长在叶上的

基本解释 (translations)

foliicole

与长在叶上的相关的网络例句 [注：此内容来源于网络，仅供参考]

Leaves scattered; petiole 3–5 mm, densely spreading rust-colored setose; leaf blade elliptic-ovate, ovate, or oblong-lanceolate, 8–16 × 4–9 cm, papery-leathery, abaxially very densely rust-colored setulose, especially on veins, adaxially bullate, densely shortly setulose, immediately glabrescent, secondary veins 2 pairs arising from base, fine veins distinctly raised abaxially, impressed adaxially, base shallowly cordate to rounded, margin slightly revolute, sparsely dentate,± setiform-ciliate, apex acuminate, caudate, or acute. Inflorescences axillary, racemose or corymbose, 1–4 cm, ca. 10-flowered, densely tomentulose; bracts rhombic-triangular, 5–8 × 4–5 mm, leathery, densely tomentulose.

叶星散 叶柄3-5毫米，密被平展锈色具刚毛；叶片椭圆状卵形，卵形，或者长圆状披针形， 8-16 * 4-9 厘米，纸质革质，背面非常浓密锈色具小刚毛，在脉上的特别是，正面具泡状隆起，具小刚毛的密被短的，立即后脱落，次脉2 对生于基部，清楚的细脉背面突起，正面凹陷，基部浅心形到圆形，花序腋生，总状或伞房状，1-4厘米，约10花，密被被微绒毛；苞片菱形三角形， 5-8 * 4-5 毫米，革质，密被被微绒毛。

As the track space increasing, the holding power which flexible holding parts act on sugarcane is dropping off. As the canvas layers and length of flexible holding part increasing, the track space is also increased when flexible holding parts act on sugarcane same holding power. As the length of flexible holding part increasing, the rate of slope of holding power following the track space to change would be decreased, so holding power would vary slowly. The holding power has a better linear relationship with the track space. Holding sugarcane stalk on knot or not on knot, sugarcane stalk having leaves or without leaves, the holding power would have not significant difference. Considering the structure of device and stress of sugarcane, 4-layers canvas conveyer belt was used as flexible holding part, while its length is 120mm, 160mm, or 200mm, the corresponding maximum track space is 135mm, 183mm, or 235mm. Experimental investigation of sugarcane windrowing was done on the arc-track-type flexible holding and conveying test mechanism.

随着轨道间距的增大，柔性夹持元件施加给甘蔗的夹持力逐渐减少；施加给甘蔗相同的夹持力，随着柔性夹持元件帆布帘层数和长度的增加，对应的轨道间距增加；随着柔性夹持元件长度的增大，柔性夹持元件施加给甘蔗的夹持力随轨道间距变化的斜率减小，夹持力大小的变化越缓慢；柔性夹持元件提供的夹持力与轨道间距均呈线性关系；柔性夹持元件夹在甘蔗节上还是不夹在节上，甘蔗有叶还是无叶，其施加给甘蔗的夹持力无显著差异；从夹持输送装置结构以及甘蔗的受力情况来考虑，选择4层帆布帘输送带作为柔性夹持元件更能平稳、柔和地夹持输送甘蔗，4层帆布帘120mm、160mm、200mm长的柔性夹持元件夹持甘蔗所需最大轨道间距为135mm 、183mm、235mm。

Leaves 3-foliolate, or simple on long branches; inflorescence a panicle or corymbose polychasium

叶具3小叶，在长分枝上的或单的；花序一圆锥花序或者伞房状的多歧聚伞花序 6

The spore germination and gametophyte development of 21 ferns are studied. It indicates that :① the development period of prothallium and young sporophyte of the same species is different due to seeding time of spores;② the optimal temperatures of spores germination and gametophyte development of 21 ferns are about 15 -24 ℃;③ the rate of spore germination of rare ferns is much lower than the ferns which occur large populations in nature;④ the treatment with GA 3 can accelerate the germination of the spores;⑤ the prothallium changes from large to small, green to yellow when young sporophyte comes out. The prothalliums of all 21 ferns die away after the appear of the 3rd leaf of sporophytes;⑥ shapes of the 1st and 2nd leaves of the young sporophyte are different from those emerged later;⑦ spores cultured in dark can not germinate;⑧ a prothallium can develop only one young sporophyte though it has many archegoniums, and the spore propagation with leaf mould substrate is an economical method.

摘 要：以腐叶土为培养基质，对 21 种蕨类植物进行了孢子萌发和原叶体发育的研究，结果表明：①不同时期播种的同种蕨类的孢子，发育出原叶体和幼孢子体所历经的时间长短不同；②孢子萌发和配子体生长发育的适宜温度约为 15 ～ 24 ℃；③稀有蕨类的孢子萌发率低，而在野外能形成较大种群的蕨类的孢子萌发率高；④用 GA 3 处理孢子可以促进萌发；⑤当原叶体上长出幼孢子体时，原叶体由大变小，由绿变黄， 21 种蕨类的原叶体都在幼孢子体上长出第 3 片叶时消失；⑥幼孢子体上长出的第 1 、 2 片叶在形态上与以后长出的叶不同；⑦孢子萌发需要光；⑧ 1 片原叶体尽管有多个颈卵器，但仅发育出 1 株幼孢子体；⑨利用腐叶土进行蕨类孢子繁殖是一种经济实用的繁殖方法。

Leaves arising from rhizome, simple, alternate, floating, emersed, or submersed, long petiolate but short petiolate on submersed vernal ones; leaf blade undivided, usually with a basal sinus, often peltate.

