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Improvement in cowpea variety Videza for traits of extra earliness and higher seed yield

The cowpea variety Videza, which was used as the control, matures early (70 days after planting), although it produces low yields. Gamma irradiation mutagenesis was used to induce Videza into extra-early maturing and higher yielding mutant genotypes. A single seed descend population was developed fo...

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Autores principales: Dorvlo, Innocent Kwaku, Amenorpe, Godwin, Amoatey, Harry Mensah, Amiteye, Samuel, Kutufam, Jacob Teye, Afutu, Emmanuel, Asare-Bediako, Elvis, Darkwa, Alfred Anthony
Formato: Online Artículo Texto
Lenguaje:English
Publicado: Elsevier 2022
Materias:
Acceso en línea:https://www.ncbi.nlm.nih.gov/pmc/articles/PMC9763773/
https://www.ncbi.nlm.nih.gov/pubmed/36561698
http://dx.doi.org/10.1016/j.heliyon.2022.e12059
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author Dorvlo, Innocent Kwaku
Amenorpe, Godwin
Amoatey, Harry Mensah
Amiteye, Samuel
Kutufam, Jacob Teye
Afutu, Emmanuel
Asare-Bediako, Elvis
Darkwa, Alfred Anthony
author_facet Dorvlo, Innocent Kwaku
Amenorpe, Godwin
Amoatey, Harry Mensah
Amiteye, Samuel
Kutufam, Jacob Teye
Afutu, Emmanuel
Asare-Bediako, Elvis
Darkwa, Alfred Anthony
author_sort Dorvlo, Innocent Kwaku
collection PubMed
description The cowpea variety Videza, which was used as the control, matures early (70 days after planting), although it produces low yields. Gamma irradiation mutagenesis was used to induce Videza into extra-early maturing and higher yielding mutant genotypes. A single seed descend population was developed for radio-sensitivity test, and a Lethal Dose 50 (LD(50)) of 240.5 Gy was determined, and applied from a cobalt-60 ((60)Co) source, to acutely mass irradiate 1800 Videza seeds, at the Ghana Atomic Energy Commission. The irradiated seeds (M1) were planted to produce M2 seeds bearing plants and subsequently advanced to M3 plants for selection of nine induced plants based on extra earliness and significantly higher seed yields than the parental control. It took 48 days after planting (DAP) for the genotype coded P1N02#1 to reach 50 % maturity followed by 52 DAP for genotypes with codes P4N03#3; P3N01#5; P5N05#6, P4N14#7, P5N07#8, P5N05#10 and 54 DAP for genotype P4N14#11. P1N06#9 had the highest yield (97.38 g/plant), followed by P5N05#10 (95.97 g/plant), P1N08#13 (81.24 g/plant), P2N09#12 (73.94 g/plant), P6N10#19 (70.83 g/plant), P1N06#20 (65.36 kg/plant), P5N07#14 (61.23 g/plant), P4N14# (58.05 g/plant) and P1N08#17 (56.23 g/plant). M3 seeds were advanced to M4 plants for a Preliminary Yield Trial which revealed that induced plants P5N05#10 (1235 kg/ha), P2N09#12 (1206 kg/ha), P5N07#14 (1185 kg/ha), P1N06#20 (1171 kg/ha), P1N06#9 (1051 kg/ha), P1N08#13 (1041 kg/ha), and P6N10#19 (999 kg/ha) outperformed the control (517 kg/ha) and two other commercial varieties. Overall, the two highest performing candidates for further evaluation for varietal release were P5N05#10 and P2N09#12.
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spelling pubmed-97637732022-12-21 Improvement in cowpea variety Videza for traits of extra earliness and higher seed yield Dorvlo, Innocent Kwaku Amenorpe, Godwin Amoatey, Harry Mensah Amiteye, Samuel Kutufam, Jacob Teye Afutu, Emmanuel Asare-Bediako, Elvis Darkwa, Alfred Anthony Heliyon Research Article The cowpea variety Videza, which was used as the control, matures early (70 days after planting), although it produces low yields. Gamma irradiation mutagenesis was used to induce Videza into extra-early maturing and higher yielding mutant genotypes. A single seed descend population was developed for radio-sensitivity test, and a Lethal Dose 50 (LD(50)) of 240.5 Gy was determined, and applied from a cobalt-60 ((60)Co) source, to acutely mass irradiate 1800 Videza seeds, at the Ghana Atomic Energy Commission. The irradiated seeds (M1) were planted to produce M2 seeds bearing plants and subsequently advanced to M3 plants for selection of nine induced plants based on extra earliness and significantly higher seed yields than the parental control. It took 48 days after planting (DAP) for the genotype coded P1N02#1 to reach 50 % maturity followed by 52 DAP for genotypes with codes P4N03#3; P3N01#5; P5N05#6, P4N14#7, P5N07#8, P5N05#10 and 54 DAP for genotype P4N14#11. P1N06#9 had the highest yield (97.38 g/plant), followed by P5N05#10 (95.97 g/plant), P1N08#13 (81.24 g/plant), P2N09#12 (73.94 g/plant), P6N10#19 (70.83 g/plant), P1N06#20 (65.36 kg/plant), P5N07#14 (61.23 g/plant), P4N14# (58.05 g/plant) and P1N08#17 (56.23 g/plant). M3 seeds were advanced to M4 plants for a Preliminary Yield Trial which revealed that induced plants P5N05#10 (1235 kg/ha), P2N09#12 (1206 kg/ha), P5N07#14 (1185 kg/ha), P1N06#20 (1171 kg/ha), P1N06#9 (1051 kg/ha), P1N08#13 (1041 kg/ha), and P6N10#19 (999 kg/ha) outperformed the control (517 kg/ha) and two other commercial varieties. Overall, the two highest performing candidates for further evaluation for varietal release were P5N05#10 and P2N09#12. Elsevier 2022-12-02 /pmc/articles/PMC9763773/ /pubmed/36561698 http://dx.doi.org/10.1016/j.heliyon.2022.e12059 Text en © 2022 The Author(s) https://creativecommons.org/licenses/by-nc-nd/4.0/This is an open access article under the CC BY-NC-ND license (http://creativecommons.org/licenses/by-nc-nd/4.0/).
spellingShingle Research Article
Dorvlo, Innocent Kwaku
Amenorpe, Godwin
Amoatey, Harry Mensah
Amiteye, Samuel
Kutufam, Jacob Teye
Afutu, Emmanuel
Asare-Bediako, Elvis
Darkwa, Alfred Anthony
Improvement in cowpea variety Videza for traits of extra earliness and higher seed yield
title Improvement in cowpea variety Videza for traits of extra earliness and higher seed yield
title_full Improvement in cowpea variety Videza for traits of extra earliness and higher seed yield
title_fullStr Improvement in cowpea variety Videza for traits of extra earliness and higher seed yield
title_full_unstemmed Improvement in cowpea variety Videza for traits of extra earliness and higher seed yield
title_short Improvement in cowpea variety Videza for traits of extra earliness and higher seed yield
title_sort improvement in cowpea variety videza for traits of extra earliness and higher seed yield
topic Research Article
url https://www.ncbi.nlm.nih.gov/pmc/articles/PMC9763773/
https://www.ncbi.nlm.nih.gov/pubmed/36561698
http://dx.doi.org/10.1016/j.heliyon.2022.e12059
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