EVALUATING THE MORPHOLOGICAL, QUALITY, YIELD AND YIELD RELATED CHARACTERISTICS OF DIFFERENT HOT PEPPER (CAPSICUM ANNUUM L.) GENOTYPES.
1Kashif Rashid
Vegetable Research Institute Faisalabad
2Muhammad Amin
Vegetable Research Institute Faisalabad
3Muhammad Iqbal
Vegetable Research Institute Faisalabad
4Atif Ali
Vegetable Research Institute Faisalabad
5Rana Husnain Shabbir
Vegetable Research Institute Faisalabad
6Muhammad Sajjad Saeed
Vegetable Research Institute Faisalabad
7Waseem Abbas
Vegetable Research Institute Faisalabad
8Sajid Ali
Vegetable Research Institute Faisalabad
9Saba Saeed
2 Plant Virology Section, Plant Pathology Research Institute Faisalabad
10Rabia Kalsoom
2 Plant Virology Section, Plant Pathology Research Institute Faisalabad
11Khalil Ahmad
Ali Akbar Group Pvt. Ltd. Seeds, Multan, Punjab Pakistan
12Urooj Usman
Islamia University of Bahawalpur, Punjab, Pakistan
13Umar Sabtain
Maize and Millets Research Institute, Sahiwal
14Abu Talha Nusrat
Ali Akbar Group Pvt. Ltd. Seeds, Multan, Punjab Pakistan
Abstract: Hot chilli peppers (genus Capsicum) are among the most heavily consumed spices throughout the world, which are known for their pungency, pigment and nutrition content. The demand for chillies has been on the rise annually, owing to the significance of its phytochemical characteristics. These compounds are increasingly recognized for their potential health benefits and applications in various industries. The study was planned to evaluate different genotypes of chillies for their morphological, quality, yield and yield related traits. The experiment conducted at Vegetable Research Institute Faisalabad. Eight different genotypes evaluated. The Results indicated that genotype HP-2 had highest number of primary branches, number of fruit per plant, fruit yield per plant, capsaicin (%) and carbohydrates (%). HP-15 had highest plant height. HP-28 had highest percentage of crude proteins while HP-2 had highest quantity of ascorbic acid. Crude fibres were found 25.7% in HP-17 and HP-28. The studies indicated that selection of genotypes on the base of morphological, quality, yield and yield related traits could help in developing high yielding genotypes. The genotype HP-2 can be used in further breeding program.
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Paper Details
Volume13
Issueissue-6
Pages377-383