Temporal stability of growth and yield among Hevea genotypes introduced to a non-traditional rubber growing region of peninsular India

<span<Extensive cultivation of Hevea brasiliensis in India now focus on non-traditional regions for rubber cultivation. As a prelude for selection of genotypes for commercial cultivation, many introduced genotypes are being tested in genotype adaptation experiments in these regions. Present st...
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Autor*in:	K.K. Vinod [verfasserIn] M. Suryakumar [verfasserIn] T.R. Chandrasekhar [verfasserIn] M.A. Nazeer [verfasserIn]

Format:	E-Artikel
Sprache:	Englisch

Erschienen:	2013

Schlagwörter:	genotype adaptation, growth, yield, stability, genotype x environment interaction

Übergeordnetes Werk:	In: Annals of Forest Research - ‘Marin Drăcea’ National Research-Development Institute in Forestry, 2011, 53(2013), 2, Seite 107-115
Übergeordnetes Werk:	volume:53 ; year:2013 ; number:2 ; pages:107-115

Links:	Link aufrufen Link aufrufen Link aufrufen Journal toc Journal toc

DOI / URN:	10.15287/afr.2010.103

Katalog-ID:	DOAJ009722491

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callnumber-first	S - Agriculture
author	K.K. Vinod
spellingShingle	K.K. Vinod misc SD1-669.5 misc genotype adaptation, growth, yield, stability, genotype x environment interaction misc Forestry Temporal stability of growth and yield among Hevea genotypes introduced to a non-traditional rubber growing region of peninsular India
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topic_title	SD1-669.5 Temporal stability of growth and yield among Hevea genotypes introduced to a non-traditional rubber growing region of peninsular India genotype adaptation, growth, yield, stability, genotype x environment interaction
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title	Temporal stability of growth and yield among Hevea genotypes introduced to a non-traditional rubber growing region of peninsular India
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title_full	Temporal stability of growth and yield among Hevea genotypes introduced to a non-traditional rubber growing region of peninsular India
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title_auth	Temporal stability of growth and yield among Hevea genotypes introduced to a non-traditional rubber growing region of peninsular India
abstract	<span<Extensive cultivation of Hevea brasiliensis in India now focus on non-traditional regions for rubber cultivation. As a prelude for selection of genotypes for commercial cultivation, many introduced genotypes are being tested in genotype adaptation experiments in these regions. Present study, reports for the first time, growth and yield adaptation of 28 genotypes in a non-traditional rubber growing region of peninsular India viz., the coastal Karnataka region. Agroclimate of this region was found favoring growth and establishment of all the genotypes evaluated. However, not all the genotypes grew and yielded well. Only four genotypes, RRII 203, KRS 25, PB 260 and PB 235 showed good growth and yield. On grouping, the genotypes fell into categories of moderate high yielders, moderate low yielders and low yielders. The most popular variety of the traditional region, RRII 105 did not perform well in this region. Biological stability in growth and yield of RRII 203 and PB 260 was identified as stable and these genotypes were the best adapted. KRS 25 and PB 235 had unstable yielding pattern. The best identified genotypes can be considered for extensive culture as single clone plantations or as major constituent of clone blends as well as parents in future breeding programmes. Other moderate stable yielders may be used for clone blending in smaller proportions and may be subjected to yield improvement.</span<
abstractGer	<span<Extensive cultivation of Hevea brasiliensis in India now focus on non-traditional regions for rubber cultivation. As a prelude for selection of genotypes for commercial cultivation, many introduced genotypes are being tested in genotype adaptation experiments in these regions. Present study, reports for the first time, growth and yield adaptation of 28 genotypes in a non-traditional rubber growing region of peninsular India viz., the coastal Karnataka region. Agroclimate of this region was found favoring growth and establishment of all the genotypes evaluated. However, not all the genotypes grew and yielded well. Only four genotypes, RRII 203, KRS 25, PB 260 and PB 235 showed good growth and yield. On grouping, the genotypes fell into categories of moderate high yielders, moderate low yielders and low yielders. The most popular variety of the traditional region, RRII 105 did not perform well in this region. Biological stability in growth and yield of RRII 203 and PB 260 was identified as stable and these genotypes were the best adapted. KRS 25 and PB 235 had unstable yielding pattern. The best identified genotypes can be considered for extensive culture as single clone plantations or as major constituent of clone blends as well as parents in future breeding programmes. Other moderate stable yielders may be used for clone blending in smaller proportions and may be subjected to yield improvement.</span<
abstract_unstemmed	<span<Extensive cultivation of Hevea brasiliensis in India now focus on non-traditional regions for rubber cultivation. As a prelude for selection of genotypes for commercial cultivation, many introduced genotypes are being tested in genotype adaptation experiments in these regions. Present study, reports for the first time, growth and yield adaptation of 28 genotypes in a non-traditional rubber growing region of peninsular India viz., the coastal Karnataka region. Agroclimate of this region was found favoring growth and establishment of all the genotypes evaluated. However, not all the genotypes grew and yielded well. Only four genotypes, RRII 203, KRS 25, PB 260 and PB 235 showed good growth and yield. On grouping, the genotypes fell into categories of moderate high yielders, moderate low yielders and low yielders. The most popular variety of the traditional region, RRII 105 did not perform well in this region. Biological stability in growth and yield of RRII 203 and PB 260 was identified as stable and these genotypes were the best adapted. KRS 25 and PB 235 had unstable yielding pattern. The best identified genotypes can be considered for extensive culture as single clone plantations or as major constituent of clone blends as well as parents in future breeding programmes. Other moderate stable yielders may be used for clone blending in smaller proportions and may be subjected to yield improvement.</span<
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title_short	Temporal stability of growth and yield among Hevea genotypes introduced to a non-traditional rubber growing region of peninsular India
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Temporal stability of growth and yield among Hevea genotypes introduced to a non-traditional rubber growing region of peninsular India

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