Chinese translation for "超积累植物"

hyperaccumulators/hyperaccumulative plants

Related Translations:

积累因子:  build up factorbuild-ufactorbuildupfactor

证据积累:  accumulation of evidence

微生物积累:  microbial accumulation

积累电荷:  stored charge

信息积累:  information accumulation

工业积累:  industrial accumulation

盐分积累:  salt accumulation

积累频率:  cumulative frequency

积累水平:  accumulating level

积累强度:  integrated intensity

Example Sentences:

	1.	Effects of nitrogen fertilizer on growth and cadmium accumulation in hyperaccumulator of sedum alfredii hance 氮对超积累植物东南景天生长和镉积累的影响
	2.	Phytoremediation has been regarded as a suitable technique for the pollution control of heavy metals contaminated soils 摘要随著对重金属超积累植物研究的加深，用植物提取修复技术来改良重金属污染的土壤已逐步进人实用阶段。
	3.	But it was rarely studied on the effects dependant on the low exposure concentration and the chronic toxicity to antioxidant enzymes 目前国内外对重金属的植物修复方面的研究重点是陆生和挺水超积累植物，对沉水植物的作用很少研究。
	4.	Screening accumulators or hyperaccumulators with large biomass and strong ability to take up environmental pollutants is the key for successful phytoremediation practices 植物修复技术能否成功实施的关键是如何筛选生物量大、对环境污染物富集能力强的积累植物和超积累植物。
	5.	Plant species from the polygonaceae are widely distributed with most of them having large biomass , and it is , therefore , possible to screen accumulators and hyperaccumulators from the polygonaceae 蓼科植物种类多，分布范围广，且多数植物具有较高的生物量。因此，有可能从蓼科植物中筛选出积累植物和超积累植物。
	6.	Methods for disposing hyperaccumulators , such as incinerating , compressing for land filling , composting , etc . were summarized , and potentials to recycle the plants as resources while avoid " secondary pollution " of the environment were also discussed in this paper 针对修复植物的类型、特点、应用潜力探讨了修复植物的处置方法，如焚烧法、压缩填埋法、堆肥法等，有的还可使超积累植物残体得到回收利用，避免其对环境造成“二次污染” 。
	7.	Methods for disposing hyperaccumulators , such as incinerating , compressing for land filling , composting , etc . were summarized , and potentials to recycle the plants as resources while avoid " secondary pollution " of the environment were also discussed in this paper 摘要针对修复植物的类型、特点、应用潜力探讨了修复植物的处置方法，如焚烧法、压缩填埋法、堆肥法等，有的还可使超积累植物残体得到回收利用，避免其对环境造成“二次污染” 。

Similar Words：

"超机体" Chinese translation, "超机体的" Chinese translation, "超机体生物群体组织" Chinese translation, "超机体主义" Chinese translation, "超积" Chinese translation, "超积体" Chinese translation, "超激发态" Chinese translation, "超激励" Chinese translation, "超激励过激励" Chinese translation, "超极高频" Chinese translation