1) typical agricultural soil
典型农业土壤
1.
The research on metal and As pollution characteristics of agricultural soil in Jinzhou district, Dalian city was conducted, The results from the research confirmed that the comprehensive pollution index of typical agricultural soil in Jinzhou district was in safe grade and the whole metal and As pollution status was at a clean level.
研究了大连市金州区典型农业土壤中金属元素和砷的污染特征。
2) typical soil
典型土壤
1.
The method, based on that stream sediment inherits the characters of the rock, divides the studied area into different lithologic areas, in which the typical soils for.
该方法依据水系沉积物对原岩的继承性,以不同岩性所对应的典型土壤为已知样品,采用欧氏距离作为分类指标,将研究区划分为不同的岩性类。
2.
In this paper,more than 10 common species of crops and seven typical soils by which the corps grew on in Chengdu region were sampled as subjects for a study on arsenical contents by means of monitoring data analysis,normal distribution fitting,analysis of variance and linear correlation analysis etc.
成都地区土壤和农作物中砷污染研究资料不多,本文以成都地区7类典型土壤和该土壤上生长的10余种常见农作物中的砷含量为研究对象,通过对监测数据的整理、分析,应用正态分布、方差分析、线性相关检验等方法对土壤和农作物中砷的分布规律以及两者的关系进行了比较详尽的分析和研究,并对比了国内相关研究结果,说明了成都地区土壤和农作物中砷污染的规律和相关性。
3) typical soils
典型土壤
1.
Four typical soils in our country(loess soil, purple soil, red soil, black soil) are studied in this paper.
为此,本文选择我国四类典型土壤(黄土、紫色土、红壤、黑土)为研究对象,通过比较人工模拟降雨条件下四种土壤表土结皮发育的差异性,分析了造成不同土壤表土结皮发育差异性的内在原因,并进一步从四类土壤所在区域的地带性角度探讨了我国四类典型土壤区的表土结皮发育地域差异性,主要结论如下:1。
4) Agricultural soil
农业土壤
1.
The distribution of Ni contents in agricultural soils in the Pearl River Delta, China;
珠江三角洲典型区域农业土壤中镍的含量分布特征
2.
Distribution of phthalic acid esters in agricultural soils in typical regions of Guangdong Province;
广东省典型区域农业土壤中邻苯二甲酸酯含量的分布特征
3.
N_2O emission from agricultural soil in China;
中国农业土壤N_2O排放量估算
5) agricultural soils
农业土壤
1.
Transform of lead, copper, and cadmium added in agricultural soils in the Changjiang and Zhujiang Deltas;
外源铅铜镉在长三角和珠三角农业土壤中的转化
2.
A study on acidic buffer capacity of agricultural soils in Zhejiang Province;
浙江省农业土壤酸缓冲性能的研究
3.
Residual characteristics of HCHs and DDTs in agricultural soils from Guangzhou
广州市农业土壤中六六六(HCHs)和滴滴涕(DDTs)的残留特征
6) non-cultivated soil
非农业土壤
1.
Various soil samples were collected from 12 non-cultivated soil profiles in western Hainan Province,and both the REE compositional features of these samples and their spatial variations in these non-cultivated soil profiles were analyzed.
对海南岛西部发育典型的12个非农业土壤剖面REE的组成特征及其纵向变化规律进行研究发现,区内非农业土壤剖面不同层位之间的稀土元素具有一定的继承性,风化成土的基岩奠定了土壤中稀土元素的初始含量及土壤中呈现的LREE富集与Eu亏损的特点,而成土过程中稀土元素分异作用则进一步加剧土壤中LREE的富集和Eu亏损,土壤剖面浅部的氧化和水解作用致使Ce在浅层土壤中的富集,并导致由剖面深部至浅部,Ce呈现出正异常增大之趋势。
补充资料：中国农业科学院农业自然资源和农业区划所
中国农业科学院农业自然资源和农业区划所
中国农业科学院农业自然资源和农业区划所见中国农业经济科学研究机构。
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