AGRONOMIC PERFORMANCE OF PIGMENTED CORN FROM COAHUILA, MÉXICO

ABSTRACT Objective: We performed the agronomical characterization of 52 pigmented corn populations from the state of Coahuila in order to identify those with outstanding agronomical potential and also to establish the genetic background of a breeding program focused in the improvement of varieties with grain yield potential, adaptation capacity to the regional production conditions and of superior nutritional and bioactive contents. Design/methodology: Through an incomplete block design in an alpha lattice arrangement, we evaluated two experiments in two representative locations of the southeastern agricultural area of Coahuila: a) Yellow populations, mostly from Tuxpeño, Ratón and Tuxpeño Norteño races and b) Anthocyanic populations (blue, red and purple), mainly represented by Cónico Norteño, Elotes Cónicos and Ratón races. Results: The results showed a contrasting environmental effect between locations, with differences in grain yield up to 78 %; a 25 days’ difference in flowering, 53 cm in plant height and up to 8 plants without ear; this performance was due to the agricultural potential of each location. We observed that in both locations the yellow populations outstanding by their superior performance were: from the Tuxpeño race: COAH068, COAH089, COAH177 and COAH215, and Celaya race: COAH075. The outstanding anthocyanin populations were: Ratón race: COAH23 and COAH203, Elotes Cónicos race: COAH246 and COAH019, and Elotes Occidentales race: COAH021. Also we found populations with adaptation to a location. Conclusions: We consider that among the diversity of the pigmented corn from Coahuila there are populations of superior agronomic expression that could be used as the genetic background to improve the production and the nutritional quality of the grain and the food products that can be derived from them.

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Main Authors: Sánchez-Ramírez, Francisco J., Rincón-Sánchez, Froylán, Ruiz Torres , Norma A., Sánchez-Sánchez, Graciela
Format: Digital revista
Language:spa
Published: Colegio de Postgraduados 2023
Online Access:https://revista-agroproductividad.org/index.php/agroproductividad/article/view/2159
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country México
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language spa
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author Sánchez-Ramírez, Francisco J.
Rincón-Sánchez, Froylán
Ruiz Torres , Norma A.
Sánchez-Sánchez, Graciela
spellingShingle Sánchez-Ramírez, Francisco J.
Rincón-Sánchez, Froylán
Ruiz Torres , Norma A.
Sánchez-Sánchez, Graciela
AGRONOMIC PERFORMANCE OF PIGMENTED CORN FROM COAHUILA, MÉXICO
author_facet Sánchez-Ramírez, Francisco J.
Rincón-Sánchez, Froylán
Ruiz Torres , Norma A.
Sánchez-Sánchez, Graciela
author_sort Sánchez-Ramírez, Francisco J.
title AGRONOMIC PERFORMANCE OF PIGMENTED CORN FROM COAHUILA, MÉXICO
title_short AGRONOMIC PERFORMANCE OF PIGMENTED CORN FROM COAHUILA, MÉXICO
title_full AGRONOMIC PERFORMANCE OF PIGMENTED CORN FROM COAHUILA, MÉXICO
title_fullStr AGRONOMIC PERFORMANCE OF PIGMENTED CORN FROM COAHUILA, MÉXICO
title_full_unstemmed AGRONOMIC PERFORMANCE OF PIGMENTED CORN FROM COAHUILA, MÉXICO
title_sort agronomic performance of pigmented corn from coahuila, méxico
description ABSTRACT Objective: We performed the agronomical characterization of 52 pigmented corn populations from the state of Coahuila in order to identify those with outstanding agronomical potential and also to establish the genetic background of a breeding program focused in the improvement of varieties with grain yield potential, adaptation capacity to the regional production conditions and of superior nutritional and bioactive contents. Design/methodology: Through an incomplete block design in an alpha lattice arrangement, we evaluated two experiments in two representative locations of the southeastern agricultural area of Coahuila: a) Yellow populations, mostly from Tuxpeño, Ratón and Tuxpeño Norteño races and b) Anthocyanic populations (blue, red and purple), mainly represented by Cónico Norteño, Elotes Cónicos and Ratón races. Results: The results showed a contrasting environmental effect between locations, with differences in grain yield up to 78 %; a 25 days’ difference in flowering, 53 cm in plant height and up to 8 plants without ear; this performance was due to the agricultural potential of each location. We observed that in both locations the yellow populations outstanding by their superior performance were: from the Tuxpeño race: COAH068, COAH089, COAH177 and COAH215, and Celaya race: COAH075. The outstanding anthocyanin populations were: Ratón race: COAH23 and COAH203, Elotes Cónicos race: COAH246 and COAH019, and Elotes Occidentales race: COAH021. Also we found populations with adaptation to a location. Conclusions: We consider that among the diversity of the pigmented corn from Coahuila there are populations of superior agronomic expression that could be used as the genetic background to improve the production and the nutritional quality of the grain and the food products that can be derived from them.
