Evaluation of Sinapis alba, native to Israel, as a rich source of erucic acid in seed oil.

Sinapis alba seed accessions (280) were collected from the native flora in Israel, and their oil was analysed for fatty acid composition. The 34 accessions with the highest erucic acid content (abhove 55%) were grown at the Bet Dagan Experiment Station. Based on their agronomic and chemical performance, 11 lines were selectef for a field trial. Following 2 years of cultivation, a significant improvement wasobtained in yield (44%), oil content (15%), erucic acid content (2%) and seed size (17%). Evaluating three selected lines in different geographical location showed that a cooler climate promotes greater oil content and seed size. However, the best seed yield was obtained in the temperate climate of the Bet Dagan Experiment Station Line "Bet agan" was the best with a yield potential of 665 kg erucic acid per hectare. Based on the results of this work, S. alba can be considered as a potential new oil crop for industrial purposes.

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Main Authors: Yaniva, Zohara, autor. aut 55940, Ben Moshe, E. 55941, Elber, Y. 55942, Schafferman, D. 55943, Sur, M. 55944
Format: Texto biblioteca
Language:ng
Subjects:Composición quimica., Cruciferae, Plantas oleaginosas., Semillas oleaginosas., Sinapsis alba.,
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spelling dig-fedepalma-123456789-817782022-08-05T10:10:16Z Evaluation of Sinapis alba, native to Israel, as a rich source of erucic acid in seed oil. Yaniva, Zohara, autor. aut 55940 Ben Moshe, E. 55941 Elber, Y. 55942 Schafferman, D. 55943 Sur, M. 55944 Composición quimica. Cruciferae Plantas oleaginosas. Semillas oleaginosas. Sinapsis alba. Cruciferae Sinapis alba seed accessions (280) were collected from the native flora in Israel, and their oil was analysed for fatty acid composition. The 34 accessions with the highest erucic acid content (abhove 55%) were grown at the Bet Dagan Experiment Station. Based on their agronomic and chemical performance, 11 lines were selectef for a field trial. Following 2 years of cultivation, a significant improvement wasobtained in yield (44%), oil content (15%), erucic acid content (2%) and seed size (17%). Evaluating three selected lines in different geographical location showed that a cooler climate promotes greater oil content and seed size. However, the best seed yield was obtained in the temperate climate of the Bet Dagan Experiment Station Line "Bet agan" was the best with a yield potential of 665 kg erucic acid per hectare. Based on the results of this work, S. alba can be considered as a potential new oil crop for industrial purposes. Incluye 16 referencias bibliográficas. Sinapis alba seed accessions (280) were collected from the native flora in Israel, and their oil was analysed for fatty acid composition. The 34 accessions with the highest erucic acid content (abhove 55%) were grown at the Bet Dagan Experiment Station. Based on their agronomic and chemical performance, 11 lines were selectef for a field trial. Following 2 years of cultivation, a significant improvement wasobtained in yield (44%), oil content (15%), erucic acid content (2%) and seed size (17%). Evaluating three selected lines in different geographical location showed that a cooler climate promotes greater oil content and seed size. However, the best seed yield was obtained in the temperate climate of the Bet Dagan Experiment Station Line "Bet agan" was the best with a yield potential of 665 kg erucic acid per hectare. Based on the results of this work, S. alba can be considered as a potential new oil crop for industrial purposes. ©1994 text ng
institution FEDEPALMA
collection DSpace
country Colombia
countrycode CO
component Bibliográfico
access En linea
databasecode dig-fedepalma
tag biblioteca
region America del Sur
libraryname Centro de Información y Documentación Palmero
language ng
topic Composición quimica.
Cruciferae
Plantas oleaginosas.
Semillas oleaginosas.
Sinapsis alba.
Cruciferae
Composición quimica.
Cruciferae
Plantas oleaginosas.
Semillas oleaginosas.
Sinapsis alba.
Cruciferae
spellingShingle Composición quimica.
Cruciferae
Plantas oleaginosas.
Semillas oleaginosas.
Sinapsis alba.
Cruciferae
Composición quimica.
Cruciferae
Plantas oleaginosas.
Semillas oleaginosas.
Sinapsis alba.
Cruciferae
Yaniva, Zohara, autor. aut 55940
Ben Moshe, E. 55941
Elber, Y. 55942
Schafferman, D. 55943
Sur, M. 55944
Evaluation of Sinapis alba, native to Israel, as a rich source of erucic acid in seed oil.
description Sinapis alba seed accessions (280) were collected from the native flora in Israel, and their oil was analysed for fatty acid composition. The 34 accessions with the highest erucic acid content (abhove 55%) were grown at the Bet Dagan Experiment Station. Based on their agronomic and chemical performance, 11 lines were selectef for a field trial. Following 2 years of cultivation, a significant improvement wasobtained in yield (44%), oil content (15%), erucic acid content (2%) and seed size (17%). Evaluating three selected lines in different geographical location showed that a cooler climate promotes greater oil content and seed size. However, the best seed yield was obtained in the temperate climate of the Bet Dagan Experiment Station Line "Bet agan" was the best with a yield potential of 665 kg erucic acid per hectare. Based on the results of this work, S. alba can be considered as a potential new oil crop for industrial purposes.
format Texto
topic_facet Composición quimica.
Cruciferae
Plantas oleaginosas.
Semillas oleaginosas.
Sinapsis alba.
Cruciferae
author Yaniva, Zohara, autor. aut 55940
Ben Moshe, E. 55941
Elber, Y. 55942
Schafferman, D. 55943
Sur, M. 55944
author_facet Yaniva, Zohara, autor. aut 55940
Ben Moshe, E. 55941
Elber, Y. 55942
Schafferman, D. 55943
Sur, M. 55944
author_sort Yaniva, Zohara, autor. aut 55940
title Evaluation of Sinapis alba, native to Israel, as a rich source of erucic acid in seed oil.
title_short Evaluation of Sinapis alba, native to Israel, as a rich source of erucic acid in seed oil.
title_full Evaluation of Sinapis alba, native to Israel, as a rich source of erucic acid in seed oil.
title_fullStr Evaluation of Sinapis alba, native to Israel, as a rich source of erucic acid in seed oil.
title_full_unstemmed Evaluation of Sinapis alba, native to Israel, as a rich source of erucic acid in seed oil.
title_sort evaluation of sinapis alba, native to israel, as a rich source of erucic acid in seed oil.
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