FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2149696870> ?p ?o ?g. }

• W2149696870 abstract "Sorghum (Sorghum bicolor L. Moench), including sweet sorghum, is widely adapted to diverse and often marginal crop production environments. Sweet sorghum stalks have high sugar content compared with other sorghum types and has potential for producing ethanol to be mixed with gasoline or for producing ethyl tert-butyl ether, an octane additive to gasoline. Sweet sorghum was introduced to the United States for syrup production in the 1850s (Winberry, 1980). Production peaked following sugar shortages during World War II at about 136 million L yr-1 of syrup in 1946 (Hunter & Anderson, 1997), but thereafter declined because of low sugar prices and inadequate production efficiency. Sweet sorghum can be competitive with corn (Zea mays L.) and grain sorghum for ethanol yield when grain yield is less than 9 Mg ha-1, and is comparatively efficient in nitrogen use (Smith & Buxton, 1993). Sweet sorghum can easily substitute for corn or grain sorghum in many cropping systems. Currently, most ethanol produced in the U.S.A. is from the starch of corn grain with the support of federal subsidies. Energy gains with production of ethanol from grain are modest, typically ranging from 30 to 130% depending on N use efficiency, ethanol plant efficiency, and the efficient use of the distillers grain co-product. Sweet sorghum can be produced at less cost than corn, often with higher energy gains (Smith & Buxton, 1993). Rather than producing starch, sweet sorghum carbohydrates are stored in the stalk as sugar, with sugar concentrations of 8-20% (Rains et al., 1990). Conversion of sugar to ethanol requires less energy than starch as much energy is used to depolymerize the starch. Sweet sorghum has demonstrated potential to produce up to 6000 L ha-1 of ethanol in Iowa and Colorado U.S.A. (Smith & Buxton, 1993), equivalent to ethanol from approximately 20 Mg of corn grain. However, estimated ethanol yields were on average 33% more with grain of corn and grain sorghum compared with sugar of sweet sorghum for seven rainfed site-years in Nebraska U.S.A. (Wortmann et al, 2010). Seasonal availability, the need to transport and store much mass, and storability of sweet sorghum constrain sweet sorghum as a bio-energy crop. In planning for bio-fuel production, long-term sustainability of cropping systems must be considered. Sustainability of a cropping system is very much dependent on production environment and resource availability. In one study comparing the sustainability of different bioenergy crops, sweet sorghum, along with oil palm (Elaeis guineensis L.) and sugarcane (Saccharum spp.) for biofuel, were found to be more sustainable in comparison to" @default.
• W2149696870 created "2016-06-24" @default.
• W2149696870 creator A5047178406 @default.
• W2149696870 creator A5063186589 @default.
• W2149696870 date "2011-08-29" @default.
• W2149696870 modified "2023-10-03" @default.
• W2149696870 title "Sweet Sorghum as a Bioenergy Crop for the US Great Plains" @default.
• W2149696870 cites W10569303 @default.
• W2149696870 cites W1600390521 @default.
• W2149696870 cites W1965905944 @default.
• W2149696870 cites W1966636846 @default.
• W2149696870 cites W1976666582 @default.
• W2149696870 cites W1976970629 @default.
• W2149696870 cites W2008062154 @default.
• W2149696870 cites W2008166403 @default.
• W2149696870 cites W2009590202 @default.
• W2149696870 cites W2010382628 @default.
• W2149696870 cites W2015812763 @default.
• W2149696870 cites W2016138081 @default.
• W2149696870 cites W2016289593 @default.
• W2149696870 cites W2016952350 @default.
• W2149696870 cites W2019330864 @default.
• W2149696870 cites W2020385013 @default.
• W2149696870 cites W2021789220 @default.
• W2149696870 cites W2022813253 @default.
• W2149696870 cites W2024029937 @default.
• W2149696870 cites W2028454143 @default.
• W2149696870 cites W2032044499 @default.
