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      "body": "🌏什么是风化作用\n风化作用（weathering），是指地表岩石与矿物在太阳辐射、大气、水和生物参与下理化性质发生变化，颗粒细化、矿物成分改变，从而形成新物质的过程。\n\n![image.png](https://cdn.steemitimages.com/DQmb8d9xStCVkMUVmMZCwnBHeYQbaBMuHe5oekPTpPjmoVn/image.png)\n\n🌏风化作用的分类\n⭐物理风化：又称机械风化，是指一个岩石由整体破裂为碎屑，裂隙、孔隙和比面积增加，物理性质发生显著变化而化学性质不变的过程。\n1️⃣剥离：深部岩体随着上部剥离后，岩石原来承受的负荷压力也开始解除，并引起岩石的反弹效应，岩体膨胀在岩体表层产生大致与地面平行的裂隙。\n2️⃣块状崩解：太阳辐射增温与昼夜温差变化造成岩石热胀冷缩，但不同矿物胀缩不均匀。经过长期的反复作用，岩石表里之间产生许多与表面大致平行的裂隙，从而使表层岩石成层剥落。当他们与垂直裂隙结合在一起，就会使岩石发生块状崩解。\n3️⃣撑胀：岩石表面干湿变化及水的相态变化可使岩石裂隙加深、加宽，如此反复冻结融化，裂隙逐步扩大，最后导致岩石崩解成碎块。\n\n⭐化学风化：是指岩石在大气、水与生物作用下发生分解进而形成化学组成与性质不同的新物质的过程。\n1️⃣溶解作用：岩石中的无机矿物不同程度溶解于水中并被带走，难溶物质残留原地、岩石孔隙度增加、强度降低。\n2️⃣水解作用：水体进入地表岩石，水中的氢离子与矿物中的盐基离子发生交换形成可溶性盐类，破坏了岩石原有的结构和强度，并形成新的矿物。\n3️⃣水化作用：岩石矿物吸收水分后转变为含水矿物，体积膨胀，硬度降低，抵抗能力削弱，并对周围岩石产生压力，加速了岩石的分解。\n4️⃣碳酸化作用：雨水从大气、土壤和植物中获得二氧化碳而带有酸性，它和岩石中部分金属离子结合会产生碳酸化作用。\n5️⃣氧化作用：矿物被大气游离、水体溶解氧氧化，形成高价化合物。\n\n⭐生物风化：是指生物对岩石、矿物产生物理的和化学的破坏作用。\n1️⃣植物根系岩裂隙生长，使岩石进一步被挤压裂开以致完全崩解。（p2）\n2️⃣动物的挖掘和穿凿活动会把地下的土层和沿线翻到地面上。\n3️⃣生物在新陈代谢过程中分泌出的各种有机酸可以溶解某些矿物，对岩石有很强的腐蚀作用。",
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      "body": "🌏什么是大气沉降\n大气沉降（atmospheric deposition），是指大气中的化学物质通过一定的途径被沉降至地面或水体的【过程】。\n\n![image.png](https://cdn.steemitimages.com/DQmfZy4zDHq1CqR8fChmuSamyGZcfF5uXn6UCajyjEUDh5P/image.png)\n\n🌏大气沉降的分类\n️1⃣干沉降：是指悬浮于大气的各种颗粒以其自身末速度沉降。\n️2⃣湿沉降：是指悬浮于大气的各种颗粒以降水冲刷而沉降。\n\n🌏研究大气沉降的意义\n️1⃣大气沉降是营养物质(如碳、氮、磷、铁、硅等)进入陆地及水生生态系统的一个重要途径。\n一方面，对于受陆源输入影响较小且营养相对贫乏的开阔大洋，通过大气沉降输入的营养物质对其中的生物地球化学循环有着重要的作用。\n另一方面，大量的营养物质通过大气沉降的形式到达近岸海域，容易引起海水富营养化，破坏生态平衡。\n️2⃣大气沉降是重金属污染物（铅、锡、汞等)进入陆地及水生生态系统的一个重要途径。\n大量的重金属及有害物质可以通过大气沉降进入水体和土壤，使得水体和土壤种的重金属及有害物质含量增加，容易造成水体和土壤污染。\n海水中的重金属及有害物质经过了生物链的传递，被人类捕食，最终会危害人类自身。",
