Breeding Capsicum annuum L. ‘Anand Tej’ for Enhanced Yield, Quality, and Leaf Curl Virus Tolerance

Chili (Capsicum annuum var.annuum L.), a crucial Solanaceae crop with signi icant economic value in India, faces a major threat from leaf curl disease, particularly during the kharif season, which can result in total crop loss.A novel genotype was developed through a cross between 9639 and ACS 01-04, followed by a single backcross to ACS 01-04, using the pedigree selection method to enhance green fruit yield and leaf curl tolerance.This variety achieved an average yield of 148.96 q/ha, surpassing controls GVC 111, GAVC 112, GVC 121, and CA 283 by 12.09%, 27.63%, 36.89%, and 64.72%, respectively.The cultivar exhibits a dense canopy, weak anthocyanin pigmentation at nodes, moderate stem pubescence, and medium green leaves.The fruit, characterized by its medium color, smooth surface, high gloss, absence of curvature, and minimal pericarp sinuation, also has a weak pedicel attachment at the mature unripe stage.The ACS 13-24 line shows higher ascorbic acid (16.37 mg/100g), total soluble sugars (3.78%), and reducing sugars (0.50%) compared to controls GVC 111 and GAVC 112.Anand Tej demonstrates reduced leaf curl disease incidence relative to controls GAVC 112 and JCA 283 and exhibits lower fruit damage from borers and minimal thrips infestation at the Anand location.DNA ingerprinting using SSR markers (P459: CaBR82 and P468: CaBR107) con irmed the genetic distinctiveness of ACS 13-24 against reference varieties GVC-101, and Kashi Anmol.This cultivar is highly suitable for cultivation in central Gujarat, combining high yield potential, leaf curl disease tolerance, and an appealing phenotype.

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Publication Details

Journal
Agriculture Association of Textile Chemical and Critical Reviews
Published
2024-12-01
DOI
https://doi.org/10.21276/aatccreview.2024.12.04.515
Primary Topic
Agricultural Practices and Plant Genetics
Type
article
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article

Breeding Capsicum annuum L. ‘Anand Tej’ for Enhanced Yield, Quality, and Leaf Curl Virus Tolerance

M. M. Pandya, A. L. Patel, R. R. Acharya
Agriculture Association of Textile Chemical and Critical Reviews
Agricultural Practices and Plant Genetics
article

Breeding Capsicum annuum L. ‘Anand Tej’ for Enhanced Yield, Quality, and Leaf Curl Virus Tolerance

M. M. Pandya, A. L. Patel, R. R. Acharya
article en

Abstract

Chili (Capsicum annuum var.annuum L.), a crucial Solanaceae crop with signi icant economic value in India, faces a major threat from leaf curl disease, particularly during the kharif season, which can result in total crop loss.A novel genotype was developed through a cross between 9639 and ACS 01-04, followed by a single backcross to ACS 01-04, using the pedigree selection method to enhance green fruit yield and leaf curl tolerance.This variety achieved an average yield of 148.96 q/ha, surpassing controls GVC 111, GAVC 112, GVC 121, and CA 283 by 12.09%, 27.63%, 36.89%, and 64.72%, respectively.The cultivar exhibits a dense canopy, weak anthocyanin pigmentation at nodes, moderate stem pubescence, and medium green leaves.The fruit, characterized by its medium color, smooth surface, high gloss, absence of curvature, and minimal pericarp sinuation, also has a weak pedicel attachment at the mature unripe stage.The ACS 13-24 line shows higher ascorbic acid (16.37 mg/100g), total soluble sugars (3.78%), and reducing sugars (0.50%) compared to controls GVC 111 and GAVC 112.Anand Tej demonstrates reduced leaf curl disease incidence relative to controls GAVC 112 and JCA 283 and exhibits lower fruit damage from borers and minimal thrips infestation at the Anand location.DNA ingerprinting using SSR markers (P459: CaBR82 and P468: CaBR107) con irmed the genetic distinctiveness of ACS 13-24 against reference varieties GVC-101, and Kashi Anmol.This cultivar is highly suitable for cultivation in central Gujarat, combining high yield potential, leaf curl disease tolerance, and an appealing phenotype.

Agriculture Association of Textile Chemical and Critical ReviewsVol. 12(4)
Zero hunger
Openalex Percentile: Top 85%
Agricultural Practices and Plant Genetics
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