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1，mercyme的简介

专辑歌手：MercyMe 　　地区：美国 　　语言：英语

mercyme的简介

2，禹成贤的个人简介

艺名：Kevin ?? 　　原名：禹成贤 　　生日：1991年11月25号 　　身高：178cm 　　体重：50kg 　　血型：O型 　　宗教：基督教 　　所属组合：U-KISS （原：XING组合） 　　宝物：家人 FANS 　　家庭成员：父母，姐姐 　　外号：熊宝宝、哈姆太郎 　　特长：POPIN DANCE，吉他，钢琴，英语，作词 　　学历：美国旧金山Monte Vista高校修学中 　　星座：射手座出生:美国三藩市, （又称圣弗朗西斯科，旧金山） 　　爱好：跆拳道、听音乐，看电影，看书，作曲、游泳、足球、篮球 　　Kevin的魅力所在就是他的中性的声线以及可爱的外貌. 　　他母亲为CF模特,而且Kevin的舅父是在德国以著名声乐家Emmanuel Woo的名字活动着,可见Kevin家庭都与艺术有紧密的联系.他也直接参与了第一张单曲In Your Hands的英文版填词,并由他亲自演唱.Kevin年幼的时候就跟随着曾经是广告模特的妈妈去德国学习声乐方面的知识，中学是就想成为歌手的他为了实现梦想回到韩国。 　　★在美侨胞 　　★原XING组合成员

禹成贤的个人简介

3，济尔哈朗的儿子介绍

情,能烧掉整整一个冬天.@@总有一天她们老了,成为烛光里的妈妈,儿女们除了爱的回报,还能做什么呢?@@师：如果说因为忙碌和粗心,我们忽略了平时对母亲的问候和关心,无论如何,别忘了母亲节这天,买上一束康乃馨,或者哪怕只是一句祝福,送给你的妈妈…@@@生甲：我们要宽谅妈妈的时代缺陷.如果母亲在我们眼里看上去不合时宜,也不该嘲笑她.因为是她的时代塑造了她,正如我们的时代塑造了大家.@@生乙：我们要做妈妈耐心的倾听者.因为妈妈的唠叨,大多是出于她对我们的责任心和深深的爱.@@生丙：我们要让自己走得更稳当.妈妈常常是无私的,我们的快乐与成功,往往就是她的快乐与成功.为此,我们要
是努尔哈赤的养子。 爱新觉罗·济尔哈朗(1599-1655)，和硕庄亲王爱新觉罗·舒尔哈齐第六子；己亥年十月初二日丑时生，母为舒尔哈齐五娶福晋乌喇纳喇氏，布干贝勒之女；顺治十二年乙未五月初八日（1655年6月11日）寅时薨，年五十七岁。济尔哈朗自小就生活在努尔哈赤的宫中，由努尔哈赤加以抚养，所以他与努尔哈赤的儿子们关系很好，尤其是与皇太极的关系更是非同一般，这样他才会在父兄反叛后依旧受到信任和重用。济尔哈朗从青年时代起就追随努尔哈赤南征北讨，因军功受封为和硕贝勒。是努尔哈赤时期共柄国政的八大和硕贝勒之一，也是皇太极时代四大亲王之一。成为清朝历史上惟一一位受“叔王”封号的人。后入享太庙。

济尔哈朗的儿子介绍

4，求Deciduous的简介

Deciduous In botany and horticulture, deciduous plants, including trees, shrubs and herbaceous perennials, are those that lose all of their leaves for part of the year. This process is called abscission. In some cases the leaf loss coincides with winter - namely in temperate or polar climates. While in other areas of the world, plants lose their leaves during the dry season or during other seasonal variations in rainfall, including tropical and subtropical areas of the world. The converse of deciduous is evergreen; plants that are intermediate may be called semi-deciduous. Some tree, including a few Oak species have desiccated leaves that remain on the tree through winter; these dry persistent leaves are called marcescent leaves and are dropped in the spring as new growth begins.
Like many deciduous plants, Forsythia flowers during the leafless season Many deciduous plants flower during the period when they are leafless, as this increases the effectiveness of pollination. The absence of leaves improves wind transmission of pollen in the case of wind-pollinated plants, and increases the visibility of the flowers to insects in insect-pollinated plants. This strategy is not without risks, as the flowers can be damaged by frost, or in dry season areas, result in water stress on the plant. Nevertheless, by losing leaves in the cold winter days, plants can reduce water loss since most of the water would appear as ice, and there is much less branch and trunk breakage from glaze ice storms when leafless. Leaf drop or abscission involves complex physiological signals and changes within plants. The process of photosynthesis steadily degrades the supply of chlorophylls in foliage; plants normally replenish chlorophylls during the summer months. When days grow short and nights are cool, or when plants are drought stressed, deciduous trees decrease chlorophyll pigment production allowing other pigments present in the leaf to become apparent, resulting in fall color. These other pigments include carotenoids that are yellow, brown, and orange. Anthocyanin pigments produce reds and purple colors, though they are not always present in the leaves but are produced in the foliage in late summer when sugars are trapped in the leaves after the process of abscission begins. Parts of the world that have showy displays of bright fall colors are limited to locations where days become short and nights are cool. In other parts of the world the leaves of deciduous trees simply fall off without turning the bright colors produced from the accumulation of anthocyanin pigments. The beginning of leaf drop starts when an abscission layer is formed between the leaf petiole and the stem. This layer is formed in the spring during active new growth of the leaf, it consists of layers of cells that can separate from each other. The cells are sensitive to a plant hormone called auxin that is produced by the leaf and other parts of the plant. When the auxin coming from the leaf is produced at a rate consistent with that of the auxin from the body of the plant, the cells of the abscission layer remain connected; in the fall or when under stress the auxin flow from the leaf decreases or stops triggering cellular elongation within the abscission layer. The elongation of these cells break the connection between the different cell layers, allowing the leaf to break away from the plant, it also forms a layer that seals the break so the plant does not lose sap. A number of deciduous plants remove nitrogen and carbon from the foliage before they are shed and store them in the form of proteins in the vacuoles of parenchyma cells in the roots and the inner bark. In the spring these proteins are used as a nitrogen source during the growth of new leaves or flowers.[3] Plants with deciduous foliage compared to plants with evergreen foliage, have both advantages and disadvantages in growth and competition for space. Since deciduous plants lose their leaves to conserve water or to better survive winter weather conditions, they must regrow new foliage when the next growing season is suitable, this uses more resources which evergreens do not need to expend.

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