- 更多网络例句与蓼科的相关的网络例句 [注：此内容来源于网络，仅供参考]
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North American herbs of the buckwheat family.
蓼科荞麦属的北美草本。
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"Furthermore, recently we have seen the impact of invasive alien species, like Japanese Knotweed," it said, adding that over exploitation and climate change have also hurt.
活动指出︰「更进一步说，我们最近看到了外来物种侵略的影响，如日本蓼科杂草。」它也提到，过度开发与气候变迁也会造成伤害。
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Objective To study the chemical constituents of the 95% EtOH extract of the rhizoma of Polygonum bistorta L.
目的分离蓼科蓼属植物拳参根茎 95 %乙醇提取物的化学成分并进行鉴定。
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Polygonum multiflorum is poplar in many aspects, such as health protection and chemical engineering.
为蓼科的多年生缠绕草质藤本植物，其块根及藤均为名贵的大宗中药材，在保健和化工等方面也有广阔的开发前景。
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The results were as follows:(1) Seeds of 80 species or subspecies could be classified into two groups. Group Ⅰ included the seeds of Gramineae, Cyperaceae, Polygonaceae and Amaranthaceae, and Group Ⅱ included the seeds of Compositae, Euphorbiaceae, Brassicaceae and Umbelliferae.(2) Only FTIRs of the seeds of Brassicaceae were clustered together in the dendrogram,while those of the other families all appeared farraginous.(3) Among FTIRs of the 11 groups of the congeneric species,8 groups were clustered with other genus species, and 6 out of 7 groups of conspecific seeds appeared farraginous in the dendrogram.
结果表明：(1)80种草本植物的种子可以分成两类，第1类由禾本科、莎草科、蓼科和苋科植物的种子组成；第2类由菊科、大戟科、十字花科和伞形科植物的种子组成；(2)聚类图上，只有十字花科植物的种子能较好地与其他科的相区别；(3)在11组同属不同种植物中，有8组植物与亲缘关系不同的其他属的植物混在一起；在7组同种不同亚种或品种植物中，仅有1组植物被聚合在一起。
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Group I included the seeds of Gramineae, Cyperaceae, Polygonaceae and Amaranthaceae, and Group II included the seeds of Compositae, Euphorbiaceae, Brassicaceae and Umbelliferae.(2) Only FTIRs of the seeds of Brassicaceae were clustered together in the dendrogram, while those of the other families all appeared farraginous.(3) Among FTIRs of the 11 groups of the congeneric species, 8 groups were clustered with other genus species, and 6 out of 7 groups of conspecific seeds appeared farraginous in the dendrogram.
结果表明：（1）80种草本植物的种子可以分成两类，第1类由禾本科、莎草科、蓼科和苋科植物的种子组成；第2类由菊科、大戟科、十字花科和伞形科植物的种子组成；（2）聚类图上，只有十字花科植物的种子能较好地与其他科的相区别；（3）在11组同属不同种植物中，有8组植物与亲缘关系不同的其他属的植物混在一起；在7组同种不同亚种或品种植物中，仅有1组植物被聚合在一起。
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The distribution and harm of species of dominant weeds of lawn vary with different area, and the most harmful weeds belong 8 families, which were Poaceae, Asteraceae, Cyperaceae , Amaranthaceae, Euphorbiaceae, Polygonaceae, Fabaceae and Caryophyllaceae, about accounted for from sixty percent to seventy percent in all weeds in lawn.
摘要不同地区草坪优势杂草的种类不尽相同，禾本科、菊科、莎草科、苋科、大戟科、蓼科、豆科和石竹科等8个科的杂草种类和发生数量最多，约占杂草总数的60%~70%。
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The AMF spore average density was 24.88 per 20 g soil , the species richness was 1.94 per soil sample, the species diversity index was 2.56, and the species evenness was 0.65. Glomus, but they all were of prominent genus in the investigation area and Acaulospora, Scutellospora were of common genus while Entrophospora was rarely found. In the 13 species AM fungi, G.mosseae was of prominent species, and G.geosporum, G.intraradices, G.etunicatum were of common speices, while the others were of rarely species. There were 87.5% sand fixation plant were infected with arbuscular mycorrhizal fungi, the highest spore density, the strongest infection strength of the whole roots and the best species richness belonged to Chenopodiaceae while Polygonacea was the lowest.
四属AM真菌中，Glomus为优势属， Scutellospora 、Acaulospora为常见属，Entrophospora则为稀有属；十三种AM真菌中，G.mosseae、G.geosporum分别为优势种、最常见种，G.intraradices，G.etunicatum为常见种，其余均为稀有种；五科固沙植物中，87.5%的植物能被菌根侵染，其中藜科植物孢子密度最高，整个根系侵染强度最强，种的丰度最高，蓼科植物孢子密度、整个根系侵染强度、种的丰度则最低；禾本科植物不仅具有最好的丛枝结构，且具有相对高的亲和性，能与12种AM真菌共生。
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The total seed storage in topsoil (0-10 cm) was 83499-109141 indm^(-2) for natural wetlands and 9140-47452 indm^(-2) for reclaimed paddy fields. In natural wetlands, the seeds were of 16-30 grass plant species, being dominant with Polygonaceae and Cyperaceae or Cyperaceae and Gramineae; while in reclaimed paddy fields, the seeds were of 7-16 grass plant species, with the dominant of Gramineae. The seed storage and species numbers were greater in Shengjin Lake than in Shibasuo Lake. Higher seed bank storage and more species were observed in the paddy fields from Shibasuo wetland with 30 years of cultivation than from the Shengjin Lake wetland with over 50 years of cultivation.
