卤化法提高辣椒产量和品质的研究

Milu Herbert, D. Bastian, R. Francies, K. A. Cherian, P. Prameela, Riya Mary Mathew
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摘要

以新鲜收获的辣椒品种Anugraha种子为材料,通过载体碳酸钙(CaCO3)间接处理氯化钙(CaOCl2)和碘晶体(I2)卤素。处理包括对照(未处理)、CaOCl2 + CaCO3(每个2g /kg种子)、CaOCl2 + CaCO3(每个4g /kg种子)、碘晶+ CaCO3(每个50mg /kg种子)和碘晶+ CaCO3(每个100mg /kg种子)。单株果数、单株果重、单株籽粒产量和百粒重均显著高于cocl2 + CaCO3 @2g /kg种子处理,其次是cocl2 + CaCO3 @4g /kg种子处理。CaOCl2 + CaCO3 @2 g /kg和碘晶+ CaCO3 @100mg /kg处理的种子质量优于其他处理,幼苗活力较高,渗滤液电导率较低,而未处理的对照幼苗活力指数最低,电导率最高。
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Halogenation for improvement of seed yield and quality in chilli (Capsicum annuum L.)
Freshly harvested seeds of chilli variety Anugraha were treated with halogens namely Calcium oxy chloride (CaOCl2) and Iodine crystal (I2) indirectly through a carrier Calcium carbonate (CaCO3). The treatments included Control (Untreated), CaOCl2 + CaCO3 (2g each/kg seed), CaOCl2 + CaCO3 (4g each/kg seed), Iodine crystal + CaCO3 (50mg each/kg seed) and Iodine crystal + CaCO3 (100mg each/kg seed). Seed treatment with CaOCl2 + CaCO3 @2g each/kg seed registered significantly higher values for fruits per plant, fruit weight, seed yield per plant and hundred seed weight followed by CaOCl2 + CaCO3 @4g each/kg seed. The treatments, CaOCl2 + CaCO3 @2 g each/kg seed and Iodine crystal + CaCO3 @100mg each/kg seed performed superior in seed quality with higher seedling vigour and lower electrical conductivity of seed leachates over other treatments, while untreated control recorded least seedling vigour indices and highest electrical conductivity.
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