• W2149696870 cites W2033325214 @default.
• W2149696870 cites W2039441280 @default.
• W2149696870 cites W2045157384 @default.
• W2149696870 cites W2046041510 @default.
• W2149696870 cites W2047698255 @default.
• W2149696870 cites W2048170706 @default.
• W2149696870 cites W2054061030 @default.
• W2149696870 cites W2055272591 @default.
• W2149696870 cites W2055945479 @default.
• W2149696870 cites W2056299572 @default.
• W2149696870 cites W2060430327 @default.
• W2149696870 cites W2062596152 @default.
• W2149696870 cites W2063269496 @default.
• W2149696870 cites W2064641465 @default.
• W2149696870 cites W2066435170 @default.
• W2149696870 cites W2068989277 @default.
• W2149696870 cites W2073081156 @default.
• W2149696870 cites W2075781259 @default.
• W2149696870 cites W2092206028 @default.
• W2149696870 cites W2102863061 @default.
• W2149696870 cites W2103889594 @default.
• W2149696870 cites W2152132141 @default.
• W2149696870 cites W2152253582 @default.
• W2149696870 cites W2165179708 @default.
• W2149696870 cites W2255251032 @default.
• W2149696870 cites W2330529322 @default.
• W2149696870 cites W2484747754 @default.
• W2149696870 cites W2517875419 @default.
• W2149696870 cites W2903181593 @default.
• W2149696870 cites W2999036526 @default.
• W2149696870 cites W3015838303 @default.
• W2149696870 cites W3211756049 @default.
• W2149696870 cites W650863103 @default.
• W2149696870 cites W3112678008 @default.
• W2149696870 doi "https://doi.org/10.5772/17066" @default.
• W2149696870 hasPublicationYear "2011" @default.
• W2149696870 type Work @default.
• W2149696870 sameAs 2149696870 @default.
• W2149696870 citedByCount "6" @default.
• W2149696870 countsByYear W21496968702013 @default.
• W2149696870 countsByYear W21496968702015 @default.
• W2149696870 countsByYear W21496968702016 @default.
• W2149696870 countsByYear W21496968702017 @default.
• W2149696870 countsByYear W21496968702018 @default.
• W2149696870 countsByYear W21496968702020 @default.
• W2149696870 crossrefType "book-chapter" @default.
• W2149696870 hasAuthorship W2149696870A5047178406 @default.
• W2149696870 hasAuthorship W2149696870A5063186589 @default.
• W2149696870 hasBestOaLocation W21496968701 @default.
• W2149696870 hasConcept C137580998 @default.
• W2149696870 hasConcept C150903083 @default.
• W2149696870 hasConcept C156380964 @default.
• W2149696870 hasConcept C2778157034 @default.
• W2149696870 hasConcept C2780848231 @default.
• W2149696870 hasConcept C39432304 @default.
• W2149696870 hasConcept C53991642 @default.
• W2149696870 hasConcept C54286561 @default.
• W2149696870 hasConcept C6557445 @default.
• W2149696870 hasConcept C86803240 @default.
• W2149696870 hasConceptScore W2149696870C137580998 @default.
• W2149696870 hasConceptScore W2149696870C150903083 @default.
• W2149696870 hasConceptScore W2149696870C156380964 @default.
• W2149696870 hasConceptScore W2149696870C2778157034 @default.
• W2149696870 hasConceptScore W2149696870C2780848231 @default.
• W2149696870 hasConceptScore W2149696870C39432304 @default.
• W2149696870 hasConceptScore W2149696870C53991642 @default.
• W2149696870 hasConceptScore W2149696870C54286561 @default.
• W2149696870 hasConceptScore W2149696870C6557445 @default.
• W2149696870 hasConceptScore W2149696870C86803240 @default.
• W2149696870 hasLocation W21496968701 @default.
• W2149696870 hasLocation W21496968702 @default.
• W2149696870 hasLocation W21496968703 @default.

• next