1) nursery substrate
育苗基质
1.
Effects of different ratio and amount of nitrogen and phosphorus in nursery substrate on growth and nutrition of tomato plug seedlings;
育苗基质中氮磷比及其含量对番茄穴盘苗生长及营养状况的影响
2.
The effect of seedling stage,nursery substrate and ∑M—effective microorganisms, on the early-mature tomato was studied.
研究了苗龄、育苗基质和∑M菌 (有效微生物群 )处理对早熟番茄的影响。
2) Nursing media
育苗基质
1.
Effects of Different Amount of Fertilizer Applied in Nursing Media on the Growth of Solanaceous Fruits Seedlings;
育苗基质不同施肥量对茄果类蔬菜幼苗生长的影响
2.
The effects of different nitrogen and phosphorus nutrients applied in nursing media on tomato plug seedlings sowed in the substrates with V (turf) : V (vermiculite) =2 : 1 was studied .
在含有不同氮磷养分的育苗基质中,进行番茄穴盘育苗。
3) seedling medium
育苗基质
1.
The seedling medium of Taxus chinensis var.
通过圃地的育苗试验,研究了9种不同育苗基质对南方红豆杉小苗木(6月龄)生长的影响。
2.
The experimentation results of seedling medium and container size of several tropical hardwood species including Choerospondias axillaries, Betula alnoides,Anthocephalus chinensis,Altingia excelsa and Schima wallichii etc.
热区南酸枣、西南桦、团花、高阿丁枫、红木荷等阔叶树种的育苗基质和容器规格的第一阶段育苗试验结果表明 :不同的树种对育苗基质的要求不同。
4) seedling substrates
育苗基质
1.
Key problems for High quality and strong seedling cultivation are researching on optimal nutrient supply in seedling substrates.
育苗基质中适量的养分供应是培育优质壮苗的关键。
5) seedling raising medium
育苗基质
1.
The experimental research on the seedling raising medium of Alstonia scholars was conducted at the nursery of simao institute of forestry in Apr 2005.
2005年4月在思茅市林科所苗圃进行灯台树不同育苗基质试验,结果表明:锯末+柴皮+牛粪混合基质较适宜灯台树苗木培育。
2.
The experimental research on the seedling raising medium of Paramichelia baillonii was conducted at the central nursery of Puwen experimental forest farm in Jan 2004.
2004年1月于普文试验林场中心苗圃进行了山桂花苗木培育的育苗基质试验,结果表明:蔗渣+阔叶树种锯末+牛粪混合基质较适于作山桂花苗木培育,可在生产中大量推广应用。
补充资料：基质器
分子式：
CAS号：
性质：又称基质囊泡或基质小泡。是由正在增殖的软骨细胞或骨细胞浆膜形成的独立于细胞外的细胞器。基质器的膜含有丰富的磷脂，具有富集钙离子生成无定形磷酸钙并进一步转化磷灰石的作用。胚胎骨、软骨及牙本质中的矿物都是通过基质器在细胞外形成的。
CAS号：
性质：又称基质囊泡或基质小泡。是由正在增殖的软骨细胞或骨细胞浆膜形成的独立于细胞外的细胞器。基质器的膜含有丰富的磷脂，具有富集钙离子生成无定形磷酸钙并进一步转化磷灰石的作用。胚胎骨、软骨及牙本质中的矿物都是通过基质器在细胞外形成的。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条