土壤学

基本解释 (translations)

agrology  ·  pedology  ·  edaphology

与土壤学相关的网络例句 [注：此内容来源于网络，仅供参考]

Student need master theory andtechnique of botany, plant taxology, plant physiology, plant ecology, agrology, plant nutrition and fertilizer, agriculture aerography, forage and feed breeding, livestock thremmatology, statistics and so on.

在此基础上，尚需掌握植物学、植物分类学、植物生理学、植物生态学、土壤学、植物营养与肥料学、农业气象学、杂草与病虫害防治学、牧草饲料作物遗传育种学、家畜饲养学、田间试验设计与数理统计分析等学科的理论和技术。

As a powerful technique for organic analysis, NMR has played an important role in this field. In this paper, the analytical methods commonly used in agrology research were reviewed, and the NMR methods were discussed in detail.

本文在介绍了几种常用的检测土壤有机质的分析测试手段基础上，结合土壤学的研究新热点，详细介绍了核磁共振技术的应用，表明了它是目前研究土壤有机质的主要测试手段之一。

The work here will make on further understand of the study of mechanisms and motion models of water-heat exchange, and will be of great value of research on the consideration of problems related to hydrology, soil corrosion, water and soil conservation, agrology, agricultural irrigation, and so on.

该研究为土壤中水热交换机制和运动模型的进一步的研究提供参考，对水文学、土壤侵蚀和水土保持、土壤学、农业灌溉等相关问题的研究有着一定参考价值

Based on this and considering: land use has contacts with soil nutrient; the development of ecology and agrology has already formed the inter-dynamic relation in the last few years, the author sprouted a new idea that the study on land use is carried out in another way. That is to say, land use patterns are designed combining land use modes, soil nutrient with other respects and according as landscape ecology in order to land sustainable use.

在此基础之上，并鉴于以下两点：土地利用与土壤养分有着密切的联系；近些年来，生态学和土壤学的发展已经形成了互动的关系，笔者提出一条新的思路：换个角度入手来合理配置土地利用，即将土地利用方式、土壤养分和其它方面结合起来，依据景观生态学原理，通过土地生态设计来寻求土地利用优化模式，保证土地利用的可持续性。

Then,the mechanisms of PAHs accumulation,transfer and biodegradation and its effecting factors were elucidated combining field survey and laboratory simulation methods and environmental geochemistry,agrology and biology subjects.

本研究选择典型土壤/沉积物—生物系统，通过实地资料收集与室内分析与模拟相结合的方法，联合环境地球化学、土壤学、与生物学等学科，研究了典型土壤/沉积物—生物系统中PAHs的累积、迁移与降解机制与影响因素。

It is an item of newest scientific findings incorporating microbiolody , agrology , plant nutrition into an organic whole, mainly take many kinds of function type biological active funguses as the core , regard such organic matter as innoxious and treated beasts and birds excrement and urine , humic acid ,etc. as carriers, while cooperating with right amountly , micro- nutrition element, reach and improve the soil microorganism to trend towards the department, foster and apply fertilizer purpose of soil, fertilizer add nitrogen synergist and phosphorus , potassium chela mixture also, can apply fertilizer once only , does not need to topdress again in the whole breeding time.

是一项集微生物学、土壤学、植物营养学为一体的最新科研成果，主要是以多种功能型生物活性菌为主，以无害化处理后的畜禽粪便、腐殖酸等有机质为载体，配合适量中、微量营养元素，达到改良土壤微生物趋系，培肥土壤的目的，肥料中还添加氮肥增效剂和磷、钾螯合剂，可以做到一次性施肥，全生育期不需再追肥。

The study of soils is called pedology, Soil organisms participate in the formation of the habitat and constitute one of the five interactive factors in soil formation; the other four are climate, topography, parent material and time.

