1)container seedling容器苗
1.Primary study on the key techniques of container seedling afforestation of Pistacia chinensis;黄连木容器苗造林关键技术的初步研究
2.Study on culture media for Caragana opulens container seedlings;甘蒙锦鸡儿容器苗培育基质研究
3.Effect of the different measure in breeding container seedling of pinus massoniana;不同育苗措施对马尾松容器苗育苗效果的影响
英文短句/例句
1.Effects of Different Containers on the Growth of Seedlings of 3 Tree Species不同容器对木荷等3个容器苗生长的影响
2.Preliminary Report of Xanthoceras sorbifolia Container Seedling Growth Law and Nursery Key Techniques文冠果容器苗生长规律及育苗关键技术
3.Effect of Different Nursery Substrates on Growth of Container-seedling of Pinus elliottii不同育苗基质对湿地松容器苗生长的影响
4.Effects of Different Nursery Substrata on the Growth of Container Seedlings From Improved Varieties of Oil-tea Camellia不同育苗基质对油茶良种容器苗生长的影响
5.using degradable container breed container-seedlings and afforestation,ratio of height to diameter averagely increased 1.1%～9.5% than CK;环保型容器苗造林,苗木高径比比大田植苗造林提高1.1%~9.5%;
6.Effect of Cupreous and Zincous Preparations Treatment on the Root Control for Container Seedlings of Ginkgo bilobaCu,Zn等制剂对银杏容器苗的控根效果
7.Effect of Different Containers on Seedling Quality of Pinus pinaster and Ficus concinna var.subsessilis不同容器对法国海岸松与无柄小叶榕容器苗质量的影响
8.Containerized versus bare-root seedlings of Schima superba for forest regeneration不同立地条件下木荷容器苗与裸根苗造林对比试验
9.The Effect of different Sizes of Container and Media for One Year Old Seedlings of Four Types of Aboriginal Broadleaf in Subalpine Area in Northwest Yunnan滇西北亚高山4种乡土阔叶树种1年生容器苗的育苗容器规格及基质研究
10.STUDY ON THE AFFORESTATION TECHNIQUE OF CONTAINER SEEDLING AND BENEFIT IN LIAONING ROCKY MOUNTAINS辽西石质山地容器苗造林技术及效益研究
11.Study on the Coated Fertilizer of Container Seedling of Pines Tabulaeformis, Platycladus Orientalis and Pinussylvesfris Var. Mongolica;油松、侧柏、樟子松容器苗专用包膜肥的研究
12.Studies on photosynthesis and physiological Characteristics of root-control container Seedlings of Myrica rubra杨梅控根容器苗的光合及生理特性研究
13.Comparison of the Effects of Different N,P and K Fertilization On the Growth of Ulmus pumila Seedlings in Containers不同氮、磷、钾量对金叶榆容器苗生长效果的比较
14.Effect of Controlled-release Fertilizer on Electrical Conductivity of Spent Mushroom Compost Substrate and Container Seedlings Growth控释肥对菇渣基质电导率及容器苗生长的影响
15.Study on Forestation with Container Seedlings of Diospyros lotus and Platycladus orientalis in Barren Mountains During the Rainy Season君迁子和侧柏容器苗荒山雨季造林试验
