- 更多网络例句与芦苇相关的网络例句 [注：此内容来源于网络，仅供参考]
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The study reflects that using man-made reed marsh to decontaminate city sewage can effectively get rid of some pollutants in the polluted water,and the water after being decontaminated can reach the national standard of water discharging.
芦苇湿地处理污水是将污水有控制地投配到经常处于饱和状态的生长有芦苇的土地上，在芦苇与土壤及微生物的联合作用下得到净化的一种污水土地处理技术。
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The basal diameter, height of aerial stem, leaf length at middle stem, leaf width at middle stem, internode length at middle stem, internodes number and panicle length of 30 plants from every population were recorded. The statistics of morphological characters showed that the distribution trends of the averages of morphological characters are similar among populations. However, the coefficients of variation within population of 7 morphological characters were very different. The CV of internodes was largest and the CV of height was smallest within population. F-statistics showed that the differences of all morphological characters among populations were significant (P.01). But the differences among populations were different between different groups. The cluster analysis proved that all populations could be divided into three types: salty reed, freshwater reed and giant reed.
对来自每个种群的30个个体的基径、株高、中部叶长、中部叶宽、中部节间长、节间数、穗长7个形态特征的统计分析表明：各形态特征平均值在种群间的分布趋势相似，但变化幅度不同，株高、叶长等营养特征变化较大大，生殖特征穗长的变化较小；7个形态指标在种群内的平均变异度从大到小依次为中部节间长、中部叶宽、穗长、中部叶长、基径、节间数、株高，种群内的平均形态变异度与生境异质性有关；7个形态指标在种群间均差异显著，但多重比较分析显示显著差异主要存在于BZH、淡水生境种群和盐渍化生境种群之间，在相似生境种群间的形态差异不显著；以形态特征为依据的聚类分析支持将15个种群分为三类：盐生芦苇、淡水芦苇和巨型芦苇。
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In this paper, as a case of Karamay, we have studied on space-time changement of soil quality in oasis of arid area. We measured quality for different land use types and years in same type by combinativing field sampling for Karamay in Xinjiang and analysis in laboratory, which is directed by former theory of soil quality. Then we did integrated evaluation of soil quality for different land use types, and had drew some conclusions as followed: In four land use types, the soil bulk density of layers(0～15cm) for farmland and tree land is bigger than the other land use types.The organic matter of every layer in manpower Tamarix Bulrush land is bigger; organic matter of Tamarix Bulrush land release efficiency nitrogen which result ration of C/N is higher; total nitrogen of all layers in farmland variety great as being effected by mass use of nitrogen in agriculture; deadwood and defoliation of tree、shrub and bulrush pooled in 5cm layer to result that quick nitrogen is the biggest among all layers. The total salt of nature shrub tree land for every layer being bigger than farmland explain that nature shrub thee land strongly stand salt and farmland for basification in this area; that the nutrient of face layer is bigger than the ground layer may be explained by that vegetation gather nutrient to be stored in deadwood and defoliation.
本文对以克拉玛依为例，对干旱区绿洲土壤质量的时间空间变化进行研究，在有关土壤质量的研究理论指导下，通过田间调查取样和室内分析相结合的方法，对新疆克拉玛依市农业开发区的不同土地利用方式及同一土地利用方式下不同利用年限土样土壤理化性质进行测定，从而对新垦绿洲不同土地利用类型土壤质量进行综合评价，结果如下：四种土地利用方式中，农地、乔木林地表层(0-15cm)土壤容重较大；各土层人工柽柳芦苇地的土壤有机质含量均较大；柽柳芦苇地的有机质在矿化过程中所释放出有效氮，导致柽柳芦苇地的C/N比例较高；受到农业耕作使用大量氮肥的影响，农地各土层全氮含量变异较明显；乔木、灌木及芦苇的枯枝落叶主要集中在5cm范围之内，导致几种土地利用方式类型下该层土壤速效氮最大；天然灌木林地的土壤总盐在各层均较大，其次是农地，说明天然灌木林地的高耐盐能力，以及该区农业生产用地的土壤盐碱化程度较重。
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Based on the established GIS of the Oncomcelania Snails' distribution in Dongting Lake, the author analyzes the environmental condition of the Oncomcelania Snails' habitates comprehensively by the spatial analyzing technology. The results are as following: firstly, the predominant vegetation of Oncomcelania Snails habitat is reed and sedgy. The habitats with reed has a higher livability than with sedgy as dominating vegetation. However, the diffusion of Oncomcelania Snails is much serious in the habitats with sedgy. Secondly ,the predominant soil type of the Oncomcelania Snails breeding area is temporary submergic paddy soils, which is in weak acidity environment, of that PH value is 5.5--7.5, and the organic content is in 2---3%. Thirdly, the 80 percent of the Oncomcelania Snails breeding area, the normalized difference vegetation index of that is in 0.100-0.375%, and the soil humidity of that is in 0.202—0.507, and the distance to the water of that is in 10-230 meters.
