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首页> 外文期刊>Scientific reports. >Characterization of semi-arid Chadian sweet sorghum accessions as potential sources for sugar and ethanol production
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Characterization of semi-arid Chadian sweet sorghum accessions as potential sources for sugar and ethanol production

机译:半干旱乍得甜英高粱的特点作为糖和乙醇生产的潜在来源

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摘要

Sweet sorghum (Sorghum bicolor (L.) Moench) is an important crop in Chad that plays an economic role in the countryside were stalks are produced mainly for human consumption without any processing. Unfortunately, very little information exists on its genetic diversity and brix content. Studies performed in 2014 and 2015 showed that there were significant variations (p??0.001) for all assessed quantitative traits. Potential grain yield (0.12–1.67?t?ha?1), days to 50% flowering (68.3–126.3?days), and plant height (128.9–298.3?cm) were among traits that exhibited broader variability. Brix content range from 5.5 to 16.7% across accessions, was positively correlated to stalk diameter and plant height, but negatively correlated to moisture content in fresh stalk and potential grain yield. Fresh stalk yield range from 16.8 to 115.7?Mg?ha?1, with a mean value of 58.3?Mg?ha?1 across accession. Moisture content in fresh stalk range from 33.7 to 74.4% but was negatively correlated to fresh stalk yield. Potential sugar yield range from 0.5 to 5.3?Mg?ha?1 across accession with an average of 2.2?Mg?ha?1. Theoretical ethanol yield range from 279.5 to 3,101.2?L?ha?1 across accession with an average of 1,266.3?L?ha?1 which is significantly higher than values reported under similar semiarid conditions. Overall, grain yields were comparatively low. However, two accessions had grain yield of more than 1.5?t?ha?1; which is greater than the average 1.0?t?ha?1 for local grain sorghum varieties in Chad. These could have multi-purpose uses; grains, sugar and bioenergy production.
机译:甜高粱(高粱双色(L.)Moench)是乍得的重要作物,在农村发挥经济作用是茎秆主要用于人类消费而没有任何处理。不幸的是,遗传多样性和Brix内容存在很少的信息。 2014年和2015年进行的研究表明,所有评估的定量性状有显着的变化(p?<0.001)。潜在的谷物产量(0.12-1.67?HA?1),天至50%开花(68.3-126.3?天),植物高度(128.9-298.3?cm)是表现出更广泛的变异性的特征。浅层含量的纤维含量为5.5至16.7%,与茎直径和植物高度呈正相关,但与新鲜茎秆的水分含量呈负相关,潜在的谷物产量。新鲜茎秆产量范围为16.8至115.7?mg?ha?1,平均值为58.3?mg?ha?1跨入加入。新鲜秸秆中的水分含量范围为33.7至74.4%,但与新鲜茎秆产量负相关。潜在的糖产量范围为0.5至5.3?mg?Ha?1横跨加入,平均为2.2?mg?Ha?1。理论乙醇产率的范围为279.5至3,101.2?L?HA?1横跨加入,平均值为1,266.3?1?HA?1,其显着高于在类似的半干旱条件下报告的值。总体而言,谷物产量相对较低。然而,两种牧场的粮食产量超过1.5?HA?1;这大于乍得局部谷物高粱品种的平均1.0?1。这些可能具有多功能使用;谷物,糖和生物能源生产。

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