phytoremediation 中文意思是什麼

The phytoremediation efficiency of a pesticide by plants might be water hyacinth > canna > willow > tea plant

不同植物對相同農藥的植物修復效率為鳳眼蓮美人蕉柳樹茶樹。

Root exudates and their roles in phytoremediation

根系分泌物及其在植物修復中的作用

The composition of a floating phytoremediation system and the effects of its purification for piggery wastewater

豬場污水漂浮栽培植物修復系統的組成及凈化效果研究

Floating phytoremediation system by planting canna generalis for dual purposes of purification of piggery wastewater and nursery

去污和苗圃功能兼具的美人蕉漂浮植物修復系統研究

This course contents : environmental biosensor ; environmental indicator ; biotoxicity ; the application of biotechnology on : waste water, solid waste, heavy metal pollution, purification and remediation of aquifers, soil amendment, biopesticides, and biopolymers ； and phytoremediation

本課程包括要了解：環境生物感測技術；生物指標；生物毒性；生物科技在廢水、廢棄物、重金屬污染、水質凈化與整治、土壤改良、生物農藥、生物高分子材料之應用及植物復育。

Research advances and development prospect of phytoremediation in heavy metal contamination soil

土壤重金屬污染的植物修復研究現狀與發展前景

Phytoremediation for heavy metal contamination in soil, metal hyperaccumulator and their genetic engineering

土壤重金屬污染的植物修復與金屬超富集植物及其遺傳工程研究

Phytoremediation of pentachlorophenol - contaminated soil by scirpus tabernaemontani gmel

水蔥對五氯酚污染土壤植物修復的初步研究

In order to choose the plants that were hypertolerant to heavy metals and for the case of phytoremediation of soils that were polluted by heavy metals, the research was carried out by the methods of soil - planting and sand - planting in green - house. the study includes selecting the hypertolerant plants from 36 dominant species found in the vicinity of a pb / zn mine tailings pond, observing the ecophysiological response of the hyperaccumulators, improving - impact of hyperaccumulators on biosolds and examining the effect of nutrient elements ( n p k ) on the lead uptake

為選擇和篩選富集重金屬或對重金屬具有耐性的植物，以達到利用植物修復重金屬污染土壤的目的，本研究通過溫室砂培和土培的方法，對生長于鉛鋅尾礦區的36種植物進行了篩選，研究了富集植物品種對重金屬pb的生理生態效應、對重金屬pb的吸收和耐性以及對污泥的響應，並探討了土壤中的營養元素n 、 p 、 k對植物吸收pb的影響，為植物修復工作提供理論依據。

A survey of literature shows that little study has been done on uptake of pollutants by plants from the polygonaceae, and that the reports about their physiological and biochemical characteristics under heavy metal stress were sporadically seen. a batch of sand culture and soil culture experiments were carried out to investigate heavy metal and radiocesium uptak e and accumulation by rumex acetosa linn, polygonum microcephalum d. don, and rumex hastatus d. don widely distributed on copper mining areas, and their physiological and biochemical characteristics under cu zn stress, as well their potentials in application to phytoremediation

本論文以廣泛生長于銅礦區的蓼科植物酸模、小頭蓼和戟葉酸模為試驗材料，運用砂培、土培等方法，研究它們對重金屬（ cu 、 zn ）以及放射性核素（ ~ （ 134 ） cs ）的吸收和積累特性以及cu 、 zn脅迫條件下它們的生理生化特徵，初步探討它們在無機污染物污染土壤植物修復中的應用潛力。

Effects of cd on growth, photochmecal efficiency, chlorophyll content and net photosynthesis of canna indica linn and rumex acetosa l were studied so that the theoretical basis of phytoremediation of pollution by cd could be provided

）為實驗材料，研究cd脅迫對美人蕉和酸模的生長、光化學效率、葉綠素含量以及凈光合強度等生理指標的影響，探討cd對高等植物的毒害效應，以期為重金屬cd污染的植物修復技術提供理論依據。

We suspected that c. demersum l. was inadequate used as a single bioaccumulator. while c. caroliniana a. could tolerate the higher lever of cu2 +, it is advised to be a better selection to phytoremediation. when the two submerge macrophytes were planted together in cu2 + solution, the respective bcf of copper in two plants increased and the toleration of c. demersum l. was enhanced slightly

