1、

A Study on Properties of uptake and accumulation of lead by tea plant

茶树对铅的吸收与累积特性

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2、

The Analysis of Tea Plant Insect Pest Resource in Hunan Province and Specimen Informationization

湖南省茶树害虫资源分析与标本信息化

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3、

The results of fenpropathrin's control efficiency on the pests in citrus, tea plant and mites were studied.

本文报道了灭扫利(fenpropethrin)对柑桔、茶叶害虫与害螨的防治效果试验结果。

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4、

Soil microbial biomass carbon in the tea plant root layer increased significantly with the age of tea plants.

茶树根层土壤微生物生物量碳随树龄增长而增加,但与茶树根层土壤可培养微生物总量无显著相关。

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5、

It was considered that the caffeine and tea cate-chins in the tea root exudate might have allelopathic effect on tea plant.

据此推断,茶树根系分泌物中的咖啡因和儿茶素类物质具有异株克生作用。

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6、

Assay and Comparison of Tea Saponin in Various Parts of Tea Plant

茶树各部分茶皂素含量的测定和比较分析

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7、

The Distribution of Tea Plant Pest Insect and the Analysis of Fauna in Hunan Province

湖南省茶树害虫调查和区系分析

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8、

It illustrated that the active volatiles libertaed from tea plant is only induced by the participation of tea geometrid, and it is an indirect mechanism of pest-resistance of tea plant and send an SOS signal.

说明茶树所释放的有活性的挥发性气味只有在茶尺蠖参与下才能诱发出来,同时也是一种茶树间接抗虫性机制和SOS求救信号。

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9、

The qualities of10 trace elements in tealeaf, tea plant leaf and soil in Meijiawu were determined by AAS.

采用原子吸收方法对梅家坞茶叶,茶树叶以及其生长的土壤中的10中微量元素进行了测量。

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10、

Therefore, frost damage to the tea plant can be avoided or reduced by convecting the thermal inversion layer with a fluid machinery ( fan), which pushes the top warmer air downward to the canopy and mixes with the cold air to increase the canopy temperature.

因此,利用风机等机械装备扰动茶园近地逆温层,将上方较暖空气强制对流吹向下方低温的茶树冠层,可提高其温度,从而防止或减轻茶树霜冻害。

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11、

According to the appearance of tea plant, 45 tea plant resources were screened as candidate. The ester-catechin contents of spring tea shoots, summer tea shoots and autumn tea shoots in 45 cultivars or lines were analyzed by isocratic elution HPLC.

用等度高效液相色谱法,分析检测这45个品种或株系的春梢、夏梢、秋梢酯型儿茶素含量,筛选高酯型儿茶素含量的茶树特异资源。

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12、

Chemical Communication Between Tea Plant-Herbivore-Natural Enemies

茶树-害虫-天敌间的化学信息联系

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13、

The Emission of Tea Plant Volatiles Induced by Three Herbivore Insect Pests

三种茶树害虫诱导茶树挥发物的释放规律

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14、

Tea plant climate division in Zhejiang province base on GIS technology

基于GIS的浙江省茶树栽培气候区划

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15、

Endogenous Hormone Level and Its Regulation Mechanism in the Growth of Tea Plant Shoot ( ⅱ) The Relationship between Endogenous Hormone and Summer and Winter Dormancy

茶树新梢生育的内源激素水平及其调控机理(第二报)茶树休眠与内源激素的关系

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16、

Regulation and Control of Embryogenic State and Differentiation in Stem of Tea Plant Culture

茶树茎段培养胚性状态的调控及其分化

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17、
18、

Determination of trace elements in tealeaf, tea plant leaf and soil by AAS

原子吸收法测量茶叶、茶树叶和土壤中微量元素

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19、
20、

A new tea plant must grow for five years before its leaves can be picked.At30 years of age, it stops producing leaves.

新的茶树必须生长五年才可以采摘茶叶,三十年的茶树,茶叶一般不再生长。

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