The incorporation of undecomposed wheat straw in the soil together with the microorganisms for its decomposition increased the yield of a groundnut crop. An increase of 37% in yield was recorded when wheat straw was inoculated with Penicillium digitatum and C:P ratio was adjusted to 65. Inoculated treatments of a narrower C:P ratio gave a higher yield than wider C:P ratio treatments inoculated with the same cultures. N uptake by groundnut plants increased due to incorporation of straw + the microorganisms. The organic C and N content of the soil increased with all treatments except the control. The highest increase in soil organic C and N was with a treatment of wheat straw of 65 C:P ratio inoculated with Staphylotrichum coccosporum. The yield of wheat after the groundnut was significantly more with several treatments than in the control plots. The highest increase of 79% in grain yield of wheat was in the plots which had previously received wheat straw of 200 C:P ratio.udud
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机译：将未分解的麦秸在土壤中加入与微生物的分解增加了地生作物的产量。当用青霉氟化粒子和C：P比调节到65时，记录麦秸的增加37％的产量增加。接种C：P比的接种处理比较宽的C：P比率处理较高的产率相同的文化。由于掺入吸管+微生物，n植物的吸收增加。土壤的有机C和N含量随着对照除外的所有治疗而增加。土壤有机C和N的最高增加是用65℃：P比的麦秸秆接种与葡萄球菌的麦孢子孢子。小麦在地生后的产量比在对照图中具有若干治疗。小麦籽粒产量的最高增加79％是预先接受了200℃：P比的小麦秸秆的地块。 ud ud
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