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解读13个苹果品种在不同年份的生长、果实形态及果实理化特性响应。

Deciphering the response of thirteen apple cultivars for growth, fruit morphology and fruit physico-chemical attributes during different years.

作者信息

Ali Mohammed Tauseef, Mehraj Sheikh, Mir Mohammad Saleem, Shah Immad Ahmad, Shah Zahoor Ahmad, El-Serehy Hamed A, Dar Eajaz Ahmad, Bhat Arif Hussain, Wani Sartaj Ahmad, Fayaz Uzma, Al-Misned Fahad A, Shafik Hesham M

机构信息

Division of Fruit Science, Sher-e-Kashmir University of Agricultural Sciences & Technology of Kashmir, Shalimar, 190025, India.

ICMR- National Institute of Occupational Health, Ahmedabad, Gujarat, 380016, India.

出版信息

Heliyon. 2023 Jun 17;9(6):e17260. doi: 10.1016/j.heliyon.2023.e17260. eCollection 2023 Jun.

DOI:10.1016/j.heliyon.2023.e17260
PMID:37484282
原文链接:https://pmc.ncbi.nlm.nih.gov/articles/PMC10361390/
Abstract

Apple cultivation is one of the most significant means of subsistence in the Kashmir region of the northwestern Himalayas. It is considered as the backbone of the region's economy. Apple cultivation in the region is dominated by a late maturing cultivar "Red Delicious" which usually on maturity causes glut in the market. In order to bring new cultivars in the cultivation, and to expand the maturity season, it is necessary to evaluate the new cultivars on fruit physico-chemical attributes which ultimately decide the market rates before recommending to farmers for cultivars adoption. Therefore, the current study was carried out to evaluate thirteen apple cultivars on physico-chemical attributes over two years, 2017 and 2018 under agro-climatic conditions of Kashmir region The results revealed that cultivars differed significantly in terms of physico-chemical properties. Cultivars with the highest and lowest values for initial fruit set, fruit drop, final fruit retention, and fruit firmness in 2017 did not follow the same trend in 2018. During 2017 and 2018, cultivar Mollie's Delicious possessed the highest fruit length (72.39 mm and 81.45 mm), fruit diameter (81.18 mm and 84.14 mm), and fruit weight (205.85 g and 247.16 g), whereas cultivar Baleman's Cider had the lowest values (50.76 mm and 52.83 mm, 60.10 mm and 62.08 mm, and 71.46 g and 86.94 g), respectively. The harvesting dates were quite spread out during both years of study. Cultivar Mollie's Delicious was harvested the earliest in both years, on August 5th, 2017 and August 8th, 2018. Cultivar Fuji Zehn Aztec was the last cultivar harvested in 2017 on October 2 and in 2018 on October 5. The maximum number of seeds per fruit was noticed in the cultivar Mollie's Delicious (8.34 and 8.71) during both 2017 and 2018, respectively. Cultivar Starkrimson had the fewest seeds per fruit in 2017 (7.11) and 2018 (7.42). Cultivar Baleman's Cider had the highest acidity in 2017 (0.63%) and 2018 (0.52%). In both 2017 (0.25%) and 2018 (0.23%), the Adam's Pearmain cultivar was the least acidic. Cultivar Allington Pippin (16.13 °Brix) and Red Gold (16.73 °Brix) had the highest TSS in 2017 and 2018, respectively, whereas Vance Delicious (12.30 °Brix) and Top Red (10.78 °Brix) had the lowest TSS in 2017 and 2018, respectively. The cultivars Mollie's Delicious and Red Gold had the highest total sugars (11.33 and 11.40%) in 2017 and 2018, respectively. Cultivar Baleman's Cider had the lowest total sugars (9.82%) in 2017 while Top Red (9.78%) in 2018. The cultivar Vance Delicious had the highest ratio of leaves to fruits in 2017 (55.44) and for Shalimar Apple-2 in 2018 (49.65). In 2017, cultivars Fuji Zehn Aztec (29.26) and Silver Spur (24.51), had the fewest leaves per fruit. The highest leaf chlorophyll content was recorded in cultivar Shireen (3.50 and 3.57 mg g fresh weight) during the years 2017 and 2018, respectively. Cultivar Baleman's Cider had the lowest leaf chlorophyll content (2.15 mg g fresh weight) during 2017, while cultivar Allington Pippin (2.09 mg g fresh weight) had the lowest leaf chlorophyll content in 2018. The cultivars Fuji Zehn Aztec, with a yield efficiency of 0.78 kg/cm and Silver Spur with a yield efficiency of 1.14 kg/cm were the most yield efficient during the years 2017 and 2018, respectively. Cultivar Shalimar Apple-2 was least performing with yield efficiencies of 0.05 and 0.07 kg/cm during 2017 and 2018, respectively.The findings suggest that cultivar Mollie's Delicious commercially matures first and has the highest fruit length, diameter, and weight; hence, it can be a good option for cultivation so as to fetch the maximum price in the market when other cultivars are still maturing. Shalimar Apple-2 is precluded for cultivation due to least yield efficiency, whereas cultivars Fuji Zehn Aztec and Silver Spur are recommended to farmers for their higher yield efficiency.

