[Objective] This study was conducted to screen the best variety and optimum planting density for constructing early-bearing high-yielding model plantation of Camellia oleifera. [Methed] This survey was carried out in ...[Objective] This study was conducted to screen the best variety and optimum planting density for constructing early-bearing high-yielding model plantation of Camellia oleifera. [Methed] This survey was carried out in two demonstration bases, one for investigating the relationship between different cultivated varieties with growth and production, the other for investigating the relationship between different planting densities with growth and production. [Result] For different cultivated varieties, Cenruan 2 showed tree height, ground diameter and crown product significantly higher than other two varieties, besides, the per unit area fruit yield of Cenruan 2 was also significantly higher than other two varieties. From flower bud differentiation,the best variety was Changlin 4, which showed number of differentiated flower buds significantly higher than Changlin 27, but there were no significant differences between Cenruan 2 with Changlin 4 and Changlin 27. For different planting densities, plant height and crown product at planting density of 1.5 m×2 m were significantly higher than those of other two planting densities, but from ground diam- eter, the best planting density was 1.5 m×1.0 m, with a ground diameter significantly higher than other two planting densities. From per unit area fruit yield, the best planting density was 1.5 m×2.0 m, under which early plant growth and fruit production were better. Therefore, the best planting density is 2.0 m ×3.0 m when constructing early-bearing high-yielding model plantations. For variety Cenruan 3, it＇s fruit production is high in the early pedod, and the best planting density is 1.5 m× 2.0 m or 1.0 m×1.5 m when constructing early-bearing high-yielding model plantations, and after 4-6 years when it put into production, the plants could be transplanted.展开更多
Amplified fragment length polymorphism (AFLP), a novel DNA fingerprinting technique based on polymerase chain reaction (PCR) with high discriminatory power, has the advantages of high effi ciency, rapidness, re-
基金Supported by Scientific Research and Development Planning Project of Guilin City(20130108-6-1)~~
文摘[Objective] This study was conducted to screen the best variety and optimum planting density for constructing early-bearing high-yielding model plantation of Camellia oleifera. [Methed] This survey was carried out in two demonstration bases, one for investigating the relationship between different cultivated varieties with growth and production, the other for investigating the relationship between different planting densities with growth and production. [Result] For different cultivated varieties, Cenruan 2 showed tree height, ground diameter and crown product significantly higher than other two varieties, besides, the per unit area fruit yield of Cenruan 2 was also significantly higher than other two varieties. From flower bud differentiation,the best variety was Changlin 4, which showed number of differentiated flower buds significantly higher than Changlin 27, but there were no significant differences between Cenruan 2 with Changlin 4 and Changlin 27. For different planting densities, plant height and crown product at planting density of 1.5 m×2 m were significantly higher than those of other two planting densities, but from ground diam- eter, the best planting density was 1.5 m×1.0 m, with a ground diameter significantly higher than other two planting densities. From per unit area fruit yield, the best planting density was 1.5 m×2.0 m, under which early plant growth and fruit production were better. Therefore, the best planting density is 2.0 m ×3.0 m when constructing early-bearing high-yielding model plantations. For variety Cenruan 3, it＇s fruit production is high in the early pedod, and the best planting density is 1.5 m× 2.0 m or 1.0 m×1.5 m when constructing early-bearing high-yielding model plantations, and after 4-6 years when it put into production, the plants could be transplanted.
基金National Natural Science Foundation of China program （30560090）.
文摘Amplified fragment length polymorphism (AFLP), a novel DNA fingerprinting technique based on polymerase chain reaction (PCR) with high discriminatory power, has the advantages of high effi ciency, rapidness, re-
