各品種的楊梅樹(shù)苗、枝頭、湖南水晶楊梅接穗小杯苗、廣西永樹(shù)冠楊梅大樹(shù)砧木、各品種楊梅樹(shù)枝條批發(fā)預(yù)定電話13507五40047、廠家ZC-18IY52、2023-2024嫁改良型新品種永樹(shù)冠、水晶楊梅嫁接接穗和砧木30CM砧木種植基地接小杯苗批發(fā)價(jià)格好，高產(chǎn)良種大樹(shù)、掛果多、每年結(jié)果多多的、水晶楊梅純白接穗、結(jié)的果又大又甜又黑、長(zhǎng)度：10公分、15公分、20公分、30公分、40公分、50公分這幾種規(guī)格，每一種規(guī)格的價(jià)錢(qián)不一樣，具體要看數(shù)量，不同品種價(jià)格不同，一般要提前1-3天定貨加工、制作廠家。2023-2024Year良種、高產(chǎn)、嫁接工具、外派技術(shù)員，可以對(duì)外承接嫁接油茶苗和楊梅苗服務(wù)，同時(shí)有回收楊梅果和茶油，支持出口服務(wù)，歡迎全省朋友合作。
研究以蠟楊梅作為砧木，以楊梅的主栽品種作為接穗進(jìn)行種間嫁接試驗(yàn)，結(jié)合嫁接成活率(graftingsurvivalrate，SR)的調(diào)查、嫁接后生長(zhǎng)指標(biāo)間的相關(guān)性分析以及基于SSR的種間聚類(lèi)分析，2024高壓造型美觀楊梅大杯苗 福建以期證明蠟楊梅砧木與楊梅接穗間具有一定的親和性，同時(shí)明確蠟楊梅與楊梅的親緣系數(shù)。1材料和方法1.1供試材料和嫁接試驗(yàn)試驗(yàn)于2013—2015年在浙江省余姚市泗門(mén)鎮(zhèn)（土壤pH8.01)進(jìn)行，選取8年生的蠟楊梅和楊梅為砧木，2年生的主栽品種‘荸薺種’。
土培楊梅與楊梅的種間嫁接具有一定的親和性本研究選用了蠟楊梅和楊梅為砧木$4種主栽品種‘荸薺種’‘東魁’‘水晶種’和‘夏至紅’為接穗，以上4個(gè)品種的果實(shí)顏色能夠代表?xiàng)蠲饭麑?shí)的4種顏色，即：‘水晶種’為白梅類(lèi)、‘夏至紅’為粉色梅類(lèi)、‘東魁’為紅梅類(lèi)、‘荸薺種’為烏梅類(lèi)。近年來(lái)，隨著分子標(biāo)記技術(shù)的不斷發(fā)展，加之其具備準(zhǔn)確性高和重復(fù)性好等特點(diǎn)已廣泛應(yīng)用于楊梅材料的遺傳多樣性分析和親緣關(guān)系鑒定（Jiaoe$a&，2012)Zhangea&，2012)Wangeta&，2024)。
研究蠟楊梅與楊梅的嫁接親和性及親緣關(guān)系，為楊梅擴(kuò)展栽培提供參考?！痉椒ā窟B續(xù)3年在浙江余姚灘涂上（土壤pH8.01)$以蠟楊梅和楊梅為砧木，以4種主栽品種‘荸薺種’‘東魁’‘夏至紅’和‘水晶種’為接穗的種間嫁接，并基于SSR對(duì)蠟楊梅和楊梅進(jìn)行親緣關(guān)系鑒定和聚類(lèi)分析。調(diào)查各砧穗組合的嫁接成活率及相關(guān)指標(biāo)?！窘Y(jié)果】楊梅砧穗組合的嫁接成活率為：70.08,~83.75,，其中‘夏至紅’接穗的嫁接成活率較高（81.98,)，‘荸薺種’次之（80.43%);蠟楊梅砧穗組合的嫁接成活率為27.51,~38.29,，其中，‘東魁’接穗的嫁接成活率較高（34.88,);楊梅砧穗組合的嫁接成活率極顯著高于蠟楊梅砧穗組合。不同組合間的顯示：蠟楊梅砧穗組合BQ4-6、DK4-6和SJ4-6分別在冠徑、干周和植株高度等指標(biāo)上顯著性高于楊梅砧穗組合。
branches, crystal Yangmei scions, small cup seedlings, Yongguan Yangmei big tree rootstocks, branches, 2023-2024 improved new varieties Yongguan, crystal Yangmei grafting scions, and rootstock wholesale manufacturers are booked at 13507五4004730CM rootstock planting base. The wholesale price of small cup seedlings is good, with high yield and excellent varieties of big trees, many fruits, and many annual fruits. The fruits are large, sweet, and black, and crystal Yangmei pure white scion length: 10 centimeters The price for each of the specifications of 15cm, 20cm, 30cm, 40cm, and 50cm varies depending on the quantity and price. Generally, it is necessary to order, process, and manufacture from the manufacturer 1-3 days in advance. From 2023 to 2024, we offer excellent varieties, high yield, grafting tools, and dispatched technicians. We can provide services for grafting camellia seedlings and bayberry seedlings, as well as recycling bayberry fruits and tea oil, supporting export services. We welcome cooperation from friends across the province.
