1)hyperaccumulator超富集植物
1.New comprehensions of Hyperaccumulator;关于超富集植物的新理解
2.Geographical distribution and characteristics of habitat of As-hyperaccumulator Pteris vittata L.in China;超富集植物蜈蚣草在中国的地理分布及其生境特征
英文短句/例句
1.Effects of Phosphorus on Arsenic Adsorption in Solis and As-accumulating in hyperaccumulator Fern;土壤和超富集植物中磷、砷相互关系
2.Advance in Study of Pb,Zn,Cu and Cd HyperaccumulatorsPb、Zn、Cu、Cd的超富集植物研究进展
3.Recovery nickel from Berkheya coddii biomass从超富集植物Berkheya coddii中回收镍
4.Ultrastructure, Morphological Character and Phytoremediation Efficency of Arsenci Hyperaccumulators;砷超富集植物的超微结构、形态特征及其植物修复效果
5.Study on Screening Out of Heavy Metal Hyperaccumulators and Chelation-adsorption of Heavy Metals;重金属超富集植物的筛选与螯合吸附研究
6.Post Remediation Treatment of Assenic Hyperaccumulator Plant Pteris Vittata L. and the Resourceful Utilization;砷超富集植物蜈蚣草产后处置及其资源化研究
7.Research Advances in Selecting Heavy Metals Tolerance and Hyperaccumulator in the Lead-zinc Mine Area铅锌矿区重金属耐性植物与超富集植物筛选研究进展
8.An Ecological Survey on Vegetation and Screening of Heavy Metal Hyperaccumulator at Ganluo Lead/Zinc Mine Area in Sichuan Province;四川甘洛铅锌矿区植被生态调查及重金属超富集植物的筛选
9.The Research on Decontamination Impact and Its Mechanism in the Habitat of Pai-tsai by Co-cropping with the Cd Hyperaccumulator Oilseed Rape;镉的超富集植物油菜对小白菜生长环境净化效果及其机理的研究
10.Growth Responses of Newly-discovered Cd-hyperaccumulators and Its Accumulation Characteristics under Joint Stress of Cd and As;镉超富集植物对镉—砷复合污染的反应及其积累特征
11.Screening of Hyperaccumulators and Tolerance Research in Baiyinuoer Lead-zinc Mine白音诺尔铅锌矿铅超富集植物筛选及其耐性研究
12.Effects of Interaction of Moisture,Light and Fertilizer on Growth of Chromium Hyperaccumulator Leersia hexandra Swartz水分、光照和肥料交互作用对铬超富集植物李氏禾生长的影响
13.Effects of Different Illumination Intensity and Temperature on Growth of Leersia hexandra Swartz with Chromium Hyperaccumulator光照强度和温度对铬超富集植物李氏禾生长的影响
14.Arsenic-Hyperaccumulator Pityrogramma calomelanos (L.) Link var. austroamericana (Domin) Farw and Its Uptake and Accumulation of Arsenic砷超积累植物粉叶蕨及其对砷的吸收富集研究
15.Mechanism of Manganese Hyperaccumulation by Phytolacca Acinosa and Potential for Phytoremediation of Metal-contaminated Waters;超积累植物商陆的锰富集机理及其对污染水体的修复潜力
16.Lead Tolerance and Accumulation in Turfgrass;草坪植物对铅的耐性及富集特性研究
17.Mechanisms for the Accumulation of and the Resistance to Arsenic, Selenium and Antimony in Plants植物对砷、硒、锑的富集及抗性机理研究
18.Screening of Lead-zinc Enrichment-plants from Hanyuan Lead-zinc Mine Areas in Sichuan Province四川汉源铅锌矿区铅锌富集植物筛选
相关短句/例句
hyperaccumulators超富集植物
1.The research progress on hyperaccumulators' cultivation techniques was systematically elaborated from many aspects,including variety selecting,seedling breeding,fertilizing(nitrogen phosphorus and organic fertilizer),usage of chelator and amendment agent,soil moisture condition,construction of ecological communities and collecting time.从超富集植物的品种选择、幼苗繁育、施肥(N,P肥和有机肥)、螯合剂和改良剂的使用、土壤水分条件、群落构建、采收时间等方面,系统地阐述了国内外关于超富集植物栽培措施的研究进展,提出了通过改善栽培措施,提高超富集植物地上部分生物量和重金属积累量的研究方向。
2.Technical use of hyperaccumulators to restore the contaminated mine soil is feasible and reliable compared with traditional methods.利用超富集植物修复矿区重金属污染土壤,较传统方法而言是一种可靠经济安全的技术。
3)Metal hyperaccumulator金属超富集植物
4)Cd-hyperaccumulator镉超富集植物
1.Growth Responses of Newly-discovered Cd-hyperaccumulators and Its Accumulation Characteristics under Joint Stress of Cd and As;镉超富集植物对镉—砷复合污染的反应及其积累特征
5)hyper accumulator地超富集植物
6)Mn-hyperaccumulator锰超富集植物
延伸阅读
超超1.谓超然出尘。 2.高高在上貌。 3.犹绰绰。 4.见"超超玄箸"。