在已建立的洞庭湖区江滩钉螺分布地理信息系统的基础上，运用GIS空间分析技术，对钉螺孳生地的环境状况作了比较全面的分析，发现洞庭湖区江滩钉螺孳生地植被类型主要为芦苇和莎草类，钉螺在莎草地带中的存活率高于芦苇地带，而钉螺感染情况最严重的在芦苇地带中；孳生地的土壤类型主要为潴育性水稻土；孳生地土壤PH值处于5.5-7.5之间的弱酸性环境，有机质含量处于2-3%之间；80%孳生地的植被标化指数在0.100-0.375之间、土壤湿度在0.202-0.507之间、近水源距离为10-230之间。
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By optimizing the culture conditions, the present work developed for the first time an efficient system for inducing embryogenic callus formation and plant regeneration through somatic embryogenesis from both dune reed, an ecotype with drought tolerance growing in desert region of northwestern China and local swamp reed .
本研究通过优化培养条件首次建立了沙丘芦苇（一种生活在中国西北沙漠地区的具抗旱性能的芦苇生态型）和当地的沼泽芦苇的体外培养体系。
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Any of various tall perennial grasses, especially of the genera Phragmitesor Arundo,having hollow stems, broad leaves, and large plumelike terminal panicles.
芦苇：不同种高大的有中空的茎、宽大的叶、大型羽毛状顶部圆锥花序的多年生植物中的任一种，特别是芦苇属禾本科和芦苇属的植物
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Higher Ca distributed in bulliformcell than in mesophyll cell and bundle sheath cell of dune reed, higher Mg distributedin mesophyll cell and higher K, Na and Cl distributed in sheath cell HigherNa and Mg distributed in mesophyll than in bulliform cell and bundle sheathcell of light salt meadow reed, and higher K, Ca and Cl distributed in itsbundle sheath cell. Higher Na and Mg distributed in bulliform cell than in mesophyllcell and bundle sheath cell of heavy salt meadow reed, higher K, Ca and Cl distributedin its mesophyll cell. This paper discussed the distribution conditions of theabove five ions in leaf cell of the four reed ecotypes and the meaning ofphysiological adaptation to habitat in detail.
沙丘芦苇的泡状细胞内Ca分布较叶肉细胞和鞘细胞高，叶细胞内Mg分布较高，在鞘细胞内K，Na和Cl布较高；轻度盐化草甸芦苇叶肉细胞内分布了较多的Na和Mg，在鞘细胞内K，Ca和C1分布较叶肉细胞和泡状细胞高；而重度盐化草甸芦苇泡状细胞内分布了较多的Na和Mg，叶肉细胞分布了较多的K，Ca和Cl；详细讨论了以上五种离子在不同生态型芦苇叶片内不同细胞类型的分布状况与环境适应的意义。
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Total submergence largely decreased biomass production and growth in length,with less effect on shoot numbers.Increased elongation of the growing internodes of up to 140% is caused by submergence.Nutrient such as N,P,K do significantly affect on growth.No mater lack of any element will decrease the biomass,the result same as the oligotrophic conditions.But lack of phosphorus is the worst mater.