摘要

苹果种植是喜马拉雅山脉西北部克什米尔地区最重要的生存手段之一。它被视为该地区经济的支柱。该地区的苹果种植以晚熟品种“红元帅”为主,成熟时通常会导致市场供过于求。为了引入新的苹果品种并延长成熟季节,有必要在向农民推荐采用新品种之前,根据果实的理化属性对新品种进行评估,而果实的理化属性最终决定市场价格。因此,本研究于2017年和2018年在克什米尔地区的农业气候条件下,对13个苹果品种的理化属性进行了为期两年的评估。结果显示,不同品种在理化性质方面存在显著差异。2017年初始坐果率、落果率、最终留果率和果实硬度最高和最低的品种,在2018年并未呈现相同趋势。在2017年和2018年期间,品种莫莉美味苹果的果实长度(分别为72.39毫米和81.45毫米)、果实直径(分别为81.18毫米和84.14毫米)和果实重量(分别为205.85克和247.16克)最大,而品种贝利曼苹果酒的果实长度(分别为50.76毫米和52.83毫米)、果实直径(分别为60.10毫米和62.08毫米)和果实重量(分别为71.46克和86.94克)最小。在这两年的研究中,收获日期分布较为分散。品种莫莉美味苹果在这两年中收获最早,分别于2017年8月5日和2018年8月8日收获。品种富士泽恩阿兹特克苹果是2017年10月2日和2018年10月5日收获的最后一个品种。在2017年和2018年期间,每个果实种子数量最多的品种均为莫莉美味苹果(分别为8.34和8.71)。品种斯塔克瑞姆森苹果在2017年(7.11)和2018年(7.42)每个果实的种子数量最少。品种贝利曼苹果酒在2017年(0.63%)和2018年(0.52%)的酸度最高。在2017年(0.25%)和2018年(0.23%),品种亚当梨形苹果的酸度最低。品种阿林顿·派平(16.13°Bx)和红金(16.73°Bx)在2017年和2018年的可溶性固形物含量最高,而品种万斯美味(12.30°Bx)和顶级红(10.78°Bx)在2017年和2018年的可溶性固形物含量最低。品种莫莉美味苹果和红金在2017年和2018年的总糖含量最高,分别为11.33%和11.40%。品种贝利曼苹果酒在2017年的总糖含量最低(9.82%),而品种顶级红在2018年的总糖含量最低(9.78%)。品种万斯美味苹果在2017年的叶果比最高(55.44),而品种夏利玛苹果2号在2018年的叶果比最高(49.65)。在2017年,品种富士泽恩阿兹特克(29.26)和银刺(24.51)每个果实的叶片数量最少。在2017年和2018年,品种希琳的叶片叶绿素含量最高,分别为3.50毫克/克鲜重和3.57毫克/克鲜重。品种贝利曼苹果酒在2017年的叶片叶绿素含量最低(2.15毫克/克鲜重),而品种阿林顿·派平在2018年的叶片叶绿素含量最低(2.09毫克/克鲜重)。在2017年和2018年,产量效率最高的品种分别是富士泽恩阿兹特克(产量效率为0.78千克/平方厘米)和银刺(产量效率为1.14千克/平方厘米)。品种夏利玛苹果2号的表现最差,在2017年和2018年的产量效率分别为0.05千克/平方厘米和0.07千克/平方厘米。研究结果表明,品种莫莉美味苹果最早达到商业成熟,且果实长度、直径和重量最大;因此,它可能是一个很好的种植选择,以便在其他品种仍在成熟时在市场上获得最高价格。由于产量效率最低,不建议种植夏利玛苹果2号,而富士泽恩阿兹特克和银刺品种因其较高的产量效率,建议农民种植。

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