publisher Colegio de Postgraduados
publishDate 2023
url https://revista-agroproductividad.org/index.php/agroproductividad/article/view/2159
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spelling oai:ojs.pkp.sfu.ca:article21592023-10-18T16:18:45Z AGRONOMIC PERFORMANCE OF PIGMENTED CORN FROM COAHUILA, MÉXICO Agronomic characterization of pigmented native corn populations (Zea mays L.) Sánchez-Ramírez, Francisco J. Rincón-Sánchez, Froylán Ruiz Torres , Norma A. Sánchez-Sánchez, Graciela Zea mays L. carotenoids anthocyanins nutritional quality Zea mays L., carotenoids, anthocyanins, nutritional quality. ABSTRACT Objective: We performed the agronomical characterization of 52 pigmented corn populations from the state of Coahuila in order to identify those with outstanding agronomical potential and also to establish the genetic background of a breeding program focused in the improvement of varieties with grain yield potential, adaptation capacity to the regional production conditions and of superior nutritional and bioactive contents. Design/methodology: Through an incomplete block design in an alpha lattice arrangement, we evaluated two experiments in two representative locations of the southeastern agricultural area of Coahuila: a) Yellow populations, mostly from Tuxpeño, Ratón and Tuxpeño Norteño races and b) Anthocyanic populations (blue, red and purple), mainly represented by Cónico Norteño, Elotes Cónicos and Ratón races. Results: The results showed a contrasting environmental effect between locations, with differences in grain yield up to 78 %; a 25 days’ difference in flowering, 53 cm in plant height and up to 8 plants without ear; this performance was due to the agricultural potential of each location. We observed that in both locations the yellow populations outstanding by their superior performance were: from the Tuxpeño race: COAH068, COAH089, COAH177 and COAH215, and Celaya race: COAH075. The outstanding anthocyanin populations were: Ratón race: COAH23 and COAH203, Elotes Cónicos race: COAH246 and COAH019, and Elotes Occidentales race: COAH021. Also we found populations with adaptation to a location. Conclusions: We consider that among the diversity of the pigmented corn from Coahuila there are populations of superior agronomic expression that could be used as the genetic background to improve the production and the nutritional quality of the grain and the food products that can be derived from them. Objective: To characterize agronomically 52 populations of pigmented native corn (Zea mays L.) from Coahuila, Mexico, in order to identify varieties with outstanding agronomic potential and to establish an improvement program with potential for grain yield, with the ability to adapt, and superior nutritional bioactive content. Design/Methodology: Two experiments were evaluated through an incomplete block design in lattice alpha arrangement, in two localities that are representative of the agricultural area of southeastern Coahuila: a) Yellow populations, mostly of Tuxpeño, Ratón and Tuxpeño Norteño; and b) Anthocyanin populations (blue, red and purple), represented primarily by Cónico Norteño, Elotes Cónicos and Ratón. Results: There is an environmental effect that contrasts between localities, with differences in grain yield of up to 78%; 25 days of difference in flowering, 53 cm in plant height, and up to seven plants without cobs. The response was product of the agricultural potential in each locality. The outstanding yellow populations due to their superior yield expression in both localities were the landraces Tuxpeño: COAH068, COAH089, COAH177 and COAH215, and Celaya: COAH075. The outstanding anthocyanin populations were Ratón: COAH23 and COAH203; Elotes Cónicos: COAH246 and COAH019; and Elotes Occidentales: COAH021; in addition, the study found populations adapted to a locality. Conclusion: Among the diversity of the pigmented native corn in Coahuila, there are populations with superior agronomic expression that can be the basis for improving the production, the nutritional quality of the grain, and therefore, of its byproducts. Colegio de Postgraduados 2023-09-15 info:eu-repo/semantics/article info:eu-repo/semantics/publishedVersion application/pdf https://revista-agroproductividad.org/index.php/agroproductividad/article/view/2159 10.32854/agrop.v16i7.2159 AgroP; 2023: EARLY ACCESS (Vol. VIII) Agro Productividad; 2023: EARLY ACCESS (Vol. VIII) 2594-0252 2448-7546 spa https://revista-agroproductividad.org/index.php/agroproductividad/article/view/2159/2126 Derechos de autor 2023 Agro Productividad