tokenpocket最新app下载|dodo
作者： tokenpocket最新app下载
2024-03-07 18:18:49
DoDo 渡渡
DoDo 渡渡
首页
社群精选
开放平台
下载DoDo
手机扫码下载
Windows客户端下载
Windows客户端下载
使用网页版
为什么选择DoDo？
我们努力成为社群运营首选的工具
纯净无广告
简洁美观、0捆绑、0弹窗、0打扰
极致低延迟
我们追求每1毫秒的极致体验
用户共建
珍视用户的声音，产品团队7x18在线服务
关于DoDo
骨灰级游戏玩家组成的创业团队，已获B站战略投资
DoDo即渡渡鸟，他是不会飞的鸟，群居生活，生性温和，待人友善，但在几百年前灭绝了...2020年初疫情爆发期间，我们团队在玩动物森友会这款游戏，以此为契机开发了一款动森玩家社区软件「森友圈」。在动森里渡渡鸟当上了飞行员，实现了飞翔的梦想。我们发现渡渡鸟的特点非常契合我们所要打造的产品理念「让人与人之间的相处更加友善」，于是DoDo诞生了。我们是一个连续创业团队，有10年以上大厂经验的技术大牛，有想改变世界的产品经理，有Steam游戏时长10000+的用户运营...我们坚持认为与用户共建、珍视用户的声音，才能打造出优秀的产品。我们真诚的邀请你参与DoDo宇宙之旅，Let's DoDo it！
开启DoDo之旅
Windows客户端下载
没人一起玩？可以先来这些地方逛逛
友情链接： vk加速器 Steam++工具箱 血染钟楼导航站 艾尔登法环资料站 宝可梦阿尔宙斯图鉴库
用户协议|隐私政策|加入我们|官方社区|当前版本 v0.5.4
上海渡渡网络科技有限公司 Copyright 邮箱：support@imdodo.com 电话：021-31186355 沪ICP备2021030699号 沪公网安备 31011002005802号
社区精选｜DoDo app
社区精选｜DoDo app
社群精选
DoDo游戏库
DoDo语音
开放平台
DoDo网页版
下载DoDo
手机扫码下载
Windows客户端下载
10202
宝可梦不穿校服的天星联盟
switch宝可梦交流社区，内含全版本免费(去皮去伊，剑盾，传说阿尔宙斯，珍钻复刻，朱紫)交换机器人，朱紫定制点坑机器人(独家)，朱紫查对战队伍机器人(独家)，朱紫自动完成bp任务机器人，阿尔宙斯测seed机器人，测闪蛋机器人。
14771
B站-咕咕的宝可梦Bot交换站
内有全版本的公益交换机器人和打坑频道使用支持剑盾，珍钻，阿尔宙斯，朱紫
B站UP主:Ryzen咕咕
宝可梦机器人自动交换频道
8225
吉探山庄
欢迎各位朋友，本群主要分享数字藏品，NFT及元宇宙相关的资讯，重点关注香港web3，不涉及政治，军事等敏感话题，感谢各位朋友的加入~公众号吉探NFT
5668
King-宝可梦交换乐园
宝可梦BP、交换机器人，实现宝可梦自给自足，自己定制！！！
3857
Bango斑格
这是数字潮玩作品，象征着爱与守护。
9564
鲸探数字藏品互换社区
欢迎大家分享互赠自己的数字藏品
3707
发条熊DAO
你好这里是熊熊的世界，嗷嗷嗷嗷嗷！
2242
小熊潮玩俱乐部
小熊网络鲸探潮玩数字藏品玩家交流俱乐部。
27398
元一村｜国内头部数藏web3 DAO社区
创立于2021年9月17日
国内原生web3 DAO社区
贡献即收益 参与即收益
专注于国内NFT和web3领域
元一村 寓意“元宇宙第一村”
国内第一批数字藏品头部社群
核心成员是国内第一批头部玩家
福利根据贡献值分配践行 贡献即收益 参与即收益的DAO理念
13464
B站（hjh165）宝可梦朱紫交换机器人
B站：hjh165（22622685）
宝可梦自定制派送机器人
31311
蓝鲸 DAO
“以DAO为舟，乘风破浪！”
专注于Web3，NFT，数字藏品，一个更理想，更平等，去中心化的web3交流社区。
21840
宝可梦小丹-朱紫派送机器人
7*24小时免费定制
朱紫机器人 可以自己定制喜欢的宝可梦~~
友情链接： vk加速器 Steam++工具箱 血染钟楼导航站 艾尔登法环资料站 宝可梦阿尔宙斯图鉴库
