivated soils

机译：在可耕种和耕种后的土壤上施用不同成熟度的生物废料堆肥的氮矿化作用

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The N-mineralization was investigated after application of biowaste compost with different maturity degree on soils. Soil substrates of a cambisol, a luvisol and a recultivated mine spoil were added with 65 t ha~(-1) of a mature and with 70 t ha~(-l) of a fresh compost for an incubation time of 552 days by a temperature of 5 and 14 deg C. The N-mineralization increased after the amendment of compost on soils. 5-7% N was released in all mixtures of soil with compost. The different maturity degree of the composts did not influenced the amount of mineralization. The sandy substrat of the recultivated soil shows the highest N-mineralization. Dependent on the maturity degree and the soil substrates there was a different nitrogen dynamic during incubation time.

机译：在土壤上施用不同成熟度的生物废料堆肥后，研究了氮矿化作用。用65 t ha〜（-1）的成熟土和70 t ha〜（-1）的新鲜堆肥向坎比索，卢维索和再生的矿渣的土壤基质中添加552天的孵化时间。温度为5和14摄氏度。堆肥在土壤中改良后，N矿化作用增加。在土壤与堆肥的所有混合物中释放出5-7％的氮。堆肥的不同成熟度不影响矿化量。再生土壤的沙质底物显示出最高的氮矿化度。取决于成熟度和土壤基质，在培养时间内氮的动态变化有所不同。

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《Zeitschrift fur kulturtechnik und landentwicklung》 |1998年第2期|共6页
作者
Siebert S.; J. Leifeld; I. Kogel-Knabner;
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正文语种 ger
中图分类农业工程;
关键词
biowaste compost; maturity degree; N-mineralization; fit of mineralization;

机译：生物废料堆肥成熟度氮矿化矿化度;

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1. Nitrogen mineralization of biowaste compost with different maturity after application on arable and recultivated soils [J] . Siebert S., J. Leifeld, I. Kogel-Knabner Zeitschrift fur kulturtechnik und landentwicklung . 1998,第2期

机译：在可耕种和耕种后的土壤上施用不同成熟度的生物废料堆肥的氮矿化作用
2. Soil biology and nitrogen dynamics of vineyard soils as affected by a mature biowaste compost application. [J] . Nendel C, Reuter S Compost Science & Utilization . 2007,第2期

机译：成熟的生物废料堆肥应用对葡萄园土壤的土壤生物学和氮动力学的影响。
3. Long-term application of biowaste compost versus mineral fertilization: Effects on the nutrient and heavy metal contents of soil and plants [J] . Bartl B, Hartl W, Horak O Journal of plant nutrition and soil science . 2002,第2期

机译：生物废料堆肥与矿物肥料的长期应用：对土壤和植物养分和重金属含量的影响
4. Effect of Sewage Sludge Compost Application on Ammonium-Nitrogen and Nitrate-Nitrogen Contents of an Olive Grove Soil [C] . Beltran, E. M., Miralles de Imperial, International Soil Conservation Organization Conference vol.3; 20020526-31; Beijing(CN) . 2002

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7. Comparisons of the Forage Productivity and Mineral Contents between the Newly Reclaimed and Arable Hilly Soils III. Changes in the soil properties, seedling vigour, yield, and mineral contents of forage by phosphorus application [O] . Yeun-Kyu Jung 2003

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Nitrogen mineralization of biowaste compost with different maturity after application on arable and recultivated soils

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