Effect of nitrogen supply on the green crop, sugar content and sugar yield of Silage sorghum (Sorghum bicolor L./Moench/)

Research output: Contribution to journalArticle

Abstract

In a long term mineral fertilisation experiment the nutrient uptake, dynamics of growth, green mass, sugar yield and dry matter yield of Silage orghum were analysed. The soil of the experimental area was calcareous in the deeper layers, with an 85-100 cm humus layer, pH (KCl):5,0-5,2, humus content 3,0-3,2%, upper limit of plasticity according to Arany (K A) 50 and clay content 32%. The aim of this paper to demonstrate the relationship among the nitrogen supply, green crop, sugar content and sugar yield of sweet sorghum variety Róna 4.

Original languageEnglish
Pages (from-to)2051-2054
Number of pages4
JournalCereal Research Communications
Volume36
Issue numberSUPPL. 5
DOIs
Publication statusPublished - 2008

Fingerprint

sorghum silage
Silage
Sorghum
Sorghum bicolor
sugar content
Nitrogen
Soil
sugars
humus
nitrogen
crops
sweet sorghum
Fertilization
silage
nutrient uptake
Minerals
clay
RNA
minerals
Growth

Keywords

  • Green mass
  • N-supply level
  • Saccharose content
  • Sugar yield

ASJC Scopus subject areas

  • Agronomy and Crop Science
  • Genetics
  • Physiology

Cite this

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abstract = "In a long term mineral fertilisation experiment the nutrient uptake, dynamics of growth, green mass, sugar yield and dry matter yield of Silage orghum were analysed. The soil of the experimental area was calcareous in the deeper layers, with an 85-100 cm humus layer, pH (KCl):5,0-5,2, humus content 3,0-3,2{\%}, upper limit of plasticity according to Arany (K A) 50 and clay content 32{\%}. The aim of this paper to demonstrate the relationship among the nitrogen supply, green crop, sugar content and sugar yield of sweet sorghum variety R{\'o}na 4.",
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T1 - Effect of nitrogen supply on the green crop, sugar content and sugar yield of Silage sorghum (Sorghum bicolor L./Moench/)

AU - Németh, T.

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N2 - In a long term mineral fertilisation experiment the nutrient uptake, dynamics of growth, green mass, sugar yield and dry matter yield of Silage orghum were analysed. The soil of the experimental area was calcareous in the deeper layers, with an 85-100 cm humus layer, pH (KCl):5,0-5,2, humus content 3,0-3,2%, upper limit of plasticity according to Arany (K A) 50 and clay content 32%. The aim of this paper to demonstrate the relationship among the nitrogen supply, green crop, sugar content and sugar yield of sweet sorghum variety Róna 4.

AB - In a long term mineral fertilisation experiment the nutrient uptake, dynamics of growth, green mass, sugar yield and dry matter yield of Silage orghum were analysed. The soil of the experimental area was calcareous in the deeper layers, with an 85-100 cm humus layer, pH (KCl):5,0-5,2, humus content 3,0-3,2%, upper limit of plasticity according to Arany (K A) 50 and clay content 32%. The aim of this paper to demonstrate the relationship among the nitrogen supply, green crop, sugar content and sugar yield of sweet sorghum variety Róna 4.

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KW - N-supply level

KW - Saccharose content

KW - Sugar yield

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