Relationship between atmospheric temperature and growth characteristics of main edible grapes in South China

Abstract

Abstract: The study shows that there existed a significant relationship between the new branch growth of grapes and temperature, especially effective accumulate temperature. Kyoho had the fastest new branch growth rate among all varieties,which was 0.43433cm in length with raising 10℃ while effective accumulate temperature was over 190.68℃. Mixiangbao had the slowest new branch growth rate,which was 0.17150cm in length with raising 10℃ while effective accumulate temperature was over 367.19℃.The economic properties and quality in variety character were researched by fuzzy valuation. The results showed that Kyoho, Jingya, Fujiminori, Mixiangbao, and Longbao were worthy of spreading,while Zizhenxiang would be limited in production,and Wase takasumi and Heifeng should be eliminated through selection.

CLC Number:

S663.1

DING Zhien, WEI Chaoling . Relationship between atmospheric temperature and growth characteristics of main edible grapes in South China[J]. Chinese Journal of Applied Ecology, 2001, (2): 199-204.

References

[1] ChenH(谌红).1995. Application oi fuzzy mathematics in nationaleconomy. Wuhen: Huazhong Science and Engineering UniversityPrees. 160～209(in Chinese)
[2] Chen L-R(陈履荣).1992. Observation on big dual grape varietyFuiiminori. Fruit Sci(果树科学),9(2):123～125(in Chinese)
[3] Deng Zh-Q(邓振权),Gu X-Y(古希昕).1993. Investigahon on emergenee and harm about mostly disease in grape in Guangdongprovince. Fruit China(中国果树),(4):34～35(in Chinese)
[4] Ding Zh-E(丁之恩),Ge J-R(葛敬荣),PangY(庞男).1999.Comparative study on the adaptability of some southern grape varieties tonorthern subtropical China. Econ For Res(经济林研究),17(3):22～25 (in Chinese)
[5] Hebei Agricultural University (河北农业大学)ed. 1980. Fruit CultureScience. Beijing: Agricultural Press. 121～123 (in Chinese)
[6] He P-Ch(贺普超)1995. Improving the yield and quality of grapevinein our country. Fruit Sci(果树科学), 12(4):265～268(in Chinese)
[7] Hebei Agricultural University 河北农业大学)ed. 1980, Fruit CultureScience. Beijing: Agricultural Press. 109～130(in Chinese)
[8] Li Sh-Ch(李世诚),Jin P-F(金佩芳),Ge G(葛根)et al.1991Experiment on seedlessness of ‘Pionnier’ grape by GA treatment.Fruit China(中国果树),(2):20～23(in Chinese)
[9] Sun Y-W (孙云蔚)ed. 1983. Chinese Fruit History and Resource.Shanghai:Shanghai Science and Technology Press. 10～11 (in Chinese)
[10] Wang T-Ch(王铁诚),Chai B-L(柴宝丽)1993. The study on the introduction nlantina and screenina out of excellent, orernature and freshedible grape. Hunan Agric Sci(湖南农业科学),(4):28～30(in Chinese)
[11] Xi R-T (郗荣庭)ed. 1997. Fruit Culture Science Summary. Beijing: Agricultural Press. 1～6(in Chinese)
[12] Xiou D-R (修德仁),Zhang K-Ch(张开春),Xu G-L(许桂兰)et al.1993. Division of regions of fresh-edible grape in South China. TianjinAgric Sci(天津农业科学),(3):1～3(in Chinese)
[13] Xiou D-R(修德仁),Ye J-W(叶金伟),Liu Ch-Zh(刘朝芝)et al.1993. The low yield reason and increase output technology of ‘Kyoho’grape in South China. Fruit China(中国果树),(3):39～40(in Chinese)
[14] Xu G-Zh (徐桂珍),Chen J-L(陈景隆),Zhang L-M(张立明)et al.1992. New early ripening quality grape variety — Zizhenxiang. FruitChina(中国果树),(3):4～5(in Chinese)
[15] Yang M-R(杨美容),Zhang Y-Zh(张映祝),Chen Zh-B(陈振邦)1994. Two early-ripening large-berried new cultivars of table grapes.Acta Hortic Sin(园艺学报),22(1):102 104(in Chinese)
[16] Zhou B-L(周本立)ed. 1995. Chinese Nature Resource Series(AnhuiBook). Beijing: Chinese Environment Science Press. 223～256, 398,407～424 (in Chinese)
[17] Zhang K-Ch (张开春),Yah D-y(j严大义),Feng X-Y(冯晓元).1993. Adaptability of grapevines to drought. Fruit Sci(果树科学),10(4) :230～232(in Chinese)