用户协议|隐私政策|加入我们|官方社区|当前版本 v0.5.4
上海渡渡网络科技有限公司 Copyright 邮箱：support@imdodo.com 沪ICP备2021030699号
DoDo，新一代的游戏语音社区 - 哔哩哔哩
，新一代的游戏语音社区 - 哔哩哔哩 DoDo，新一代的游戏语音社区DoDo渡渡语音关注专栏/DoDo，新一代的游戏语音社区DoDo，新一代的游戏语音社区
2021年10月13日 13:10--浏览 ·
--喜欢 ·
--评论
DoDo渡渡语音粉丝：1624文章：112
关注DoDo官网：dodo.link/www.imdodo.com支持版本：PC客户端、网页版、ios、安卓、VX小程序，统统可以在官网里面下载哦~相信很多玩动森的用户都用过一个VX小程序叫“森友圈”，它就是DoDo的前身啦。以下是关于DoDo的一些大致功能介绍：欢迎所有B站的小伙伴，来DoDo搭建属于你和小伙伴们一起语音联机打游戏的dodo群哦~本文禁止转载或摘编
分享到：
投诉或建议评论-----
渡渡鸟 - 知乎
渡渡鸟 - 知乎首页知乎知学堂发现等你来答切换模式登录/注册渡渡鸟渡渡鸟（Raphus cucullatus），或作多多鸟（Dodo），又称毛里求斯多多鸟、愚鸠、孤鸽，是仅产于印度洋毛里求斯岛上一种不会飞的鸟。这种鸟在被人类发现后仅仅200年的时间里，便由于人类…查看全部内容关注话题管理分享百科讨论精华视频等待回答简介渡渡鸟（Raphus cucullatus），或作多多鸟（Dodo），又称毛里求斯多多鸟、愚鸠、孤鸽，是仅产于印度洋毛里求斯岛上一种不会飞的鸟。这种鸟在被人类发现后仅仅200年的时间里，便由于人类的捕杀和人类活动的影响彻底绝灭，堪称是除恐龙之外最著名的已灭绝动物之一。也是毛里求斯唯一被定为国鸟的已灭绝鸟类，渡渡鸟于1681年灭绝。2016年8月，世界保存最完整渡渡鸟骨拍卖值440万。更多信息中文学名渡渡鸟拉丁学名Raphuscucullatus别称多多鸟、嘟嘟鸟、愚鸠、孤鸽二名法Raphuscucullatus界动物界门脊索动物门亚门脊椎动物亚门纲鸟纲亚纲今鸟亚纲目鸽形目科孤鸽科亚科孤鸽属渡渡鸟属种渡渡鸟分布区域非洲岛国毛里求斯岛（已灭绝）英文名dodoIUCN灭绝数据由搜狗百科提供查看百科全文 百科摘录2不好惹的鸟|到底什么疗法最有效？下的内容摘录东方明见心理心理咨询话题下的优秀答主渡渡鸟（Dodo），是仅产于印度洋毛里求斯岛上一种不会飞的鸟。这种鸟在被人类发现后仅仅200年的时间里，便由于人类的捕杀和人类活动的影响彻底绝灭，堪称是除恐龙之外最著名的已灭绝动物之一。也是毛里求斯唯一被定为国鸟的已灭绝鸟类，渡渡鸟于1681年灭绝。2016年8月，世界保存最完整渡渡鸟骨拍卖值440万。知乎小知 摘录于 2020-04-2416、损有余而补不足下的内容摘录爱王子无渡渡鸟是生活在印度洋毛里求斯岛上一种不会飞的鸟。渡渡鸟的体型比天鹅还要大，体重可达23公斤。在毛里求斯岛上，渡渡鸟没有任何的天敌，又有着丰富的食物，原本能够飞行的渡渡鸟就成了一种无法飞行，体型巨大的生物。在人类出现在毛里求斯后，不到200年的时间内，渡渡鸟就灭绝了。知乎小知 摘录于 2020-04-24浏览量132 万讨论量614 帮助中心知乎隐私保护指引申请开通机构号联系我们 举报中心涉未成年举报网络谣言举报涉企虚假举报更多 关于知乎下载知乎知乎招聘知乎指南知乎协议更多京 ICP 证 110745 号 · 京 ICP 备 13052560 号 - 1 · 京公网安备 11010802020088 号 · 京网文[2022]2674-081 号 · 药品医疗器械网络信息服务备案（京）网药械信息备字（2022）第00334号 · 广播电视节目制作经营许可证:（京）字第06591号 · 服务热线：400-919-0001 · Investor Relations · © 2024 知乎 北京智者天下科技有限公司版权所有 · 违法和不良信息举报：010-82716601 · 举报邮箱：jubao@zhihu.