16.Study on Techniques of Seedling Grafting and Container Seedling with Root Control of Juglans Regia‘Violet’;紫叶核桃子苗砧嫁接及容器育苗根控技术研究
17.A Study on Mycorrhizal Inoculation and Graft of Container Seedling of Chestnut;板栗菌根化容器嫁接苗培育技术研究
18.A Study about Factory Container Seedling of C, Intermedia Kuang et H.C Fu and Hippophae Rhamnoides L;柠条和沙棘工厂化容器育苗技术研究
相关短句/例句
Container seedlings容器苗
1.Growth of Taxus chinensis var. mairei for container seedlings in different media mixtures and for bare-root versus container seedlings in a young stand;基质配比对南方红豆杉容器苗及其移栽生长的影响
2.A review of cultural technology in container seedlings;容器苗培育技术研究综述
3.Determination was carried out on morphological indicators of container seedlings of Cinnamomum platyphyllum,Manglietia fordiana,Sloanea sinensis to study relations between water potential of root system and root growth potential.对大叶樟、猴欢喜、木莲3种容器苗的多个形态指标进行测定,并研究其根系水势和根生长潜力的关系,结果表明,容器苗地径和全苗干重与各形态指标间显著相关,是反映容器苗质量的重要形态指标;苗木根系水势和根生长潜力回归极显著,是苗木质量评价重要的生理指标和活力指标。
3)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。
4)Vessel grass seedling容器草苗
5)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
6)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。
延伸阅读
阔叶树容器苗造林1、常绿阔叶容器苗的培育(以香樟、山杜英为例)材料:6厘米x1O厘米薄膜容器袋，消毒药剂(托布津或多菌灵或福小马林等粉剂)，田土或森林壤土、黄心土，小竹片、香樟、山杜英芽苗。基质含水量适宜，一般为用手捏紧基质，松手可散，基质必须拌均。消毒:用托布津或多菌灵或福尔马林等粉剂与基质充分拌均，薄膜覆盖24川时。装袋:将消毒后的基质装入容器袋，做到均匀压实，基质与容器袋口平。筑畦:将装满基质的容器袋放入准备好的苗畦中，每畦宽度1.1米-1.3米，存放15个-20个容器袋，长度根据场地设置，容器袋与袋之间挤紧，不留大空隙。苗场及畦内不留杂草、平整，并经杀菌、杀虫等消毒处理。畦边覆土与容器袋高度持平，畦沟略低于苗床。定栽芽苗:将准备好的长香樟、山杜英芽苗用山竹片植入每个装好基质的容器袋中。芽苗最好已有3-5张叶子，过小不宜;芽苗根系过长或叶子过多，可进行适兰的修剪和摘叶。栽植深度大于芽苗地下部分，做到栽正栽直，苗土密接。定栽后及时用喷水壶喷洒一次透水。定栽选择阴天或早上、傍晚。管理:定栽后头5天不论晴天或阴天都得早晚浇水各一次，之后逐渐减少，做到适时浇水，保持容器袋中基质湿润。定栽后头15天用遮阳网搭架遮阴，连续晴天时，遮阳网使用二层。15天后逐步退去遮阳网，以促进苗木根系发育和炼苗。最短的在1个月后，容器袋中基质比较结实，少量根系长到容器袋外用于山场造林。2、阔叶容器苗的造林造林时间:选择梅雨季前后土壤湿润情况下进行，雨天、阴天、晴天不间断。苗木处理:苗木运输采用硬木板箱、塑料箱、竹箱装载，上山采用竹篮、畚箕等工具装载，阴天、晴天起苗后、卸苗后、上山定植前均做到苗木喷水，最大限度地确保容器基质结实、苗木根土密接和苗木不失水，减少因搬动造成的基质松散，根土不密接，做到现起现栽，并置阴凉处。培育时间较短的容器苗造林前用小刀片割破容器袋两面，以扩大基质和苗木根系吸水能刀，切不可用手强行撕破容器袋。阔叶容器苗苗木处理关键是做到轻拿轻放，不松动基质，在上山造林前浇一灰透水。造林:补植造林采用大穴造林，万法为在春季规划已造香樟、山杠英的造林山场，对死亡苗木进行补植。因春季造林前已进行整地，补植时只铲除定植穴周围的杂草并种上容器苗即可。火烧迹地山场造林:先将造林山场清理干净，然后挖小穴，造林方式为香樟、山杜英容器苗1:1隔行混交，造林密度每亩100株。定植:扒开地表枯枝落叶层，挖1个比容器袋规格稍大的小穴，将香樟或山杜英容器苗轻放干穴中、用表土覆盖即可。定值深度以表土完全覆盖容器苗泥球上部为准，栽植时确保栽正、栽直、不凹陷，容器泥球与林地土壤紧密接触，但不可用力敲实。（源自：<<中国林业>>总NO614期）