The study conducted interspecific grafting experiments with waxberry as the rootstock and the main variety of waxberry as the scion. Combining the investigation of grafting survival rate (SR), correlation analysis between growth indicators after grafting, and interspecific clustering analysis based on SSR, the aim was to prove that waxberry rootstock has a certain affinity with waxberry scions, and to clarify the genetic coefficient between waxberry and waxberry. 1. Materials and Methods 1.1 The experimental materials and grafting experiments were conducted in Simen Town, Yuyao City, Zhejiang Province (soil pH 8.01) from 2013 to 2015. 8-year-old waxberry and bayberry were selected as rootstocks, and the main 2-year-old variety 'Water Chestnut Seed' was selected.
The interspecific grafting of Tupei Yangmei and Yangmei has a certain degree of compatibility. In this study, waxed Yangmei and Yangmei were selected as rootstocks. Four main varieties, 'Water Chestnut Seed', 'Dongkui', 'Crystal Seed', and 'Summer Solstice Red', were used as scions. The fruit colors of the above four varieties can represent the four colors of Yangmei fruits, namely: 'Crystal Seed' is white plum, 'Summer Solstice Red' is pink plum, 'Dongkui' is red plum, and 'Water Chestnut Seed' is black plum. In recent years, with the continuous development of molecular marker technology, coupled with its high accuracy and good repeatability, it has been widely used in genetic diversity analysis and phylogenetic identification of waxberry materials (Jiao $a&, 2012) Zhang&, 2012) Wangeta&, 2024).
between waxberry and waxberry Study the grafting compatibility and genetic relationship between waxberry and waxberry, providing reference for the expansion and cultivation of waxberry. [Methods] Three consecutive years of interspecific grafting were conducted on the mudflat of Yuyao, Zhejiang Province (soil pH 8.01), using Wamyrica rubra and Myrica rubra as rootstocks, and four main varieties' water chestnut ',' Dongkui ',' Summer Solstice Red 'and' Jingjing 'as scions. The genetic relationship between Wamyrica rubra and Myrica rubra was identified and cluster analysis was conducted based on SSR. Investigate the grafting survival rate and related indicators of each rootstock and panicle combination. 【 Result 】 The grafting survival rate of the combination of Yangmei rootstock and scion was 70.08,~83.75, among which the grafting survival rate of the 'Summer Solstice Red' scion was the highest (81.98,), followed by the 'Water Chestnut Seed' (80.43%); The grafting survival rate of waxberry rootstock combination is 27.51,~38.29, among which 'Dongkui' scion has the highest grafting survival rate (34.88,); The grafting survival rate of the Yangmei rootstock panicle combination is significantly higher than that of the waxberry rootstock panicle combination. The display between different combinations: The wax waxberry rootstock panicle combinations BQ4-6, DK4-6, and SJ4-6 were significantly higher than the waxberry rootstock panicle combinations in terms of crown diameter, stem circumference, and plant height, respectively.
