Grasspea yield data: winter cycle 2016
A trial, International Grasspea Yield Trial-Low B-ODAP was conducted to screen grasspea lines in B-3 plot of El Batan Station. The trial included twenty four selections from promising materials and was compared with Vetch as check. The objective of this trial was selection of a legume crop that can be grown as a source of feed and fodder in order to diversify mono cropped maize systems, especially in highlands. The trial was planted on November 23, 2016. The experimental plot conducted had silty clay loam texture with medium in organic matter (1.95%), moderately high in available phosphorus (35.7 kg/Ha) and available potassium (425 kg/ha), with a pH of 7.19. The experimental crop was planted on residual moisture using a tractor operated plot planter. The crop was planted in two lines on raised beds (75 cm wide), keeping 25 seeds /m length of bed (333333 seeds/ha). Seeds were counted before planting. The net plot size for each entry was kept as 6 m2. Post seeding irrigation was given on December 16, 2016. The emergence of vetch and grasspea was observed 9-12 days after sowing, vetch emerged 1-3 days before grasspea. Observations recorded on January 25th, revealed that almost all of the lathyrus lines have more than 5 times higher biomass than vetch. Some of the lathyrus lines especially coming from Bangladesh has much higher biomass that those coming from Europe.
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dat-cimmyt-11529105486502022-04-30T01:00:19ZGrasspea yield data: winter cycle 2016https://hdl.handle.net/11529/10548650Singh, Ravi GopalCIMMYT Research Data & Software Repository NetworkA trial, International Grasspea Yield Trial-Low B-ODAP was conducted to screen grasspea lines in B-3 plot of El Batan Station. The trial included twenty four selections from promising materials and was compared with Vetch as check. The objective of this trial was selection of a legume crop that can be grown as a source of feed and fodder in order to diversify mono cropped maize systems, especially in highlands. The trial was planted on November 23, 2016. The experimental plot conducted had silty clay loam texture with medium in organic matter (1.95%), moderately high in available phosphorus (35.7 kg/Ha) and available potassium (425 kg/ha), with a pH of 7.19. The experimental crop was planted on residual moisture using a tractor operated plot planter. The crop was planted in two lines on raised beds (75 cm wide), keeping 25 seeds /m length of bed (333333 seeds/ha). Seeds were counted before planting. The net plot size for each entry was kept as 6 m2. Post seeding irrigation was given on December 16, 2016. The emergence of vetch and grasspea was observed 9-12 days after sowing, vetch emerged 1-3 days before grasspea. Observations recorded on January 25th, revealed that almost all of the lathyrus lines have more than 5 times higher biomass than vetch. Some of the lathyrus lines especially coming from Bangladesh has much higher biomass that those coming from Europe.Agricultural SciencesLathyrus sativusGrasspeaEnglishSingh, Ravi Gopalecretaría de Agricultura y Desarrollo Rural (SADER)Experimental dataField trials |
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Agricultural Sciences Lathyrus sativus Grasspea Agricultural Sciences Lathyrus sativus Grasspea |
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Agricultural Sciences Lathyrus sativus Grasspea Agricultural Sciences Lathyrus sativus Grasspea Singh, Ravi Gopal Grasspea yield data: winter cycle 2016 |
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A trial, International Grasspea Yield Trial-Low B-ODAP was conducted to screen grasspea lines in B-3 plot of El Batan Station. The trial included twenty four selections from promising materials and was compared with Vetch as check. The objective of this trial was selection of a legume crop that can be grown as a source of feed and fodder in order to diversify mono cropped maize systems, especially in highlands. The trial was planted on November 23, 2016. The experimental plot conducted had silty clay loam texture with medium in organic matter (1.95%), moderately high in available phosphorus (35.7 kg/Ha) and available potassium (425 kg/ha), with a pH of 7.19. The experimental crop was planted on residual moisture using a tractor operated plot planter. The crop was planted in two lines on raised beds (75 cm wide), keeping 25 seeds /m length of bed (333333 seeds/ha). Seeds were counted before planting. The net plot size for each entry was kept as 6 m2. Post seeding irrigation was given on December 16, 2016.
The emergence of vetch and grasspea was observed 9-12 days after sowing, vetch emerged 1-3 days before grasspea. Observations recorded on January 25th, revealed that almost all of the lathyrus lines have more than 5 times higher biomass than vetch. Some of the lathyrus lines especially coming from Bangladesh has much higher biomass that those coming from Europe. |
author2 |
Singh, Ravi Gopal |
author_facet |
Singh, Ravi Gopal Singh, Ravi Gopal |
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Experimental data |
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Agricultural Sciences Lathyrus sativus Grasspea |
author |
Singh, Ravi Gopal |
author_sort |
Singh, Ravi Gopal |
title |
Grasspea yield data: winter cycle 2016 |
title_short |
Grasspea yield data: winter cycle 2016 |
title_full |
Grasspea yield data: winter cycle 2016 |
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Grasspea yield data: winter cycle 2016 |
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Grasspea yield data: winter cycle 2016 |
title_sort |
grasspea yield data: winter cycle 2016 |
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CIMMYT Research Data & Software Repository Network |
url |
https://hdl.handle.net/11529/10548650 |
work_keys_str_mv |
AT singhravigopal grasspeayielddatawintercycle2016 |
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1778656974695563264 |