1) 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。
2) tea plantation soil
茶园土壤
1.
The spatial variability of the content of organic matter in hilly tea plantation soils with different sampling scales;
不同尺度下低山茶园土壤有机质含量的空间变异
2.
Mg concentrations are variously relative to parent materials,fertilization level and pH value of tea plantation soil.
在茶园土壤中镁以矿物态、非交换态、交换态和水溶态存在,能够被茶树吸收的有效镁是交换态和水溶态镁。
3.
Kriging was used for analysing the spatial variability of K in hilly tea plantation soil by employing geostatistical methods and GIS technique.
运用地统计学和GIS技术相结合的方法,采用地统计分析模块中的Kriging插值法研究了山区茶园土壤钾素的空间分布格局。
3) tea garden soils
茶园土壤
1.
The content and fractionation of zinc in tea garden soils as well as the relationships between Zn fraction and total of Zn and soil properties were studied in the investigation by collecting soil samples from 13 tea gardens located in main tea areas of China.
采集我国南方13个茶园土壤样品,采用硝酸-高氯酸混酸消化测定土壤锌的全量,以Tessier法对土壤锌进行形态分级,探讨了茶园土壤锌的形态分布及其与土壤锌全量和土壤理化性质的关系。
2.
The soluble and exchangeable fractions of Pb in the tea garden soils are the most important pools regarding toxicity and bioavailability of Pb to tea plants.
茶园土壤中铅的生物有效性直接影响茶叶中铅的积累。
4) soil in tea garden
茶园土壤
1.
So it is significant to mensurate Se content of tea and soil in tea gardens.
得出以下结论：安徽省茶园土壤，除石台县茶园硒含量很高，达5。
5) tea-grown soils
茶园土壤
1.
Effect of potassium fertilizer application on the potassium and its equilibrium in tea-grown soils;
施钾对茶园土壤钾素及平衡的影响
2.
Three typical and representative tea-grown soils in Sichuan and Chongqing were collected for pot and field experiments lasted five years.
研究了钾肥(硫酸钾)对茶园土壤钾素平衡和茶叶产量品质的影响，旨在为茶树合理施肥提供科学的依据。
6) acid tea garden soil
酸性茶园土壤
补充资料：土壤
| 土壤 soil 地球陆地表面能生长植物的疏松表层。由矿物质、有机质、水分、空气和土壤生物（包括微生物）等组成。是岩石的风化物（成土母质）在气候、地形、生物等因素作用下逐渐形成的。它可不断给植物提供水分和养分，是人类从事农业生产活动的基础。自然环境和人类活动不断影响着土壤形成的方向和过程，同时也改变土壤的基本性质。 土壤种类的分异和组合，与自然地理条件的综合变化密切相关。 在湿润热带雨林、季雨林地区，主要为高度富铝风化、富含铁铝氧化物和三水铝矿的砖红壤。湿润亚热带常绿阔叶林下，形成多种类型的红壤、黄壤及向温带过渡的黄棕壤。半干旱热带、亚热带稀树草原景观地区为燥红土。干旱热带和亚热带为红色漠土。 在广阔的湿润、半湿润温带和温带森林地区，主要为具有硅铝风化特征和不同淋溶状况的暗棕壤、棕壤和褐土，以及由森林向草原过渡的灰色森林土。当土壤湿润状况从沿海向内陆逐渐变干，植物由灌丛草原逐步过渡为草甸草原和干草原，土壤也随之由黑土、黑钙土向栗钙土过渡。 极端干旱的温带荒漠地区，为多种类型的漠土，如棕漠土、灰棕漠土和灰漠土。由荒漠向草原过渡的地区，为具半漠土特征的棕钙土和灰钙土。 寒温带湿润针叶林下，可见具有不同灰化特征的灰化土。寒冷、低温的极地及其边缘地区，形成苔原土和极地漠土。在高寒的高山冰川边缘，为寒漠土。 与上述地带性土壤共存的还有多种类型的草甸土(潮土)、沼泽土、盐碱土、风沙土、石灰（岩）土、火山灰土、水稻土等。 |
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