金三葉草 的英文怎麼說

中文拼音 [jīnsāncǎo]
金三葉草 英文
yellow clover
  • : Ⅰ名詞1 (金屬) metals 2 (錢) money 3 (古時金屬制的打擊樂器) ancient metal percussion instrum...
  • : Ⅰ數詞1. (二加一后所得) three 2. (表示多數或多次) more than two; several; many Ⅱ名詞(姓氏) a surname
  • : Ⅰ名詞1 (草本植物的統稱) grass 2 (指用作燃料、飼料等的稻、麥之類的莖和葉) straw 3 (草稿) dra...
  1. Taken two heavy metal contaminated soils in copper mine field of hongtoushan area and lead - zinc mine field of qingchengzi area as sampling sites, studied the abundance and diversity of amf community and the relation of which to ecological factors ; two experiments were managed by pot culture and four - compartments culture system with festuca. rubra and red clover as host plants inoculated with gintraradices, gmosseae and gcaledordinum to study the effect of different amf on the uptake and accumulation of heavy metal in cd contaminated soil and cu > zn - pk cd complex - contaminated soil

    採用盆栽、四室根箱培養的方法,研究了接種g . intraradicesg . mosseae和g . caledordinum在cd污染和cu 、 zn 、 pb 、 cd復合污染土壤中對紫羊茅、吸收、累積重屬的影響,明確了叢枝菌根菌在重屬污染土壤生物修復中的作用。主要結果如下: 1 、沈陽礦區重屬污染土壤中,共發現叢枝菌根菌6個屬23個種,已鑒定22種, 1個未定種。
  2. The colonization of gintraradices, gcaledordinum and gmosseae can decrease the uptake and accumulation of heavy metals of festuca. rubra and red clover and then protect them from toxicity of heavy metals to some extent. there were consistent difference amongthe effect of different amf species, gintraradices had better effect on the decrease of heavy metal content in shoot of host plants than gcaledordinum and gmosseae

    能明顯降低紫羊茅、體內重屬山根系向地上部的運輸,在某種程度上減少了高濃度重屬對植株的影響,有利於紫羊茅和在重屬污染土壤中定植。不同菌種的菌根效應有較大差異,菌種gintraradice :在減少重屬由根系向地上部運輸的作用上優于菌種gcaledordinum和gm口sseae 。
  3. This paper studies the absorption, mainly the interaction, of cu and pb for clover by potted plant experiments

    摘要採用盆栽實驗就對銅和鉛的吸收進行了研究,重點探討了吸收兩種重屬之間的交互作用。
  4. Studies on the influence of cu and pb on clover absorption can provide references for phyto - remediation of heavy metal polluted soil and for critical - value determination of contaminated soil

    研究銅與鉛對于植物吸收的相互影響,可為重屬污染土壤的植物修復和土壤污染臨界值的制訂提供參考。
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