1) ancient tea plantation
古茶园
1.
A comparative research on microclimate characteristics between ancient tea plantation and conventional tea plantation in Yunnan Province;
云南古茶园与常规茶园小气候特征比较研究
2.
To the modern people, the extant ancient tea and ancient tea plantation is not only th.
而现存的古茶树、古茶园对于现代人来说,不仅是中国茶史地位的有力佐证者,各民族茶文化的有力见证者,同样也是新的茶树品种乃至发展茶业产业不可或缺的有力支持者。
2) tea plantation
茶园
1.
The micrometeorological characteristics in tea plastic green house tea plantation and their deffect on plucking date and economic efficiency of Longjing tea;
塑料大棚茶园微气象特征与龙井茶生产
2.
Synthetical effects of shading on tea plantation during the high-temperature and drought season;
高温干旱季节茶园覆盖遮荫的综合效应研究
3.
Ecological regulation effects of straw mulching in tea plantation in subtropical hilly red soil region;
稻草覆盖对红壤丘陵茶园的生态调控效应
3) tea garden
茶园
1.
Study on soil nutrient of tea garden in main producing areas of Xinyangmaojian tea;
信阳毛尖茶主产区坡地茶园土壤养分研究
2.
Effects of different fertilization on red soil microbial biomass C in tea garden;
不同培肥措施对红壤茶园土壤微生物量碳的影响
4) tea field
茶园
1.
Dynamic variation of enzyme activity of soil in tea field under natural arid condition;
自然干旱条件下茶园土壤酶活性动态变化研究
2.
The results were as follows:When the diversity increased in the tea field by introduced non-tea plants,the mites damage changed.
本研究探索生物多样性与害螨之间的关系 ,结果表明 ,在茶园生态系统中引入新的植被后 ,茶园生物多样性增加 ,但并不一定具有对害螨的控制能力。
3.
This paper deals with 8 families, 16 genera and 27 species of mites in tea field of Wenzhou, Zhejiang Province, China.
本文报道温州地区茶园益害螨种类 ,隶属于 8科 16属 ,2 7种。
5) Tea gardens
茶园
1.
Mass fraction of fluorine in some tea gardens of Hunan and Zhejiang;
湘浙部分茶园氟质量分数的分析
2.
A record of parasitic wasps and their host insects in tea gardens in the eastern Guizhou Province
贵州东部地区茶园寄生蜂及其寄主种类的记述
3.
Characteristics of spider fauna in tea gardens in Guizhou Province
贵州省茶园蜘蛛区系分布特征
6) tea garden soil
茶园土壤
1.
Isolation and screening of antagonistic actinomyces from tea garden soil;
茶园土壤拮抗放线菌的分离和筛选
2.
The contents of fluoride in tea leaves and the distribution of fluoride in tea garden soils as well as their relationships were discussed in this paper by sampling the tea leaves and soils from the twelve tea gardens located South Center and Southwest China.
通过对我国中西南产茶区12个茶园土壤样品和茶叶样品的采集,探讨了不同茶园茶叶氟含量和茶园土壤氟的形态分布规律。
3.
Effects of interaction of citric acid-aluminum-fluoride on adsorption characteristics and distribution of fluoride in tea garden soil were studied by the simulated test.
通过实验室模拟实验,研究了柠檬酸、铝与氟的交互作用对茶园土壤氟吸附特征及形态分布的影响。
补充资料：茶园害虫致病微生物
茶园害虫致病微生物
pathogenic microbes of pests in tea plantation
茶圈，虫致脚徽生物比5 of(pathogeniein tea Plantation)nllCro- 侵染业科学院茶叶研究所等单位还发现有:圆抱虫霉寄生小绿叶蝉，虫草菌寄生扁刺蛾、茶刺蛾，球赤壳菌寄生茶牡蜘蚊，稼祥寄生茶毛虫、云尺续等，红霉菌寄生娜圆幼，拟青祥寄生肾纹毒蛾、茶细蛾、褐刺蛾等。 不少病原真菌都可进行人工生产，国内则以白僵菌生产较多。在生产中重要的是选取优良的菌种和培养基，控制培养条件和防止污染。其土法生产的工艺流程:从自然似虫分离选取优良菌种一、试管斜面培养一、转入瓶、堆进行二级培养一*转入大床进行三级固体扩大培养一一，出料在40一45℃条件下干燥一、粉碎过筛100筛目一一侧定活抱子含量一、包装密封一一阴凉干燥处贮存备用。白僵菌除菌种培养外，一般对营养条件要求不高，菌种培养基可用马铃薯20%，蔗籍2%，琼脂2%加水配制;二级培养则可用淘米水(5oo克水淘500克米);三级扩大培养可用米糠40%麦轶30%，谷壳30%，加水适量(不超料重)。为了进一步提高产量和产品质量，宜进行液体深层发醉的工业生产。 细菌病大多由芽抱杆菌科(B acillaceae)芽抱杆菌属才肠ct’llus)的细菌感染所致。苏芸金杆菌(B.th“万伙卯召嘴司已经工厂化生产，广泛用于防治蛾蝶类及其它农业害虫。苏芸金杆菌的营养体呈直形较粗杆状，两端钝圆，有厚膜，长宽为1.2一1.8X3.0一5.0徽米。周生鞭毛微动或不动。营养体单个存在或几个结成链状，在适宜条件下经过不断裂殖，老熟形成长卵口形抱子炭，抱子囊最后破裂放出一个芽泡和一个伴抱晶体。芽抱卵圆形，有光泽，长宽为0.8一0.9x2.0徽米，在适宜条件下再萌发裂殖。伴抱晶体多呈菱形或近方形，长宽为o.6x2.0微米，含有毒素，在碱性溶液中释放出来，对害虫具有很强的毒力。害虫吞食经消化道侵入体腔。峨搽类幼虫肠液呈碱性，正利于毒素析出毒杀害虫。病死虫体变软，变形，色暗，组织解体脓化，并有奥味，故亦称脓病或软化病。苏芸金杆菌有很多变种，如青虫菌、松毛虫杆菌、杀螟杆菌、“7216”、“HD一l”等。在茶树害虫中也常有自然感染和人工应用。例如福建茶科所用0.2亿饱子/毫升菌液防治茶毛虫，5天后死亡75一90%。安徽祁门茶科所用同样剂量防治茶蚕，5天后死亡100%:0.5亿/毫升菌液防治茶蓑蛾.10天后死亡78一100%。
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