Photinia fraseri also introduce another, the Japanese Maple, etc.à·.
另还引进红叶石楠、日本红枫、青枫等。
At present, new varieties of seeds and seedlings have: Japan Jinguan Parkinson, Parkinson Wheatgrass, Blue Sword hodginsii, Eclisse Magnolia, fire-Yan Photinia, Mosaic climb vulgaris, Viburnum, Phnom Penh cornuta, Golden Robinia, Purple Bauhinia leaves Canada, liquor Silver Parker, silver edge Pittosporum, yellow fruit Pyracantha, Acer rubrum.
目前新品种种苗有：日本金冠柏、蓝冰柏、蓝剑柏、含羞玉兰、火艳石楠、花叶爬地柏、荚迷、金边枸骨、金叶刺槐、紫叶加拿大紫荆、酒银柏、银边海桐、黄果火棘、红花槭。
Qiaomu categories: cherry, 2-6 cm, 2-5 cm Lagerstroemia Ligustrum seeds boxwood, red Flowerwood, Lagerstroemia, cherry, Prunus cerasifera, Purple leaf peach, red maple, red Baorui wood, ±, Ligustrum vicaryi, ê, Nandina domestica, etc.. 2, evergreen seedlings: cedar, Pinus, Pinus thunbergii, ±±èí, Shu-Gui, Xian cypress, Wanfeng cypress, cypress, oriental arborvitae, Sabina, Sabina, 1000 Parker, Cypress, flower hodginsii ball, Shu cypress ball, Euonymus, Buxus microphylla, Buxus microphylla, óê, Mahonia, Pittosporum, Photinia, France holly, palm, sisal, etc..
乔木类：樱花2-6公分，紫薇2-5公分金叶瓜子黄杨、红花檵木、紫薇、樱花、红叶李、紫叶桃、红枫、红瑞木、黄金槐、金叶女贞、高杆女贞、南天竹等。2、常青苗木：雪松、五针松、黑松、北京桧、蜀桧、西安桧、万峰桧、龙柏、侧柏、铺地柏、沙地柏、千头柏、龙柏、花柏球、蜀桧球、大叶黄杨、小叶黄杨、雀舌黄杨、大叶女贞、十大功劳、海桐、石楠、法国冬青、棕榈、剑麻等。
Effects of substrates, hormones and cuttings types on the rootage of Photinia serrulata were examined by orthogonal test in this study.
采用正交试验的方法研究了扦插基质、生长激素及其质量浓度和插条类型等4种因素3种不同水平处理对红叶石楠插穗生根率的影响。
Photinia serrulata; Greenwood cutting; Growth hormone; Rooting rate
红叶石楠；绿枝扦插；生长激素；生根率
Application of Sewage Sludge and Peat Substrate on Euonymus japonicus and Photinia serrulata
污泥和泥炭作基质对大叶黄杨和石楠的应用效果
Effect of Waterlogging Stress on Root Activity and Photosynthesis of Three Kinds of Photinia Seedlings
淹水胁迫对石楠幼苗根系活力和光合作用影响
The company's long-term supply of various types of seedlings: safflower, following Wood, Photinia, yellow forsythia;
本公司长期供应各类苗木：红花继木，红叶石楠，黄连翘；
Ornamental evergreen treelike shrub of United States Pacific coast having large white flowers and red berrylike fruits; often placed in genus photinia.
美国太平洋沿岸的一种观赏性常绿乔木状灌木，花大、白色，果实红色、类似浆果常归入石楠属。
Physiological Responses of Four Photinia Seedlings to Water Stress
四种石楠属苗木对土壤水分胁迫的生理响应
Study on the Effects of Super Absorbent Polymers on Photinia Plants under Drought Stress
干旱胁迫下石楠属植物施用保水剂的效应研究
The Impact of Different Cultivation Measure on Red-leaved Period of Photinia serrulata
不同栽培措施对红叶石楠红叶期的影响研究
Study on the highly effective transformation system of cold-tolerant gene amgs transformed into Chinese Photinia
石楠抗寒基因AmGS高效转化体系的研究
Comparison between 2 Determination Ways of Cold Tolerance of Photinia glabra'Rubens'and P. glabra × fraseri'Red robin'
2种测定红叶石楠耐寒性方法的比较
And in this study, the methods to induce polyploidy Photinia by adding colchicines solution of different concentration combined different treatment period to the tip of the seedlings was systematically studied.
石楠多倍体诱导研究以播种的石楠幼苗为材料，采用滴液的方法用秋水仙素水溶液处理石楠幼苗的生长点，对不同的处理方式、处理浓度和处理时间的多倍体诱导效果进行了较为系统的研究。
Different concentration combinations of NAA and6-BA were setup in tissue culture media to study inducing effects of sprouts and roots of photinia fraseri.
在红叶石楠组织培养基中设置不同的萘乙酸（NAA）和6-苄基腺膘呤（6-BA）的浓度组合，研究其对不定芽和不定根的诱导效果。
Under limited water condition, the study was carried out on survival time and growth efficiency of Photinia serrulata seedlings and dynamics of water content and water potential of soil and leaves in the pot experiment.
在有限水分条件下，对盆栽石楠苗木的生长率和存活期、叶片和土壤水分水势动态变化进行研究。
The mutual effect between hydrogel and fertilizer on physiological characteristics of photosynthesis of Photinia serrulata seedlings under water stress condition was explored by pot experiment.
在水分胁迫条件下，以盆栽石楠为材料，研究了保水剂与肥料的交互效应对苗木光合生理特性的影响。
Full-length of FT gene was obtained from the DNA of strawberry, rose, plum, photinia through specific primers amplification, and FT gene sequence information was confirmed by alignment with the spliced sequences. 4.
特异引物扩增得到了草莓、月季、梅花、石楠DNA水平FT基因全长，与拼接序列比对进一步证实了FT基因DNA水平序列信息。
The major object of tissue culture study is to exploit the technique systems of rapid propagation and regeneration, in ordering to offer material and technique supports for resistance breeding of Photinia by transforming with Cold-resistant Gene.
石楠组织培养研究的主要目的是探索石楠组织培养的快速繁殖体系和再生体系，旨在为抗冻基因转化石楠的抗性育种工作提供材料及技术支持。