网络释义专业释义英英释义
...动态体(Dynamic Body) 土壤的物理及化学特性 土壤剖面(Soil Profile) 影响土壤形成的因素 土壤形成过程 – 成土作用(Pedogenesis) 世界土壤分布 土壤是一动态体(Dynamic Body) 土壤是一动态层(dynamic layer), 在这层 内有复杂的化学, 物理及生物活动不断地 进...
基于2686个网页-相关网页
hypothesis of pedogenesis for loess 黄土造壤成因说
pedogenesis process 成壤过程
Anthropic Pedogenesis 人为成土过程
weathering pedogenesis 风化成土作用
pedogenesis diagenesis 成土成岩作用
pedogenesis characteristics 发生特性
pedology of pedogenesis 土壤发生学
-
土壤发生 - 引用次数：3
Soil chronosequences are valuable tools for investigating rates and directions of soil evolution and their modeling as well as for testing theories of pedogenesis.
土壤时间序列在研究土壤演化速率与方向、建立土壤发生演化模型上具有重要的价值,并且能为土壤发生学理论的验证提供宝贵的信息。
参考来源 - 土壤时间序列的构建及其在土壤发生研究中的意义土壤发生学 -
成土作用 - 引用次数：2
Weathering and pedogenesis of rocks are important sources of mineral elements for ecological systems, and key processes of global biogeochemical cycling of mineral elements.
岩石风化成土作用是生态系统矿质元素的重要来源，也是全球矿质元素生物地球化学循环的重要环节。
参考来源 - 喀斯特流域风化成土作用及其矿质元素行为与环境质量成壤作用 - 引用次数：1 参考来源 - 中国黄土磁学与古气候(英文) CHINESE LOESS MAGNETISM AND PALEOCLIMATE成土酌 -
成壤作用 - 引用次数：4
In the warmer and wetter climate conditions, the paleosol layer grows with strong pedogenesis and abundant rainfall. The content of CaCO3 strongly affected by leaching.
黄土层发育时气候较为干冷,成壤作用弱；古土壤层发育时气候温湿,降水丰富,成壤作用较强,CaCO3含量受淋滤强烈。
参考来源 - 陕西洛川离石黄土下部土层渗透率与含水条件研究 -
幼体生殖土壤发生;未熟发育幼期生殖
·2,447,543篇论文数据，部分数据来源于NoteExpress
Pedogenesis
- abstract: Pedogenesis (from the Greek: 'pedo- or pedon' meaning 'soil, earth' and genesis meaning 'origin, birth') is the science and study of the processes that lead to the formation of soil (soil evolution) Stanley W. Buol, F.
以上来源于: WordNet
双语例句
-
It's found that there is either difference or corresponding relations between soil taxonomy and pedogenesis classification.
发生分类与系统分类结果之间既存在着差异，也有一定的对应关系。
-
But, low sedimentary rate in many profiles, especially in S1, and following strong pedogenesis and eluviation would have effect on those climate records.
然而，黄土高原中部大多数剖面由于沉积速率较低(特别是S1地层)，加上后期强烈的成壤作用和淋溶作用可能影响其气候记录。
-
Weathering and pedogenesis of rocks are important sources of mineral elements for ecological systems, and key processes of global biogeochemical cycling of mineral elements.
岩石风化成土作用是生态系统矿质元素的重要来源，也是全球矿质元素生物地球化学循环的重要环节。
应用推荐