而淹没式淹水可能使生物量降低，但是植株的高度有所增加，因为淹水可以使芦苇的节间高度提高140％；对根茎的数量没有很明显的影响。N、P、K等营养元素对芦苇生长也具有重要的作用，无论缺少哪一种对芦苇生长都不利，跟完全贫营养状态没有明显的区别，但是缺P时芦苇生长是最差的。
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Based on Phragmites phenological data from 1987 to 1993 in Panjin wetland,the characteristics of the germination stage,leafing stage,flowering stage and fade stage of Phragmites were analyzed in this paper,The relationships between climatic factors and Phragmites phenologies were discussed.
基于1987~1993年盘锦湿地芦苇物候数据，分析了芦苇的萌动期、展叶期、开花期和枯黄期的物候特征，探讨了芦苇物候期与气候因子的关系，并利用2种积温模型模拟了芦苇的展叶期和开花期。
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Already known in the Cyclades around 2500BC. According to Mythology Pan fell in love with the waternymph Syrinx. She ran away from him and when she could not cross the river Ladon to escape she asked Artemis to help her. Just as Pan was about to embrace her, Syrinx changed into cattail reeds. Pan holding the marsh reeds sighed in disappointment, causing the wind to blow through the reeds. He was enchanted by the sound, believing it to be the mournful cry of his beloved Sytinx; He produced a set of pipes so that he could have her with him always.
据古希腊神话所述，潘神爱上了水中女仙Syrinx，而Syrinx却不喜欢他，当她准备离开的时候被一条河挡住了去路，进而请求河神Artemis帮助她逃跑，正当潘神准备拥抱她的时候，Syrinx变成了一堆芦苇，正当潘神握着芦苇黯然神伤时，风刮过芦苇吹出了声音，他被这美妙的声音打动，并坚信这声音是他深爱的Syrinx哀伤的哭泣，于是他拔下这些芦苇做成了潘神管，那样Syrinx就可以永远陪伴他了。
- 更多网络解释与芦苇相关的网络解释 [注：此内容来源于网络，仅供参考]
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Reeds? Like pussy willow reeds? Really：芦苇?退色柳芦苇?真的
We had to hide underwater, but we used these reeds.|我们不得不躲在水下 不过... | Reeds? Like pussy willow reeds? Really?|芦苇?退色柳芦苇?真的? | God, it must've been so hard to breathe.|上帝,那呼吸起来...
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reeds：芦苇
在里面放进了......芦苇(reeds)和绿芦苇(green-reeds)当我们仔细审查这件天文事件的时候,有趣的事情发生了. 学者们曾被一个明显的苏美尔"困惑"缠住,说不清楚黄道十二宫中谁才是与恩基有关的. 鱼-山羊(fish-goat)的标志,
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reedy：芦苇状的
芦苇的arundinaceous | 芦苇状的reedy | 芦苇做的reedy
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reedy：芦苇做的
芦苇状的reedy | 芦苇做的reedy | 芦竹碱donaxinegramine
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reed swamp：芦苇沼泽
reed peat 芦苇泥炭 | reed swamp 芦苇沼泽 | reedgrass meadow 酚茅甸地
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reed swamp：芦苇沼泽 芦苇渍水沼泽
reed-makingmachine 扎筘机 | reed-swamp 芦苇沼泽 芦苇渍水沼泽 | reed-typecomparator 振簧比较仪
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Phoma arundinacea：芦苇茎点霉 刚竹,慈 竹;四川
Periconia oambusina芦苇茎点霉 刚竹,慈竹;四川. | Phoma arundinacea芦苇茎点霉 刚竹,慈 竹;四川. | Phyllosticta take慈 竹叶点霉 慈 竹,苦竹;四川.
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Phragmites Trin：芦苇属
雀稗 P.thunbergii Kunth. | 芦苇属 Phragmites Trin. | 芦苇 Ph.australis Trin.
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Phragmites australis：芦苇 芦苇 挺水性
Pennisetum purpureum 象草 狼尾草 挺水性 | Phragmites australis 芦苇 芦苇 挺水性 | Pistia stratiotes 大萍 水芙蓉 浮水性
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Ph.australis Trin：芦苇
芦苇属 Phragmites Trin. | 芦苇 Ph.australis Trin. | 毛芦苇 Ph.hirsuta Kitag.