单叶着生于根状茎，互生，漂浮，挺水，或沉水，有长叶柄但是在春季的沉水叶上为短叶柄；叶片不分裂，通常基部有凹缺，通常盾形。

Soft branch yellow cicada is oleander division constant green half erect bush, xie Chang is elliptic, long 8-11 centimeter, wide 2-4.5 centimeter, opposite or 3-5 impeller are unripe, bud evil on Xie Duo is verticillate, xie Quanyuan, spend yellow, canister shape 5 crack, interior has amaranth streak, racemose move is born in the coping of new tip, florescence 6 one in October.

软枝黄蝉为夹竹桃科常绿半竖立灌木，叶长椭圆形，长8-11厘米，宽2-4.5厘米，对生或3-5叶轮生，萌孽条上叶多为轮生，叶全缘，花黄色，筒状五裂，内部有紫红色条纹，总状花序着生在新梢的顶部，花期6一10月。

The analysis of correlation indicated that tobacco breeding with higher potassium content has the characteristics of higher stalk height, wider stalk circumference, longer leaf and more leaf number comparatively. The correlations between potassium content and nicotin among top, middle and bottom tobacco leaves were all negative. The correlation among potassium content and malondialdehyde,superoxide dismutase, conductance ratio; and protein, solubility sugar, chlorophyl and free water/bondage water were all attained marked level, however, the essence of correlation was different: the former was negative but the latter was positive. 4.The analysis of heterosis demonstrated there were different degree heterosis in the potassium content of tobacco leaf and other correlated characters, including agriculture, physiology and biochemistry.

相关分析表明，烟叶钾含量性状与株高、茎围和最大叶长的相关性达到了显著和极显著的水平，与叶数的相关虽未达到显著水平，但相关程度相对较高；烟叶钾含量与烟碱在上、中、下三部位叶之间均呈负相关关系，中部叶烟碱与烟叶钾含量的相关达到了极显著水平；烟叶钾含量性状与丙二醛、SOD和电导率以及与蛋白质、可溶性糖、叶绿素和自由水/束缚水之间的相关性均未达显著水平，但相关性质不同，烟叶钾含量性状与前三者之间表现负相关关系，而与后四者之间呈正相关关系；4。

As compared with the traditional irrigation-traditional fertilization, the following results of the improved optimized irrigation-optimized fertilization were obtained: significantly higher nitrogen use efficiency; the like tiller number per unit area, percentage of the tiller ear number/the tiller number, the ear number per unit area, the greatly reduced grain number per ear, and significantly heavier weight of 1, 000 grains; a trifle taller plants; shorter base internode length, a bit more weight per unit internode length, longer internode length under ear; almost the same LAI values in middle and later stages; coincident process of dry matter accumulation from straight growth onwards, a little more dry matter accumulation amount from earing to maturity; a little longer flag leaf, 2〓 leaf, 3〓 leaf (but the three leaves were shorter than those of the optimized irrigation-traditional fertilization) and shorter 4〓 leaf from top, a bit reduced total area of these leaves; almost the same leaf thickness, mean canopy leaf tilt angle, light extinction coefficient , ratio of light penetration in the upper, middle and lower parts of the wheat canopy, and fair plant type; almost the same senescence process of flag leaf; and increased root amount in 0-120cm soil layer and smaller rate of progressive decrease of the root length density and root weight density with soil getting deep, which can strengthen the resistance to adverse conditions such as water stress in the later stage.

在优化水肥条件下，冬小麦总分蘖数、成穗率及单位面积穗数与传统水肥比较接近，但穗粒数显著减少，千粒重显著提高；株高稍有增加；基部节间长度缩短，充实度略微增高，穗下节间增长；中后期LAI与传统水肥的LAI值基本吻合；起身至成熟干物质积累量动态变化过程与传统水肥十分接近，但抽穗至成熟所形成的干物质量增加；上三叶变长（但上三叶长度增加幅度小于优化灌溉-传统施肥处理），倒4叶变短，总叶面积略有减少；叶片厚度、冠层平均叶倾角、消光系数、冠层各层的透光率与传统水肥差异很小，株型较好；旗叶叶绿素含量动态变化与传统水肥十分接近；0-120cm土层的总根量明显增加，上层根群和深层根群的差异最小，有利于提高小麦后期的抗逆力。

The fir remains green all year and its needles are distributed evenly around the branch.

