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Role of Relative Humidity in Processing and Storage of Seeds and Assessment of Variability in Storage Behaviour inBrassicaspp. andEruca sativa

机译:相对湿度在种子加工和储存中的作用及储存行为中变异性评估。和苜蓿苜蓿

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摘要

The role of relative humidity (RH) while processing and storing seeds of Brassica spp. and Eruca sativa was investigated by creating different levels of relative humidity, namely, 75%, 50%, 32%, and 11% using different saturated salt solutions and 1% RH using concentrated sulphuric acid. The variability in seed storage behaviour of different species of Brassica was also evaluated. The samples were stored at 40±2°C in sealed containers and various physiological parameters were assessed at different intervals up to three months. The seed viability and seedling vigour parameters were considerably reduced in all accessions at high relative humidity irrespective of the species. Storage at intermediate relative humidities caused minimal decline in viability. All the accessions performed better at relative humidity level of 32% maintaining seed moisture content of 3%. On analyzing the variability in storage behaviour, B. rapa and B. juncea were better performers than B. napus and Eruca sativa.
机译:相对湿度(RH)的作用,同时加工和储存芸苔属SPP的种子。通过使用浓硫酸产生不同的饱和盐溶液和1%RH来通过产生不同水平的相对湿度,即75%,50%,32%和11%来研究Eruca Sativa。还评估了不同种类的芸薹种子储存行为的变异性。将样品在40±2℃下储存在密封容器中,并以不同的间隔评估各种生理参数,长达三个月。在高相对湿度的所有载体中,由于物种而显着降低了种子活力和幼苗活力参数。中间相对湿度的储存导致生存能力下降最小。所有换档在相对湿度水平的32%维持含量含量为3%的情况下进行更好。分析储存行为的变异性,B. Rapa和B. juncea比B. Napus和Eruca Sativa更好的表演者。

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