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1)  Greenhouse soil
温室土壤
1.
The effects of ozone treatment on greenhouse soil chemical properties and melon yield;
臭氧对温室土壤化学性质和甜瓜产量的影响
2.
Effects of moisture, temperature and nitrogen supply rate on NO_3~-N accumulation in greenhouse soil;
温室土壤硝态氮积累的温度、水分、施氮量耦合效应
3.
Coupling effects of temperature,moisture,and nitrogen application on greenhouse soil pH and EC
温度、水分和施氮量对温室土壤pH及电导率的耦合作用
2)  sterilization of glasshouse soil
温室土壤灭菌
3)  sunlight greenhouse soil
日光温室土壤
1.
Quantity and intensity of potassium and its exchange with calcium in sunlight greenhouse soils are studied in Guanzhong Plain,Shaanxi.
加入土壤K~+的比例和数量过高,非但未提高K~+离子的活度,还造成胶体上Ca~(2+)离子的大量解吸,由此可能带来的日光温室土壤胶体稳定性降低及养分不平衡的问题值得关注。
4)  soil temperature
土壤温度
1.
The effects of soil temperature and moisture of artificial ecological restoration under different rocky desertification degrees in karst region—A case study of the Huajiang gorge area,Guizhou;
喀斯特地区不同等级石漠化人工生态恢复的土壤温度及水分效应——以贵州省花江峡谷为例
2.
Eftect of green grassland on soil temperature;
草坪绿地对土壤温度的调节作用
3.
Effects of water content variation on soil temperature process and water exchange;
含水量变化对土壤温度和水分交换的影响研究
5)  ground temperature
土壤温度
1.
The resuming course of ground temperature of source heat pump is simulatively researched after the ground temperature heat pump is performed for some time.
应用数值方法对土壤源热泵运行一段时间后土壤温度的恢复过程进行了研究。
2.
The analysis based on the daily maximum, minimum and daily range of the ground temperature at different depths at D110 site, northern part of Tibetan Plateau, showed that from surface to 40cm depth the variation of the daily maximum ground temperature was strong.
通过藏北高原D110点一年中不同深度土壤温度的日最高值、日最低值及日温差的分析,表明从0cm~40cm,土壤温度的日最高值的变化剧烈,而日最低值的变化则相对平稳。
3.
Based on the ground temperature data at different sites in the Northern Tibetan Plateau obtained during the GAME_Tibet field observation, the features of the latitude effect and elevation effect of the ground temperature in the Northern Tibetan Plateau were analyzed.
利用GAME- Tibet 野外观测期间所得藏北高原不同地点土壤温度资料, 对藏北高原土壤温度分布纬向地带性和垂直地带性特征进行分析, 结果表明夏季土壤温度分布主要表现为高度效应,而冬季土壤温度分布主要表现为纬度效应。
6)  soil moisture
土壤温度
1.
Seasonal variation in soil respiration is largely controlled by abiotic factors such as temperature and soil moisture,whereas the regulation of diurnal variation is likely physiological rhythms of plants.
季节间土壤呼吸与土壤温度(p=0。
补充资料:温室效应和温室气体
分子式:
分子量:
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性质:一些微量气体对太阳的短波辐射无阻碍,但对长波辐射有强烈的吸收,若其吸收带落在7~13微米的红外大气窗口内,则吸收的能量将引起大气的增温。温室气体主要有CO2、H2O、CH4、N2O、O3、CFCs等约30余种。当地表因被辐射加热又以红外辐射的形式向空间散发的能量被大气中的温室 气体吸收而使大气增温,产生温室效应。大气中本来就有CO2、H2O等温室气体,但如果温室气体的种类及其含量因人为活动在大气中增加时,温室效应将增加,从而导致地球的平均气温上升,这将造成全球性的危害。

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