1) container seedling
容器育苗
1.
A comparative study on chemical root trimming effect of copper carbonate for container seedling;
林木容器育苗碳酸铜化学修根效果比较
2.
Preliminary study on a set of technique to grow container seedling of Cupressus duclouxiana;
滇柏容器育苗配套技术研究
3.
Studies on Container Seedling Production and Afforestation Techniques of Conifer Tree Species;
主要针叶树容器育苗造林技术研究
2) Container nursery
容器育苗
1.
The tests of container nursery of Cucurbita foetidissim in greenhouse and field were conducted.
对引进的旱地油瓜进行了大棚容器育苗和田间容器育苗试验,调查了不同发芽时间的苗高、地径、根长及叶片数的生长情况,对不同育苗时间、种子处理时间、出圃时间及容器规格等进行了分析,总结了容器育苗的一系列技术。
2.
In order to choose the soft substrate suitable for container nursery, which are charactered of easy collection and low cost of transportation, Cinnamomum glanduliferum and Robinia pseudoacacia container nursery were tested on bagasse, sawdust,slag,bark powder and straw powder as substrates,which mixed with peat and pearlite at a mix rate of respectively.
为筛选出取材容易,质地较轻且能降低运输成本的适合容器育苗的轻基质,对云南樟、刺槐在蔗糖渣、木屑、炉渣、树皮粉、稻草粉等基质上的生长情况进行了对比试验,就两个树种苗高、地径、根长、总干重和地上—地下干质量比等项目进行监测和统计分析,结果表明,云南樟在3号基质上生长最好,高生长为20 3cm,地径0 42cm,总干物质重2200mg,地上—地下干物质量比为1∶4。
3.
This tissue studied three kinds of substrates as fertilizer source for container nursery of Manglietia crassipes:bark,Bio-organic fertilizer and mushroom-stick with fine yellow subsoil+ Organic substrate(30 ∶70 by volume) in black soft plastic pot with 10cm×10cm size.
分别用树皮、生物有机肥、菌棒3种有机基质作为粗梗木莲容器育苗的肥源,与细黄心土按有机基质30%,细黄心土70%的比例混合配比。
3) containerized seedling
容器育苗
1.
The techniques including the determination of seedling culture time and equipment propagation material (seed or cutting) treatment,selection of container,compouding of media,seedling culture,temperature and moisture control,spraying nutrient agents,transplanting of containerized seedling,were reviewed and summed up.
从育苗时间的确定、选定育苗设施、繁殖材料(种子或插穗)处理、容器的选择、育苗基质的配制、育苗、温湿度控制、喷施营养液、容器苗的移植等多方面系统地总结了容器育苗的主要技术内容;介绍沙旱生容器育苗造林的成功经验。
2.
This paper reviews the production and research development of containerized seedling in domestic and abroad.
综述了国内外容器育苗发展现状及研究进展 ,分别从育苗容器、育苗基质、水肥调控、化学调控、生物调控技术等方面对苗木质量的影响出发 ,阐述了苗木培育理论和调控技术的研究现状 ,提出了目前我国在容器育苗中存在的问题和建议。
3.
Though one type of containerized seedlings grew better than the other , but different vessel had no significant influence to the effect of fertilization.
应用两种容器(控根容器、美植袋)进行复叶槭容器大苗的施肥试验,通过不同处理的施肥效果,结果表明:从不同肥料处理的效果看,使用复合肥好于单一的氮肥,而其中的复合肥(N:P:K=1:1:1)又好于另一种复合肥(N:P:K=4:1:1),说明容器育苗应重视复合肥中N、P和K的配比。
4) container seedling cultivation
容器育苗
1.
container seedling cultivation technique of Pinus dlliottii had advantages than fieldcultivation,1 whole year cultivatlon, quick and uniforme emergence; 2 short cultivation time, only90～180 days from sowing to plantation; 3 high utilization efficiercy of land which was 4 timesof field cultivation; 4 Plantation whole years, the survival rate and anneal height growth was12% and 36.
湿地松容器育苗技术研究结果表明，容器育苗比大田育苗优越：①1年4季均可育苗，幼苗出土快而整齐；②育苗周期短，从播种到出圃造林只需90～180d；③土地利用率高，是大田育苗的4倍；④1年4季均可造林，其成活率和年均高生长量比大田育苗的分别高12％和36。
5) container breeding
容器育苗
1.
Preliminary report on container breeding of introduced fine fodder shrub of Chamaecytisus palmensis;
引进优良饲料灌木树苜蓿容器育苗试验初报
2.
The Container Breeding Technology of Photinia senulata;
红叶石楠营养繁殖容器育苗技术
6) seedling container
育苗容器
1.
At present it is an ideal adhesive for degraded polythene film seedling container.
研制出一种制作可降解聚乙烯薄膜育苗容器专用的水溶性粘合剂，该粘合剂系常温下配制，无毒无害，具有粘合力强、适时水溶的优点，是目前聚乙烯材料制作育苗容器较为理想的粘合剂。
2.
The new type adhesive was used in produsing degradable plastic film seedling container,fine was the effect of combination of paper-to-film as well as film-to-film.
该粘合剂应用于可降解聚乙烯塑料薄膜育苗容器塑—塑与纸—塑的粘合，效果良好。
3.
Through study on machine and productive technical process of honeycomb plastic film seedling container, water-solubility adhesive retort,prescription of raw material,advanced technology and higher efficient production process of industrialization production of honeycomb plastic film seedling container have been put forward.
通过对蜂窝塑料薄膜育苗容器制作机、水溶性胶粘剂反应釜、塑料筒膜的原料配方、吹膜工艺等进行研究,提出了较完善的蜂窝塑料薄膜育苗容器规模化生产技术及生产工艺,使蜂窝塑料薄膜育苗容器的年生产能力由原来的2亿杯提高到现在的10亿杯。
补充资料：容器育苗
| 容器育苗 container，raising seedling in 用特定容器培育作物或果树、花卉、林木幼苗的育苗方式。容器盛有养分丰富的培养土等基质，常在塑料大棚、温室等保护设施中进行育苗，可使苗的生长发育获得较佳的营养和环境条件。苗随根际土团栽种，起苗和栽种过程中根系受损伤少，成活率高、发棵快、生长旺盛，对不耐移栽的作物或树木尤为适用。该法还为机械化、自动化操作的工厂化育苗提供了便利。育苗容器有两类：一类具外壁，内盛培养基质，如各种育苗钵、育苗盘、育苗箱等。另一类无外壁，将腐熟厩肥或泥炭加园土，并混少量化肥压制成钵状或块状，供育苗用。 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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