冬季绿肥栽培对稻田水稻产量和土壤肥力的影响。

Q3 Agricultural and Biological Sciences Chinese Journal of Eco-agriculture Pub Date : 2013-11-12 DOI:10.3724/SP.J.1011.2013.01209
Yang Binjuan, Huang Guo-qin, Wang Chao, Lin Qing, Xu Ning
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引用次数: 5

摘要

绿肥作为优质营养物、生物肥料和有机肥的完整来源一直很重要。一般来说,中国南方的稻田在冬天都休耕了。在一年的大部分时间里,这通常相当于浪费了土地资源。农业面源污染是由于化学农药的过度使用而造成的,其使用效率低下,对环境造成了严重的污染。因此,大规模推广冬季绿肥对实现农业可持续发展至关重要。为探索冬季绿肥在改善土壤养分中的生态作用,本研究采用冬播绿色植物(黄豆科植物、黑麦草、油菜籽),连续8年在早稻种植前15天耕入稻田。以连续冬季休耕为对照试验。结果表明,冬季绿肥田的平均产量高于冬季休耕田。增加幅度最大的是豇豆处理(10.48%),其次是油菜籽处理(7.31%),黑麦草处理(5.76%)。紫薇处理的pH和碱性水解氮最高。pH和碱性水解氮分别提高了0.58%、1.37%和6.59%、35.35%。黑麦草处理土壤有机质、速效磷、速效钾和碳氮比最高。黑麦草处理土壤有机质比其他处理高2.99% ~ 4.98%。有效磷提高了19.25%(31.05%),有效钾提高了16.97%(22.15%),碳氮比提高了0.97%(6.61%)。水稻产量与每穗粒数、结实率、粒重、碱解氮和速效磷极显著相关(p0.01),与每穗粒数、有机质、速效钾和有机碳极显著相关(p0.05),与穗长、有效穗数、土壤pH和C/N比无显著相关(p0.05)。研究表明,各水稻产量变量与土壤养分之间存在极密切的相关关系。总体而言,研究表明冬季绿肥能改善土壤肥力,提高水稻产量。实验所用的豇豆、黑麦草和油菜籽分别属于豆科、禾本科和芸苔科。这些作物构成了研究区传统上常见的冬季绿肥品种。这项研究对提高农业生产力、改善土壤质量和增加农民收入至关重要。为提高土壤肥力和土地利用水平,促进中国农业可持续发展提供理论依据。
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Effects of winter green manure cultivation on rice yield and soil fertility in paddy field.
Green manure has been important as a complete source of high-quality nutrients,bio-fertilizers and organic fertilizers.Generally,paddy fields in southern China have been laid fallow in winter.This has generally amounted to waste of land resources for a significant portion of the year.Agricultural non-point source pollution caused by overuse of chemical pesticides with low-use efficiencies has had serious environmental pollution.Hence the large-scale promotion of winter green manure was crucial in achieving sustainable agricultural development.To explore the ecological role of winter green manure in improving soil nutrients,an experimental study was conducted where green plants(milk-vetch,ryegras,rapeseed) were planted during winter and plowed into rice fields 15 days before early rice planting for eight consecutive years.A continuous winter fallow was used as the control experiment.The results showed that average rice yield in fields with winter green manure was higher than in winter fallow fields.The most obvious increase was in the milk-vetch treatment(10.48%),followed by the rapeseed treatment(7.31%) and then the ryegrass treatment(5.76%).pH and alkaline hydrolysis nitrogen in the milk-vetch treatment was highest.pH and alkaline hydrolysis nitrogen increased by 0.58% 1.37% and 6.59% 35.35%,respectively.Organic matter,available P,available K and C/N ratio in soils with ryegrasse treatment were highest.Soil organic matter in ryegrass treatment was higher than that in other treatments by 2.99% 4.98%.Alao available P increased by 19.25% 31.05%,available K by 16.97% 22.15% and C/N ratio by 0.97% 6.61%.Rice yield highly significantly correlated(P 0.01) with per-panicle spikelets,seed setting rate,grain weight,alkaline hydrolysis nitrogen and available P;and was significantly correlated(P 0.05) with per-panicle grains,organic matter,available K and organic carbon;while it had no significant correlation with panicle length,effective panicle,soil pH and C/N ratio.The study showed extremely close correlation among the respective rice yield varibles and soil nutrients.On the whole,the study showed that winter green manure improved soil fertility and enhanced rice yield.Milk-vetch,ryegrass and rapeseed used in the experiment respectively belong to Leguminosae,Gramineae and Brassicaceae.These crops constituted the traditionally common winter green manure species in the study area.The study was critical for increased agricultural productivity,improved soil quality and increased farmer income.The paper provided the theoretical basis for improving soil fertility and land utilization for sustainable agricultural development in China.
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来源期刊
Chinese Journal of Eco-agriculture
Chinese Journal of Eco-agriculture Environmental Science-Ecology
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2.70
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