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      "body": "【🌏每日地理】：河漫滩\n\n![image.png](https://cdn.steemitimages.com/DQmXEkrM8QbxqsAJesrW9p63KDq5KLpL6tXfDRhAKs6wnQ8/image.png)\n\n🌏什么是河漫滩\n河漫滩（floodplain），是指河谷底部河床两侧，大汛时常被洪水淹没的平坦低地，是一种【河流地貌】。\n\n🌏河漫滩的成因\n在河流中下游，侧蚀作用占主导地位，河谷不断展宽，粗粒的沉积物在河底堆积，而在河流的凸岸，由于流速较缓，因此也有堆积，并形成浅滩，浅滩的高度在堆积中展宽加高，因此，在平水期，浅滩会出露水面，形成河漫滩。随着河谷展宽，河流的流速下降，洪水期时，只有较细的沉积物才能沉积在浅滩上，形成了具有二元结构的河漫滩沉积。\n\n🌏河漫滩的堆积类型\n1️⃣侧向堆积：河流具有侧向侵蚀的能力，当河流在一岸进行侵蚀时，其对岸即出现堆积，随着一岸侧蚀的不断进行，另一岸的堆积也不断扩大，成为其基础。\n2️⃣垂向堆积：当其被洪水淹没时，滩面的水深较小，又有植物拦阻，原来悬移在水中的泥沙便沉积下来，使其逐渐加高，但高度不能超过最高洪水位。\n\n![image.png](https://cdn.steemitimages.com/DQmcrvzFBv1NNGfS3hGzARex7QyKtgFvfkLtNSHoH3SMBK6/image.png)\n\n🌏河漫滩的分类\n1️⃣河曲型河漫滩：发育于弯曲型河段，经常在凸岸堆积为滨河床沙坝、迂回扇等。\n2️⃣汊道型河漫滩：发育于汊道型河段，常形成为浅滩及其附属的沙嘴。（实景图：p2）\n3️⃣堰堤式河漫滩：它发育在顺直河床的两岸。河漫滩的地貌结构由岸边向内可分为三带，即天然堤带、平原带和洼地沼泽带。",
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      "body": "挪威，位於北歐斯堪的納維亞半島西部，西瀕挪威海（北大西洋的陸緣海），是世界上著名的海產大國。\n\n挪威海产出口到全球150多个国家和地区，挪威是全球最大的三文鱼生产国，占全球产量的一半以上。\n\n为什么挪威能成为三文鱼王国？\n1️⃣漫长的海岸线\n挪威的领土狭长，多岛屿和峡湾，其海岸线长达2.3万千米，并拥有众多港口，有利于发展渔业和海上运输业。\n2️⃣洋流\n北大西洋暖流和东格陵兰寒流在北大西洋交汇导致海水扰动，底层的海水上泛将营养物质带到海水表面，促进了浮游生物的生长，为鱼类提供了养料，有利于发展渔业。此外，受到北大西洋暖流的影响，挪威沿岸冬季几乎不结冰，可以全年进行海产养殖。\n3️⃣河流入海\n挪威雨量充沛，多河流，入海河流众多，这些河流将为沿海输送大量的营养物质，有利于促进鱼类生长。\n4️⃣践行可持续发展的理念\n挪威对于渔业具有严格的规定，渔业的发展必须要考虑到当地的生态系统，这不仅可以保护生态环境，也可以保证渔业的可持续性和安全性。\n\n🔵挪威是我国主要的三文鱼进口国，45%的进口三文鱼都由挪威提供。\n\n🐟为什么要选择挪威三文鱼？\n1️⃣品质高\n挪威三文鱼原产于自然环境优越的挪威，其养殖历史悠久，不仅严格要求三文鱼养殖鱼养殖场必须坐落于开阔海域和峡湾冰冷、清澈的海水，还对三文鱼的饲料有特殊的规定，使得挪威能够全年产出高品质的三文鱼。\n2️⃣肉质鲜嫩\n挪威三文鱼是冰鲜三文鱼，其肉质鲜嫩、入口即化。此外，挪威三文鱼脂肪线饱满、颜色鲜艳，看着就非常有食欲。\n3️⃣营养丰富\n三文鱼里拥有丰富的蛋白质、维生素、Omega-3脂肪酸（DHA,EPA）、硒、碘，营养价值很高，对人身的脑部，视觉发育，及降低心脑血管疾病有帮助。\n4️⃣多样吃法\n三文鱼的吃法除了生吃，还可以煎、烤、煮、焗等，做法多样美味。",
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      "body": "世界上除了中國，要有哪些國家的本國國民普遍過春節呢？\n\n一、韓國春節\n\n我們的東北鄰居韓國是過春節的，韓國春節和中國非常相似，在節日重要性也一樣，是最重要的節日，他們一樣叫“過年”，一樣有“中國的春運”就是無論多遠，都要回家過年，就是離開繁華的都市（比如“首爾”）回到老家鄉村。春運堵車，堵車新聞，像極了中國春運，貼春聯、守歲、祭祖、拜年、壓歲錢，吃年糕，這些都像極了中國。韓國過年也有和中國不同的，比如我們中國人有的地方吃餃子，韓國人要吃“米糕片湯”。比如說我們春聯，是紅紙黑字，韓國是白紙黑字，你說奇怪不。但是他們不覺得奇怪，倒覺得是理所當然。\n\n二、越南春節\n\n越南春節和中國一樣重要，是越南最重要的節日，法定假日三天。如果說全世界哪個國家的春節和中國最相同，越南當之無愧！\n在越南過春節，你能和在中國感受到一樣的氣氛！大年初一清晨，家家戶戶都要拜祭祖先，同時也拜土地、灶君、百藝師祖。越南過年拜祭祭品都要有粽子、紅燒魚、包肉團、炙肉、醃蕎頭、牛肉等。像極了福建閩南和潮汕風俗。另外，歷來越南春節最不可少的大概要屬粽子、春聯、爆竹了。這和中國是“一樣一樣”的。",