枞树终年常绿，它的针状叶均匀地长在树枝上。

The body has drum mixed with four leaves, stirring with a good performance out of the concrete mix to make a more uniform 2: mixed leaves on a mixed open hole to raise the quality of concrete mixing; 3 ----- sealed tube was funnel shape, Large caliber to ensure a smooth feed: 4: Lo leaves were added to the top surface wear protection, to extend the service life of the leaves, 5 leaves on a few large rectangle-shaped hole and the hole in the concrete to reduce the adhesion of the leaves; 6 : Mixing cylinder B520JJ optional alloy steel materials, wear resistant materials; 7 from the first block plate spinning, 8: ZG35 stirring drum track using the material, casting molding.

筒体内有四块拌叶、具有良好的搅拌性能，使拌出的混凝土更加均匀2：拌叶上开有拌孔能提高混凝土搅拌质量；3密封管-----呈漏斗形状，口径大能确保顺利进料：4：螺叶片呈曲面顶端加防护耐磨条，延长叶片使用寿命，5叶片上有几个圆孔及长方钜形孔减少混凝土在叶片上的粘附； 6：搅拌筒体材料选用B520JJ合金钢、抗耐磨材质；7封头由整块钢板旋压成型，8：搅拌筒轨道采用ZG35材质，经铸造成型。9：搅拌筒壳体各部件由高强度及高耐磨材质制作而成。10：搅拌筒整体焊接采用自动埋弧焊技术。

与长在叶上的相关的网络解释 [注：此内容来源于网络，仅供参考]

colorado potato beetle：马铃薯甲虫

约6公釐(不足0.25吋)长,鞘翅上有三条黑纹. 卵产在马铃薯叶背面,成虫和幼虫均食马铃薯叶,幼虫背面负有粪便以为伪装. 每年两代,第二代的蛹在地下越冬. 於1850年代科罗拉多马铃薯甲虫(Colorado potato beetle)传入之前,是为害马铃薯最严重的甲虫.

optic stalk：视茎

视泡向前生长,近脑端较窄形成视茎(optic stalk)即视神经始基,均在胚胎3周内(胚长1.5~3.0mm)完成. 在胚胎第4周(胚长4mm)时视泡继续凸出膨大,与覆盖其上的表皮外胚叶逐渐接近. 视泡的远端偏下方向内凹陷形成一有双层细胞壁的杯,

taro：芋艿

里芙可以在这里烤一种叫芋艿(taro)的山芋,那是种可口的植物块根,由前人引水注入沼泽种植,现在就在皇后泉的下方湿地上野生野长. 大型的心形叶让我可以辨识出哪里长了芋艿. 混在它们之中的,还有一些叶子更大的野生植物,

Brassicaceae：十字花科

概述 十字花科 (Brassicaceae)甘蓝的一种类型,学名Brassica oleracea. 原始花轴和花蕾变形增厚,在茎顶端形成白色肥大花球块状花序. 叶宽而长,高出花团甚多. 在收获花团前数天应将叶扎起包住花团或折断後盖在花团上,

Desmodontidae：吸血蝠科

长吻长舌叶口蝠(Glossophaga longirostris)吸血蝠科(Desmodontidae):体形小,体重在30~40g,上门齿特大,上门齿成刀状,均有锐利的"刀口",拇指长而有力,后肢也强大,能在地面上迅速跑动,甚至能短距离跳跃,飞行力强,无尾,具鼻叶,每晚定时吸血,

Helminthosporium：长蠕孢属

病原物以真菌为主,如尾孢属(Cercospora)、长蠕孢属 (Helminthosporium)、壳针孢属(Septoria)、叶点霉属 (Phyllosticta)、链格孢属(Alternaria)等;此外,黄色单胞杆经病原物侵害后主要在叶片上发生各种局部坏死性病斑的植物病害.

longleaf：长叶

7月8日,巴菲特的投资旗舰柏海(Bershire Hathaway)公司,联同投资公司长叶(Longleaf)合伙基金与雷格梅肯(Legg Mason)价值基金两家公司,投资5亿美元在Level3的10年期翻开最新出版的<<商业周刊>>,评出的"IT100强"榜上共有4家盈利的网络公司,

Phyllosticta：叶点霉属

病原物以真菌为主,如尾孢属(Cercospora)、长蠕孢属 (Helminthosporium)、壳针孢属(Septoria)、叶点霉属 (Phyllosticta)、链格孢属(Alternaria)等;此外,黄色单胞杆经病原物侵害后主要在叶片上发生各种局部坏死性病斑的植物病害.

TILIA CORDATA：小叶椴

小叶椴(Tilia cordata)分布在中国北方等地,也是一种在欧洲非常普遍的树. 小叶椴树高可达20到35米,干粗可达直径1到1.5米,树叶圆状或三角-椭圆状,4到8厘米长和宽,一般无毛(阔叶椴相反一般叶上有毛),只有在叶脉中轴上有少许棕色的毛.

Zostera：大叶藻

在褐藻类羊栖菜表面上生长的褐藻黑顶藻科(Sphacelariaceae)藻类,在海产种子植物大叶藻(Zostera)等叶表面生长的红藻类无节珊瑚和属(麦杆虫属)(Caprella)等都是这方面的例子一般在其他植物体表面生长的种类[专性附生植物(obligatory epiphyte)],