多多鸟_百度百科
百度百科 网页新闻贴吧知道网盘图片视频地图文库资讯采购百科百度首页登录注册进入词条全站搜索帮助首页秒懂百科特色百科知识专题加入百科百科团队权威合作下载百科APP个人中心收藏查看我的收藏0有用+10多多鸟播报讨论上传视频多多鸟属渡渡鸟种鸟类多多鸟是毛里求斯特有的，也是毛里求斯的象征。但由于人们的大肆猎杀，导致它于1690年前后灭绝。多多鸟（dodo bird）是西印度洋毛里求斯岛的「土著」，它不会飞，体重可达十二公斤以上，模样有点像火鸡，却与鸽子有较密切的亲缘关系。十五世纪西方人登上这座岛后，这种鸟就遭了天谴，两百年之内，到1680年代便全部灭绝了。造成它们绝种的因素，据推测一是它们的蛋十分味美，给人大量地填入肚皮；一是让人带上岛的「洋猪」。今天我们除了一些画影图形之外，只有博物馆中的朽骨可供凭吊──遥想当年。不过，三百年来，多多鸟虽已绝迹人间，它的幽灵似乎仍在毛里求斯岛上徘徊……。别 名嘟嘟鸟、渡渡鸟界动物界门脊索动物门纲鸟纲目鸽形目科鸠鸽科属多多鸟属种渡渡鸟分布区域印度洋模里西斯岛（已灭绝）中文学名多多鸟目录1沉睡不醒的种子2互利共生3异议4答辩5评论沉睡不醒的种子播报编辑1977年八月，美国威斯康辛大学生态学系的谭波（S. A. Temple），在「科学」上（vol.197, p.885～6）发表了一篇论文。他指出毛里求斯岛上的一种乔木，学名Calvaria major，已濒临绝种。1973年岛上只发现13棵这种树，它们都已衰老，快要死亡。岛上经验丰富的森林学者，估计这些树的树龄都超过三百年。它们每年都能产生有活力的种子，但就是不发芽，岛上也不见树龄较轻的这种树。岛上的林业机构想尽办法使种子发芽，全都失败。然而calvaria过去却是岛上常见的树种，由已往的记载看来，岛上居民曾大量砍伐这种树，作为木材。calvaria的果实很大，直径达5公分，果皮薄，果肉柔软多汁，种子由厚可达1.5公分的果核（内果皮）包裹着。谭波认为calvaria的种子不发芽的原因，是核壳太厚，妨碍了种胚萌发。换言之，种胚因为无法突破核壳的封锁，只好「休眠」（这种现象英文叫做seed-coat dormancy）。那么过去这些种子是怎么萌发的呢？互利共生播报编辑谭波把两件事实结合在一起。其一，早期的探险家报导过多多鸟以大型树木的果实种子维生。事实上，在多多鸟的化石中确曾发现过calvaria的果核。多多鸟的砂囊（胃的一部分）强劲有力，中有大石子，可以协助磨碎食物坚硬的部分。其二，现存calvaria树的树龄，没有低于三百年的。也就是说，多多鸟绝种后的三百年间，calvaria树的种子没有发过芽。谭波因此认为calvaria树的种子，所以会包裹在那么坚厚的壳中，是适应多多鸟的生活模式的结果，这样才能使种子躲过在多多鸟砂囊中被磨碎的命运。这么一来，却使calvaria的繁殖非得依赖多多鸟不可。果核经过砂囊的研磨之后，变得较薄，种胚发育才能破壳而出。「何昔日之萧艾（喻恶德）兮，今直为此芳草（喻美德）也？」过去calvaria为了完成「生命的意义」，演化出了坚厚的果核，以对抗多多鸟砂囊，现在为了同样的理由，又需多多鸟砂囊的协助。谭波揭露了这种奇异的「互利共生」，可说为「自然史」添了新页。他的论证要点在于：calvaria树的果核必须经过研磨，种子才能发芽。今天有许多小型动物会采食calvaria树的果实，但是它们只是啃食果肉，根本不碰果核。多多鸟体型大，故能把整个果实吞下。果肉消化后，果核在砂囊中还会停留一段时间，然后才被呕出，或者在体积减少后通过消化道，随粪便排出。谭波还举出许多可做模拟的实例，它们显示种子在通过各种动物的消化道之后，发芽率会大幅上升。然后谭波设法估量多多鸟砂囊的挤压力量。他以得自现代鸟类的数据为基础，求出体重与砂囊的挤压力量的相关曲线，再以外插法得出多多鸟砂囊的挤压力量。谭波认为calvaria果核经得住多多鸟砂囊的「琢磨」，不会给压碎。典型的这种果核（最大直径约3公分），要磨去百分之三十的体积，多多鸟砂囊才能压碎。当然多多鸟也可能在果肉消化完之后便把果核呕出，或使果核进入肠道，使它根本无福消受砂囊的「马杀鸡」。谭波找了和多多鸟体态颇相似的火鸡作实验，把calvaria果核强塞入火鸡砂囊中，一次一个。一些果核可以停留在火鸡砂囊中6天之久，17个果核中有7个最后在砂囊中给压碎了。其它的10个不是被呕出，便是体积减小后排出体外。把这10个种到温室苗圃中，右3个发了芽。谭波指出：「这可能是三百年来第一批萌发了的calvaria树种子。」这个发现使毛里求斯岛上的calvaria树有可能逃过绝种的命运：只要把它们的果核适当地研磨之后，种子便能恢复生机。异议播报编辑谭波的论文刊出后，美国纽约时报和其它报刊立即广为报导，喧腾一时。时隔一年半，毛里求斯林务局专家奥塞达里博士（A. W. Owadally），在1979年三月三十日的「科学」上提出了反驳（vol.203, p.363～4）。他的论点如下：第一，calvaria树生长在高地雨林中（年降雨量约2,500～3,800公厘）。而根据荷兰人的记载，多多鸟出没于平原或丘陵地上，也就是说生活于较为干燥的森林中。因此多多鸟与calvaria树并不生存在同一个生态区位（niche）中。而毛里求斯在高地建储水池及引水道的挖掘工作，并未发现过任何多多鸟化石。第二，早已有人提到过在多多鸟化石中发现树木的种子，他们也谈过多多鸟或其它鸟类「协助」这些种子发芽的可能性，但是现在已经明白那些种子并不是calvaria树的。