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      "body": "![image.png](https://cdn.steemitimages.com/DQmeWatGRmPuERXfx7h5EURvvYn1uhbns3Dje9ow1Amkyir/image.png)\n\n🌏什么是雨影效应\n雨影效应是伴随地形降水产生的【现象】，用以解释地形抬升降水在迎风坡和背风坡的显著差异。\n\n🌏雨影效应的成因\n暖湿空气在前进途中，遇到地形阻挡，被迫沿迎风坡爬升，空气中的水汽因冷却凝结而形成降水（地形雨）。在山的背风坡，因气流下沉，温度不断增高，空气难以达到过饱和状态，因此降水很少，故形成雨影区。\n\n🌏雨影效应的影响\n雨影区的昼夜温差大，有利于葡萄的糖分积累，同时葡萄园还能避免遭受到湿冷空气的影响，适宜作为优质的葡萄产区。\n\n🌏雨影效应的典型分布地区\n澳大利亚的大分水岭东侧受澳大利亚暖流的影响，降水多；西侧受大分水岭阻挡，水汽不易输送到，降水少、成为雨影区，并在内陆形成了大片的沙漠。此外，南美洲南部安第斯山脉、北美洲落基山脉、喀斯喀特山脉，以及我国的天山山脉、喜马拉雅山脉等都受到雨影效应的影响。",
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      "body": "为什么人一定要充满正能量？\n学过物理学的人都知道，自然界是存在磁场的，并且它的能量很强。自己思维闲暇的时候也喜欢去想一些东西，包括学业、工作、人生未来的种种可能，所有的初衷都不变：为国家为社会为人民。眉睫之时，舍小为大也未尝不可。可能在这里有人就会讲，思想觉悟这么高，吹牛逼呢吧？其实不然，冰冻三尺非一日之寒，一个人思想的成长也绝不可拔苗助长。比如今天喝了一碗热鸡汤，心血来潮，干劲十足，然而也只是三分热度罢了，一觉过后，依旧各行其是。（此处的“是”分人而论）行为心理学曾提出过一个说法：二十一天的重复可以使人形成习惯，九十天的重复可以使人形成稳定的习惯，久而久之，其“益”自见。一个人经常性的亦步亦趋，那么对于他的成长而言是很棒的。（这里的前提是找一个优秀的榜样去模仿学习）说来也巧，鲜花掌声与谩骂声兼具的河北省衡水中学有幸成为了我思想养成和坚固时期的开拓者。毫不夸张的讲，我在衡中一年的知识储备增长和思想人格养成是正相关的。于Y=kX+b而言，思想人格更像是赋予k值的X，斜率可是带感的啊！衡中的校训“追求卓越”，绝不仅仅是四个大白字一样的空话，其似坊间陈酿，芬芳绕巷，久闻愈香。然而这种精神也并非深深印在每一个衡中学子心中，这可能和她的升学率一样“调皮”，没上一批的毕竟个例，没印在心中的一样如此，可以忽略。事了拂衣去，罢了罢了……追忆流年，韶华易逝。追求卓越，印透傲骨。逢山开路，遇水架桥。惜时走心，金定熠闪。与智者为伍，与良善者同行。那个时候身边优秀的人太多了，无形之间就会发生反应，况且还有班主任这个“催化剂”和学校这个大的反应环境。分析化学也讲过，反应物之间的氧化与还原皆遵从其性能强弱反应。一，即氧化（还原）性强的一方可以同化弱的一方；二，氧化（还原）物的特性都是大于其产物的。可以这样理解：一，底子薄弱的我遇到来自中国各地，且比自己强大的竞争者，自然会去学习模仿他们，通过后天的勤奋努力去追赶，甚至超越他们；二，于这样的初衷和目的而言，其重要性早已远远超过了最终那个白纸黑字的结果。君子知命不惧，日日自新。人能在成长过程中，做自己最舒服和最喜欢的事，就已经成了最好的自己。而我，正走在属于自己的康庄大道上。周国平曾说过：一样东西，如果你太想要，就会把它看得很大，甚至大到成了整个世界，占据了你的全部心思。我的劝告是，最后无论你是否如愿以偿，都要及时从中跳出来，如实且看清它在整个世界中的真实位置，亦即它在无限时空中的微不足道。这样，你得到了不会忘乎所以，没有得到也不会痛不欲生。细细体会，感觉大师就是对症下药，我的弊端也足以让我致命。伟人之所以可以成为“伟人”，那是因为他们立志成为“伟人”。没人会把我们变的越来越好，时间也只是陪衬。支撑我们变的越来越好的是我们自己不断进阶的才华、修养、品行以及不断的反思和修正。一个人的心房要承载多少毁灭，才会遇到另一颗复活它的心。在喜欢你的人那里，去热爱生活；在不喜欢你的人那里，去看清世界。最后用一段话来结束吧：“后来我才意识到，很多事情上都可以努力，但人与人之间不行。能走到最后的，其实一开始就是同路人。”",
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