水盾草體內富集的銅含量可以達到61 . 0mg kg ；金魚藻對銅離子的耐性很低，且葉片受到銅脅迫時容易脫落，不適合作為銅濃度高的水體的生物修復植物，水盾草對銅離子的耐性較高，適合應用於含銅水體的生物修復；金魚藻和水盾草共同培養時，植物體內對銅的積累量有所增加，金魚藻對銅的耐性也略有提高。

In the field of the phytoremediation of copper pollution, submerged macrophytes are focused less than the terrestrial plants. in this study, ceratophyllum demersum l. and cahomba caroliniana a. gray were used as the test plant. the following two aspects were investigated in vivo methods : 1 ) the toxicity effects of cu2 + on the three main antioxidant enzymes ( including cat, pod and sod ) of two submerged macrophytes were detected at different low doses and on the chronic exposure, in order to establish the dose - effect relationship and the time - effect relationship, and thereby acquire the toxicity threshold ; and 2 ) with two submerge macrophytes throng cultured individual or combined on the chronic exposure, it was found on the bcf of copper and the influence of interspecific relationships to the submerge macrophytes resistance or bioconcentration

本論文以兩種大型沉水植物金魚藻（ c . demersuml . ）和水盾草（ c . carolinianaa . ）為受試植物，從它們對水體中cu ~ （ 2 + ）的生物富集作用和動態，以及cu ~ （ 2 + ）對它們體內抗氧化酶的急性毒性效應和亞急性毒性效應兩方面進行了研究： 1 ）通過體內暴露不同劑量的cu ~ （ 2 + ） ，探討cu ~ （ 2 + ）對植物體內三種主要的抗氧化物酶（ sod ， pod ， cat ）的毒理效應，建立劑量?效應關系和時間?效應關系，以揭示沉水植物對cu ~ （ 2 + ）的抗性機制； 2 ）通過對金魚藻，水盾草單獨培養和共同培養的方式，分別研究了兩種沉水植物對cu ~ （ 2 + ）的生物富集系數及其動態以及兩種植物的種間關系對富集銅和植物耐性的影響，綜合評價了兩種植物在銅污染水體的植物修復中的應用前景。

The review covers results at home and abroad in terms of uptake of inorganic contaminants by pteridophytes, and suggests pteridophytes ' significance in phytoremediation ; the mechanisms related to uptake of inorganic contaminants by pteridophytes and some methods and means used for research on the mechanism are also introduced ; the authors ' viewpoints on future development trends are presented in this paper

摘要本文總結了國內外放類植物蓄積無機污染物的研究成果，探討了蕨類植物在植物修復技術中潛在的應用價值，及其吸收、蓄積無機污染物的生理生化機制，並介紹了一些有效的研究方法；最後未來該領域的發展方向。

Heavy metal transporters and their applications in phytoremediation

植物重金屬轉運蛋白及其在植物修復中的應用

In this paper, bioremediation technology of contaminated soil with organic pollutants was summarized, which were technologies of the microorganism remediation, the phytoremediation and the mycorrhiza remediation for contaminated soil, the future developments of these bioremidation technologies were prospected as follows : when the efficient surfactants was used to enhance phytoremediation systems, its optimum doses should be considered ; studying on the important role of the rhizosphere exudates in the phytoremediation, seeking the best matching partners between plant and microorganism and the best mycorrhizal funguses to improve pollution degradation

摘要綜述了有機污染土壤生物修復的三種技術，即微生物修復技術、植物修復技術、菌根生物修復技術及其研究現狀，並展望了這三種生物修復技術今後的研究方向，如利用表面活性劑提高植物修復效率時，應考慮其最佳使用量；加強研究根分泌物在植物修復土壤污染中的作用；進行植物微生物聯合體篩選技術研究；篩選促進污染物降解的優良菌根菌種等。

Phytoremediation has been regarded as a suitable technique for the pollution control of heavy metals contaminated soils

摘要隨著對重金屬超積累植物研究的加深，用植物提取修復技術來改良重金屬污染的土壤已逐步進人實用階段。

Phytoremediation is a technology that involves the use of plants to remove heavy metals from contaminated soil

摘要植物修復是利用植物來清除污染土壤中重金屬的一項技術。

Screening accumulators or hyperaccumulators with large biomass and strong ability to take up environmental pollutants is the key for successful phytoremediation practices

植物修復技術能否成功實施的關鍵是如何篩選生物量大、對環境污染物富集能力強的積累植物和超積累植物。

Phytoremediation and strengthening measures for soil contaminated by heavy metals

植物修復重金屬污染土壤的強化措施