第三，使cakvaria树的种子不经鸟类的中介而发芽，毛里求斯林务局已研究了好几年，目前林务局苗圃中有9个月以上树龄的calvaria苗好几棵。第四，1941年的高地森林调查，发现那儿还有不少年轻的calvaria树（不满75或100岁），而多多鸟在1675年左右便绝种了。第五，1941年希尔（A.W.Hill）有一份报告（Ann. Bot., 5：587），显示calvaria树的种子能够突破核壳的封锁而发芽。答辩播报编辑谭波也不含糊，在同期的「科学」上立即提出了答辩（vol. 203, p.1364）：一、不可因为毛里求斯高地没有发现多多鸟化石，便断定多多鸟与calvaria树不生活在同一生态区位中。毛里求斯因为地形的缘故，高地并不会形成沉淀层。某些低的集水盆地发掘到的动物化石，有许多都是四周高地上冲积下来的。前人的纪录曾明白地指出，多多鸟会在高地上出没，有一位学者便利用过这些数据，来消除「多多鸟只在滨海地区活动」的印象。同时，毛里求斯过去的林务数据显示calvaria树并不只在高地生长；今天虽然高地才有森林，但就有一棵calvaria树位于海拔仅180公尺的高度。二、印度洋地区植物分类专家确曾在多多鸟化石遗址中发现calvaria树的果核。不过只光凭这一点，并不能证明多多鸟和calvaria树有互利共生的关系。且有互利共生关系的生物，本来就不一定要「死而同穴」的。三、毛里求斯林务局在最近才成功地使calvaria树的种子抽芽，奥华达里并没有提他们是怎么搞成的，或者他有难言之隐。原来他们的果核在种下之前先研磨过！四、关于现在仍活着的calvaria树的树龄，奥华达里引用的那份1941年的报告，说得并不清楚，因为鉴定树龄并不是很容易的。巧的是这份报告的作者之一所提供的意见（透过私人通信），正是谭波认为它们已超过三百岁的一个根据。五、希尔的报告并未描述他如何，或在什么情况下，使calvaria树的种子发芽；没有这些细节，这份报告便和目前所讨论的问题毫不相干。评论播报编辑除了第四点外，谭波的辩词极为有力。奥华达里若能证明现存的calvaria树有低于三百岁的，谭波的论证便不能成立。目前这样的证据既未出现，我们没有理由扣留谭波应得的掌声。让我们感到遗憾的是：几乎所有刊载过谭波第一篇论文的报刊，都没有做过追踪报导，它们有意无意地忽略了后来发生的辩论文字。我想这主要是它们的编辑重视「科学成果」的想法所致。一般人都以为科学是「追寻真理」的工作，「真理」一经寻得，永不改变，因此科学家的「成果」才是我们应注意的。笔者反对这种看法，理由有二。一、这种观点所依据的「真理」观过于天真。它忘记了科学史上充满了过去的真理的遗骸这一「事实」，也无视于「真理」这一概念所涉及的逻辑难题（若我们在从事研究之初，不能知道真理是什么，那我们在研究过程中，如何辨认真理；如果我们一开始便知道什么是真理，那是怎么知道的？）。二、这种观点扭曲了科学的本质。科学是一种扩展既有知识领域的活动，「既有的知识」永远是科学研究活动的起点。任何重要的科学成果都不仅是解决了一个问题而已（不论这问题有多重要），它还能引发值得进一步研究的问题。就多多鸟的例子而言，后续的辩论的确制造出了一些可以继续研究的问题，例如如何精确地断定树龄？同时，它们也提供了更多的「科学知识」。在辩论的脉络中出现的「知识」都是活生生的，一则也许平常看来毫不起眼的常识（如低地的化石也许是高地上冲积下来的），有可能在辩论中扮演画龙点睛的角色。因此从读者「知的权利」，以及大众传播媒介的教育责任来考虑，任何科学新闻都应做追踪报导。新手上路成长任务编辑入门编辑规则本人编辑我有疑问内容质疑在线客服官方贴吧意见反馈投诉建议举报不良信息未通过词条申诉投诉侵权信息封禁查询与解封©2024 Baidu 使用百度前必读 | 百科协议 | 隐私政策 | 百度百科合作平台 | 京ICP证030173号 京公网安备110000020000Dodo | Bird, History, & Facts | Britannica
Dodo | Bird, History, & Facts | Britannica
Search Britannica
Click here to search
Search Britannica
Click here to search
Login
Subscribe
Subscribe
Home
Games & Quizzes
History & Society
Science & Tech
Biographies
Animals & Nature
Geography & Travel
Arts & Culture
Money
Videos
On This Day
One Good Fact
Dictionary
New Articles
History & Society
Lifestyles & Social Issues
Philosophy & Religion
Politics, Law & Government
World History
Science & Tech
Health & Medicine
Science
Technology
Biographies
Browse Biographies
Animals & Nature
Birds, Reptiles & Other Vertebrates