土壤的研究称为土壤学。土壤中的有机体参与了栖息地的形成，是土壤形成中构成五个相互作用的因素之一；其他四个是气候，地形，母质和时间。

With the guidance of foundation theory such as geotechnical engineering, garden vegetation, pedology, soil magnetism and environment engineering and the base of slope ecological protection, this paper studies ecological material protection techniques which is suitable for abrupt rock slope.

本文以岩土工程、园林植被学、土壤学、土壤磁学、环境工程基础理论为指导，以边坡生态护坡理论为基础，研究了适宜岩质陡边坡生态恢复的生态基材护坡方法。

Being a protective tillage, the no-tillage means getting rid of not only the tillage before sowing, but also the intertill after sowing, and leaving the plant residue after harvesting.

中文题名稻田自然免耕体系土壤微生物及有机质周转研究副题名外文题名 Study on the microbial characteristics and the turnover of organic matter in paddy soil under a long-term no-tillage and ridge culture 论文作者张磊导师谢德体教授魏朝富研究员学科专业土壤学研究领域\研究方向土壤生物和生态学位级别博士学位授予单位西南农业大学学位授予日期2002 论文页码总数92页关键词稻田土壤生态学土壤有机质土壤微生物免耕馆藏号BSLW /2003 /S154 /1 免耕制是一种保护性耕作制，指同一块土壤在一定年限内，不仅免除播前耕作，也免除播后中耕，作物收获后直接将作物残茬留在土壤中的耕作方式。

Macropore characteristics of main type soil--krasnozem, crimson loam, phaeozem and brown loam was firstly studied using soil section photography on the horizontal and vertical profiles in order to farther investigate the preferential transportance of soil water and solute.

中文题名土壤大孔隙特征的研究副题名外文题名 Characterizing macropores in soil 论文作者刘伟导师区自清研究员学科专业土壤学研究领域\研究方向学位级别博士学位授予单位中国科学院沈阳应用生态研究所学位授予日期2001 论文页码总数165页关键词土壤物理土壤大孔隙馆藏号BSLW /2003 /S152 /2 本文应用双剖面土壤切片成像法结合土壤优先水流穿透曲线，首次研究了4种主要地带性土壤：红壤、赤红壤、黑土和棕壤的大孔隙特征。

与土壤学相关的网络解释 [注：此内容来源于网络，仅供参考]

agrology：应用土壤学

粒圃作用 Aggregation | 应用土壤学 Agrology | 农业土壤学 Agropedology

agrology：土壤学, 实用土壤学

agrologist | (农业)土壤学家 | agrology | 土壤学, 实用土壤学 | agromania | 旷野独处症(有时为神经分裂的症状)

agrology and land resource：土壤学与土地资源学

草场经营与牧草栽培学grassland management and pasturage planting | 土壤学与土地资源学agrology and land resource | 水文水资源学hydrology and water resource science

agrology and land resource science：土壤学与土地资源学

植物学botany | 土壤学与土地资源学agrology and land resource science | 生态学ecology

applied pedology：应用土壤学

applied botany 应用植物学 | applied pedology 应用土壤学 | applied soil science 应用土壤学

Environmental pedology：环境土壤学

土壤学 Pedology | 环境土壤学 Environmental pedology | 土壤化学 Soil chemistry

Regional pedology：区域土壤学

土壤地理学 Soil geography | 区域土壤学 Regional pedology | 土壤资源调查 Soil resources survey

agrologic：土壤学

agroclimatology 农业气候学 | agrologic 土壤学 | agrology 土壤学

edaphology：土壤学

耕作土壤学 耕作土壤学(edaphology)侧重研究土壤的组成、性质及其与植物生长的关系,通过耕作管理提高土壤肥力和生产能力的土壤学. 1 耕作土壤 概念特点

edaphology：耕作土壤学

耕作土壤学(edaphology)侧重研究土壤的组成、性质及其与植物生长的关系,通过耕作管理提高土壤肥力和生产能力的土壤学.