본문 바로가기
KERD
논문KCI 등재

과피가 얇고 과심이 작은 배 ‘센스올’

“CenSall,” a Pear Cultivar with Thin Fruit Skin and Small Core

0

조회

0

다운로드

1

인용

0

참고문헌

키워드

주제분류농학

초록

“CenSall” is a cultivar that can be easily consumed due to its thin fruit skin and small core. “Whangkeumbae” and “Minibae”were crossed in 1999 to breed this pear cultivar. After the first selection in 2010, regional adaptation tests were conducted in five regions(Suwon, Chuncheon, Jinju, Yecheon, and Naju) from 2011 to 2017. The selected tree exhibited a vigorous spreading form and white flowers. “CenSall” contains 165 mg of pollen per 100 flowers; therefore, it can be used as a pollinator. However, it is sensitive to scabs, and thus,cultivation management to control scab is necessary. “CenSall,” harvested in early August, had a fruit weight of 336.3 g and soluble solidcontents of 10.2 °Brix, hardness of 2.4 kg⋅8 mmØ-1, and the fruit skin color was yellowish green. The fruit has many edible portions, accountingfor 94.5% of the entire flesh. Notably, only 22.7% of the seeds developed normally but fruited stably. The thickness of the hypodermis was62.57 μm, which was half the thickness of the main cultivar “Niitaka” (113.49 μm). The cuticle developed without a cork layer, fruit skinwas smooth, and it could be eaten with the peel (Registration No. 8046).

Abstract

“CenSall” is a cultivar that can be easily consumed due to its thin fruit skin and small core. “Whangkeumbae” and “Minibae”were crossed in 1999 to breed this pear cultivar. After the first selection in 2010, regional adaptation tests were conducted in five regions(Suwon, Chuncheon, Jinju, Yecheon, and Naju) from 2011 to 2017. The selected tree exhibited a vigorous spreading form and white flowers. “CenSall” contains 165 mg of pollen per 100 flowers; therefore, it can be used as a pollinator. However, it is sensitive to scabs, and thus,cultivation management to control scab is necessary. “CenSall,” harvested in early August, had a fruit weight of 336.3 g and soluble solidcontents of 10.2 °Brix, hardness of 2.4 kg⋅8 mmØ-1, and the fruit skin color was yellowish green. The fruit has many edible portions, accountingfor 94.5% of the entire flesh. Notably, only 22.7% of the seeds developed normally but fruited stably. The thickness of the hypodermis was62.57 μm, which was half the thickness of the main cultivar “Niitaka” (113.49 μm). The cuticle developed without a cork layer, fruit skinwas smooth, and it could be eaten with the peel (Registration No. 8046).

참고문헌 (16)

  1. Brault AM, "Seed number and an asymmetry index of ‘McIntosh’ apples", Hortscience, 30, pp.44~46 (1995)
  2. Griggs WH, "Pollination and parthenocarpy in the production of Bartlett pears in California", Hilgardia, 22, pp.643~678 (1954)
  3. Hancock JF, "Temperature fruit crop breeding: Germplasm to genomics", pp.299~335 (2008), Springer
  4. Kang SS, "Relationship between seed formation and fruit set and development in the oriental pear(Pyrus pyrifolia Nakai)", MS, pp.2000
  5. 강삼석, "조생종 고품질 녹백색 배 ‘슈퍼골드’", 원예과학기술지, 29(6), pp.645~650 (2011), 한국원예학회
  6. 김윤경, "껍질째 먹는 배 ‘조이스킨’ 육성", 원예과학기술지, 34(6), pp.959~965 (2016), 한국원예학회
  7. 김윤경, "배 검은별무늬병 저항성 품종 ‘그린시스’ 육성", 원예과학기술지, 34(4), pp.655~661 (2016), 한국원예학회
  8. "Agriculture Observation ‘Pear’" (2022)[URL]
  9. Mori ya Y, "Parthenocarpy and self-and crossincompatibility in ten European pear cultivar", J Jpn Soc Hortic Sci, 74, pp.424~430 (2005)
  10. Murakami K, "Distribution of gibberellin A32 and other gibberellins in Rosaceae", Res. Rep. Biol, 1, pp.1~15 (1985)
  11. Nitsch JP, "Growth and morphogenesis of the strawberry as related to auxin", Am J Bot, 37, pp.211~215 (1950)
  12. Nyeki J, "Natural tendency to parthenocarpy of pear varieties in Hungary", Acta Hortic, 457, pp.367~375 (1998)
  13. Rural Development Administration (RDA), "Manual for agricultural investigation", ~ (2013)
  14. Rural Development Administration (RDA), "Manual on evaluation of pear germplasms characteristics for pear core collection construction", ~ (2013)
  15. Sarikhani H, "Effect of ploidy on parthenocarpy in grape cultivars", Acta Hortic, 827, pp.433~438 (2006)
  16. Zhang M, "Study on the mating compatibility of part pear varieties and wild types of Pyrus ussuriensis", Front Agric China, 2, pp.194~199 (2008)

관련 논문AI추천

이 간행물의 다른 논문 (25건)