吕宋岛中部不同饲用型鸽豆品种的评价

L. G. Manalili, E. Cruz, E. A. Orden, C. Juico, N. A. D. Rosario
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摘要

鸽豆(Cajanus cajan)是一种耐旱的双重用途作物,主要作为粮食作物供人类食用。在缺水土壤条件下,鸽豆的经济产量使其成为农牧结合生产优质饲料的理想作物。采用国际半干旱热带作物研究所(ICRISAT)的4个饲料型品种ICPL 87119、ICPL 13092、ICPL 7035和ICPL 20092进行试验,以确定最适合吕宋岛中部农业气候条件的品种。每个品种共种植240株,种植间距为0.5 m × 0.75 m。实验地块采用随机完全区组设计,在中央吕宋州立大学设置3个重复。通过测定各品种的生长性能、牧草产量、干物质产量和抗病性进行评价。结果表明,不同品种的成活率差异显著。所有品种的成活率均低于85%。其中,ICP 7035的牧草产量最高,为8.9吨/公顷,比ICPL 87119、ICPL 20092和ICPL 13092分别高出24.71%、58.42%和68.53%。ICP 7035在除茎叶比外的所有农艺指标中均表现最好。在ICPL 20092中观察到叶片茎比为3.18:1。但ICPL 20092的螨害严重(98%),其余品种对螨害有抗性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Evaluation of Different Forage Type Varieties of Pigeon Pea (Cajanus cajan) in Central Luzon
Pigeon pea (Cajanus cajan) is a drought-tolerant dual-purpose crop primarily grown as grain crop for human consumption. The ability of pigeon pea to produce economic yields under moisturedeficient soils makes it as an ideal crop to integrate in the crop-livestock farming for production of high-quality fodder. Four pigeon pea forage-type variety of the International Crop Research Institute for the SemiArid Tropics (ICRISAT), namely: ICPL 87119, ICPL 13092, ICP 7035, and ICPL 20092, were planted to identify the best variety that is suitable under Central Luzon agro-climatic conditions. A total of 240 plants per variety were planted with 0.5 m x 0.75 m planting distance. The experiment plots were laidout using Randomized Complete Block Design with three replications at the Central Luzon State University. The varieties were evaluated by measuring the growth performance, herbage yield, dry matter yield, and disease tolerance. Results showed significant variations in the survival rate of the different varieties. All varieties exhibited less than 85% survival rate. Among the varieties, ICP 7035 produced the highest herbage yield per hectare of 8.9 tons which was 24.71%, 58.42%, and 68.53% higher compared to ICPL 87119, ICPL 20092, and ICPL 13092, respectively.  Likewise, ICP 7035 showed the highest performance in all agronomic parameters measured except leaf to stem ratio. High leaf to stem ratio of 3.18:1 was observed from ICPL 20092.  However, ICPL 20092 was severely infested by mites (98%), while the rest were found to be resistant to mite infestation.
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