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Growth Characters and The ir Correla tions with Fruit Y ield of ThirteenLarge Berry Cultivars of Sea Buckthorn in D ifferent Tr ia l Plots

  • Received Date: 2007-03-15
  • Growth characters and their relationship with fruit yield of 13 Large Berry Cultivars of Sea buckthorn(Hippophae rham noides) were studied at two sites, Shuiling of Heilongjiang(47°13′N, 127°7′E) and Dengkou of InnerMongolia (40°20′N, 106°59′E). The results showed: ( 1) The length of Large Berry Cultivars has not obviousdifference between two trial p lots, the width of Large Berry Cultivars in Dengkou county was smaller than that inSuiling county, the difference of leafwidth and length varied with different cultivars; the leaf length of Chinese SeaBuckthorn was obviously smaller than that ofLarge Berry Cultivars, and the width was similar; the rate of leaf lengthto width in Dengkou was obviously higher than that in Suiling, the rate of leaf length and width can be viewed as anindex to compare the resistance and adap tation of different cultivars. (2) The number of branch thornswas differentamong different cultivars, and the amount was not equal for the same cultivar in different trial p lots, in Dengkou county, the amount of branch thorns had obvious increasing trend, which maybe an adap tation to drought, and thisadap tation was the reason why that Chinese Sea Buckthorn grew the most branch thorns. (3) The height, ground diameter and crown diameter of most Large Berry Cultivars in Dengkou were all lower than that in Suiling, thesegrowth indexes of Chinese Sea Buckthorn were obviously higher than that ofLarge Berry Cultivars. (4)Different cultivars could get to 10 000 kg?hm-2. (5) The correlation between grow and yield of differentLarge Berry Cultivarswas different, and yield could be effectively p redicted through growth indexes, but a perfect p rediction system stillneedsmore p ractical data to build.
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  • [1] 黄铨,佟金权. 中国沙棘的表型结构与种群变异[J]. 林业科学研究, 1993, 6 (2) : 175~181

    [2] 张建国,黄铨. 沙棘生态经济型优良杂种选育[J]. 林业科学研究, 2005, 18 (4) : 381~386

    [3] 刘尚武,何廷农. 青藏高原的沙棘[J]. 植物分类学报, 1978, 16(2) : 106~108

    [4] 廉永善,陈学林. 沙棘的生态地理分布及其植物地理学意义[J].植物分类学报, 1992, 30 (4) : 349~355

    [5] 廉永善,陈学林. 沙棘属植物的系统分类[J]. 沙棘, 1996, 9 ( 1) :15~24

    [6] 赵汉章,朱长进,徐永,等. 沙棘种源试验研究[J]. 林业科学研究, 1992, 5 (1) : 14~20

    [7]

    Crossa J, Gauch H G. Additive main effects and multip licative interaction analysis of two international maize cultivator trials[J]. CropSci, 1990, 30: 493~500
    [8]

    Yao Y, Tigerstedt P. Isozyme studies of genetic diversity and evolution in Hippophae [J]. Genetic Resources and Crop Evolution,1993, 40: 153~164
    [9] 张建国,罗红梅,黄铨,等. 大果沙棘不同品种果实特性比较研究[J]. 林业科学研究, 2005, 18 (6) : 643~650

    [10] 张建国,段爱国,张俊佩,等. 不同品种大果沙棘种子特性研究[J]. 林业科学研究, 2006, 19 (6) : 700~705

    [11] 张建国,段爱国,黄铨,等. 大果沙棘品种适应性及其综合评价[J]. 林业科学研究, 2007, 20 (1) : 10~14

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Growth Characters and The ir Correla tions with Fruit Y ield of ThirteenLarge Berry Cultivars of Sea Buckthorn in D ifferent Tr ia l Plots

  • 1. Research Institute of Forestry, CAF
  • 2.  Key Laboratory of Tree Breeding and Cultivation, State Forestry Administration,Beijing 100091, China
  • 3. Experimental Center of Desert Forestry, CAF, Dengkou 015200, InnerMonglia, China

Abstract: Growth characters and their relationship with fruit yield of 13 Large Berry Cultivars of Sea buckthorn(Hippophae rham noides) were studied at two sites, Shuiling of Heilongjiang(47°13′N, 127°7′E) and Dengkou of InnerMongolia (40°20′N, 106°59′E). The results showed: ( 1) The length of Large Berry Cultivars has not obviousdifference between two trial p lots, the width of Large Berry Cultivars in Dengkou county was smaller than that inSuiling county, the difference of leafwidth and length varied with different cultivars; the leaf length of Chinese SeaBuckthorn was obviously smaller than that ofLarge Berry Cultivars, and the width was similar; the rate of leaf lengthto width in Dengkou was obviously higher than that in Suiling, the rate of leaf length and width can be viewed as anindex to compare the resistance and adap tation of different cultivars. (2) The number of branch thornswas differentamong different cultivars, and the amount was not equal for the same cultivar in different trial p lots, in Dengkou county, the amount of branch thorns had obvious increasing trend, which maybe an adap tation to drought, and thisadap tation was the reason why that Chinese Sea Buckthorn grew the most branch thorns. (3) The height, ground diameter and crown diameter of most Large Berry Cultivars in Dengkou were all lower than that in Suiling, thesegrowth indexes of Chinese Sea Buckthorn were obviously higher than that ofLarge Berry Cultivars. (4)Different cultivars could get to 10 000 kg?hm-2. (5) The correlation between grow and yield of differentLarge Berry Cultivarswas different, and yield could be effectively p redicted through growth indexes, but a perfect p rediction system stillneedsmore p ractical data to build.

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