Number of tiller per plant of Rio was significantly more than Keller. Keller was significantly superior for plant height, stem diameter, stem fresh weight, juice yield and brix at hard dough harvest stage as compared to Rio. The highest juice yield and purity were produced by 400 thousand plants/ha. The effect of plant density at hard dough harvest stage on plant height, stem diameter, number of tillers, stem fresh weight and juice yield were significant but had no significant effect on brix, sucrose percentage and purity. Main plots were plant densities (100, 200, 300, 400, 500 and 600 thousand plant/ha and subplots were cultivars (Rio and Keller. A split plot layout within a randomized complete block design with tree replication was used. Two hybrid cultivars, Zaoshu-1 (ZS 1) and Chuntian-2 (CT 2), and twoĮffect of Increase in Plant Density on Stem Yield and Sucrose Content in Two Sweet Sorghum Cultivarsįull Text Available Abstract In order to evaluate the effect of increase plant density on stalk yield and sucrose content in two sweet sorghum cultivars, an experiment was conducted at Research Farm of Isfahan University located at Zaghmar village. Xie, G.H.Įffects of cultivar choice and nitrogen supply on biomass yield and dry matter partitioning of sweet sorghum were studied under irrigated conditions in the arid temperate climate of north-west China. Sweet sorghum performance under irrigated conditions in northwest China : Biomass and its partitioning in inbred and hybrid cultivars at two nitrogen levelsįan, F. In the production of ethanol per tonne of biomass (EP, the cultivars BRS508 and CMSX629 presented the best results. Regarding the sugar content, the cultivars BRS508, XBWS80147 and CMSX629 showed the highest means for the total reducing sugars (TRS and recoverable sugar (RS. The results showed a significant difference between cultivars and harvest dates for all parameters analysed (p≤0.01. This work aimed to develop and study the maturation curves of seven sweet sorghum cultivars in ten harvest dates. Due to this fact, there is a need for the analysis of sweet sorghum properties in order to meet the agro-industry demand. for the production of ethanol, since it has juicy stems with directly fermentable sugars. used in this Product/ APP are registered trademarks/ patents of their respective companies.Maturation curves of sweet sorghum genotypesĭirectory of Open Access Journals (Sweden)įull Text Available ABSTRACT Sweet sorghum stands out as a complementary crop to sugarcane Saccharum spp. Other Company names and/ or product names etc. “CropIt” is a TM of its respective company and is used here under License The technology for "Freeform Cropping" on the iOS devices is PATENTED and is used in this APP under License Large size Documents or Images may take some time to open / edit / save / send etc. iOS refers to Apple’s iOS of 4.3.5 and above Document refers to a PDF file or any photograph or an image file
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