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首页> 外文期刊>International journal of green energy >Flowering pattern of biodiesel plant Jatropha in frost- and drought-prone regions of Botswana
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Flowering pattern of biodiesel plant Jatropha in frost- and drought-prone regions of Botswana

机译:博茨瓦纳受霜冻和干旱影响的地区生物柴油植物麻风树的花型

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摘要

Jatropha has gained interest as a potential biodiesel feedstock. Nevertheless, its oil production decreases significantly in frost- and drought-prone regions. In this study, we characterized the flowering pattern of Jatropha in Botswana in the 2014/2015 season. Extensive springtime pruning synchronized Jatropha regrowth in summer and effectively stimulated growth after frost damage. Flowering started in February 2015 and peaked in April and May. Wide variations in flowering frequency were observed among different Jatropha accessions. Trees flowering in February and March produced fruit in May, but most trees only flowered in April and May and did not yield fruit because of cold snaps. These observations suggested that harvesting seed before wintertime is the key to improve Jatropha production in the Botswana climate. This study highlighted the importance of inducing early flowering by developing new agricultural managements. These may include frost cover and sun shades to prevent stress-induced damage, canopy control by pruning, optimization of fertilization practice, and/or introduction of superior Jatropha varieties.
机译:麻风树已成为潜在的生物柴油原料。然而,在易受霜冻和干旱影响的地区,其石油产量显着下降。在这项研究中,我们表征了2014/2015赛季博茨瓦纳麻风树的开花模式。春季广泛的修剪使夏季的麻风树再生长,并有效地刺激了霜冻后的生长。 2015年2月开始开花,4月和5月达到顶峰。在不同的麻风树种之间观察到开花频率的广泛变化。 2月和3月开花的树木在5月份开花结果,但是大多数树木仅在4月和5月开花,并且由于寒冷而没有开花结果。这些观察结果表明,冬季之前收获种子是提高博茨瓦纳气候下麻风树产量的关键。这项研究强调了通过发展新的农业管理方法来诱导早开花的重要性。这些措施可能包括防霜冻和遮阳以防止压力引起的损害,通过修剪控制冠层,优化施肥方法和/或引入优质麻风树品种。

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