结果表明：天然湿地种子库密度为83499~109141粒m^(-2)，而开垦为稻田30~50年后种子库密度为9140~47452粒m^(-2)；天然湿地的土壤种子库物种数为16~30种，以蓼科－莎草科或莎草科－蓼科为优势种，开垦为稻田后物种数下降为7~16种，且趋向于以禾本科为单一优势种；此外，与十八索湿地相比，升金湖湿地有较高的土壤种子库物种数、丰富度和多样性，而开垦年限为30年的十八索稻田土壤种子库物种数和丰富度显著高于开垦年限为50年的升金湖稻田。
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The relationship of transpiration characters and mineral absorption of three spieces of Polygonaceae:Polygonum lapathifolium,Fagopyrum dibotrys and Rumes japonicus cultured in the eutrophic water were studied.
本文研究了富营养化水栽培下蓼科植物酸模叶蓼、野荞麦和羊蹄蒸腾特点及与营养吸收的关系。
- 更多网络解释与蓼科的相关的网络解释 [注：此内容来源于网络，仅供参考]
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Cornu bubali：(水牛角)
孩儿参的块根水牛角(Cornu Bubali) 牛科动物水牛的角水红花子(Fructus Polygoni Orientalis) 蓼科植物红蓼的成熟果实水蛭(Hirudo) 水蛭科动物蚂蟥、水蛭或柳叶蚂蟥的躯水线草(Herba Hedyotidis Corymbosae) 茜草科植物伞房花耳草的全草或其任何部分王不留行(Semen Vaccariae) 石竹科植物麦蓝菜的成熟种子五加皮(Cortex Acan
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Polygonum：蓼属
虎杖 蓼科(Polygonaceae)蓼属(Polygonum)台湾全岛 2,400~3,800 公尺的山地,各高峰都可看到它的踪迹
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Aceraceae：械树科
在被子植物中,壳斗科、蔷薇科、红树科(Rhizophoraceae)、漆树科(Anacardiaceae)、蓼科、桦木科、胡桃科(Juglandaceae)和械树科(Aceraceae)的大多数种类均含有丰富的鞣质,并具有较好的生产价值.
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Antigonon：珊瑚藤属(蓼科)
"亲抗原的","antigenophil" | "珊瑚藤属(蓼科)","Antigonon" | "位对对面的","antipodal"
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Caryophyllaceae：石竹科
藜科(chenopodiaceae)的菠菜、地肤(扫帚菜)、甜菜、红头菜、观赏地肤等;蓼科(polygonaceae)的荞麦(芽菜用)、酸模等;苋科(amaranthaceae)的鸡冠花、青箱、千日红、锦绣苋、苋菜、千穗谷等;石竹科(caryophyllaceae)的香石竹(康及馨)、高雪轮、大蔓樱草、彩石竹等;
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Cistaceae：半日花科
从所包含的种的数量以及在生态系统中所起的作用看,藜科、蒺藜科、柽柳科、菊科以及蓼科可以认为是中国西北荒漠中起主导作用的科,但还可以提出中国荒漠区系中的4个特征科:锁阳科(Cynomoriaceae)、瓣鳞花科(Frankeniaceae)、半日花科(Cistaceae)和裸果本科(Gym
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Cynomoriaceae：锁阳科
从所包含的种的数量以及在生态系统中所起的作用看,藜科、蒺藜科、柽柳科、菊科以及蓼科可以认为是中国西北荒漠中起主导作用的科,但还可以提出中国荒漠区系中的4个特征科:锁阳科(Cynomoriaceae)、瓣鳞花科(Frankeniaceae)、半日花科(Cista
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Frankeniaceae：瓣鳞花科
从所包含的种的数量以及在生态系统中所起的作用看,藜科、蒺藜科、柽柳科、菊科以及蓼科可以认为是中国西北荒漠中起主导作用的科,但还可以提出中国荒漠区系中的4个特征科:锁阳科(Cynomoriaceae)、瓣鳞花科(Frankeniaceae)、半日花科(Cista
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Polygalaceae：远志科
目前,寡糖酯类成分仅限于蓼科(Polygonaceae)、远 志科(Polygalaceae)和十字花科(Brassicaceae)等科中. 近 年来,远志科中此类化学成分的研究越来越多,其脑保护作 用和抗老化作用越来越受到重视. 为了对远志科植物的深 入研究和合理开发提供依据,
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Rhizophoraceae：红树科
在被子植物中,壳斗科、蔷薇科、红树科(Rhizophoraceae)、漆树科(Anacardiaceae)、蓼科、桦木科、胡桃科(Juglandaceae)和械树科(Aceraceae)的大多数种类均含有丰富的鞣质,并具有较好的生产价值.