Bugs, Mollusks & Other Invertebrates
Environment
Fossils & Geologic Time
Mammals
Plants
Geography & Travel
Geography & Travel
Arts & Culture
Entertainment & Pop Culture
Literature
Sports & Recreation
Visual Arts
Companions
Demystified
Image Galleries
Infographics
Lists
Podcasts
Spotlights
Summaries
The Forum
Top Questions
#WTFact
100 Women
Britannica Kids
Saving Earth
Space Next 50
Student Center
Home
Games & Quizzes
History & Society
Science & Tech
Biographies
Animals & Nature
Geography & Travel
Arts & Culture
Money
Videos
dodo
Table of Contents
dodo
Table of Contents
Introduction
References & Edit History
Quick Facts & Related Topics
Images & Videos
Quizzes
A Little Bird Told Me
Animal Factoids
Know Your Birds Quiz: Part One
Ultimate Animals Quiz
Animal Group Names
Related Questions
What are the basic functional systems of animals?
What is extinction?
Are mass extinctions common?
How do humans cause extinctions?
Read Next
Funky Feathers: 10 Bizarre Birds
8 Birds That Can’t Fly
6 Animals We Ate Into Extinction
Abundant Animals: The Most Numerous Organisms in the World
11 Questions About Birds Answered
Discover
Leap Day, February 29
12 Greek Gods and Goddesses
9 Things You Might Not Know About Adolf Hitler
9 of the World’s Deadliest Snakes
What Is the “Ides” of March?
How Many Electoral College Votes Does Each U.S. State Have?
How Did Alexander the Great Really Die?
Home
Science
Birds, Reptiles & Other Vertebrates
Birds
Animals & Nature
dodo
extinct bird
Actions
Cite
verifiedCite
While every effort has been made to follow citation style rules, there may be some discrepancies.
Please refer to the appropriate style manual or other sources if you have any questions.
Select Citation Style
MLA
APA
Chicago Manual of Style
Copy Citation
Share
Share
Share to social media
URL
https://www.britannica.com/animal/dodo-extinct-bird
Give Feedback
External Websites
Feedback
Corrections? Updates? Omissions? Let us know if you have suggestions to improve this article (requires login).
Feedback Type
Select a type (Required)
Factual Correction
Spelling/Grammar Correction
Link Correction
Additional Information
Other
Your Feedback
Submit Feedback
Thank you for your feedback
Our editors will review what you’ve submitted and determine whether to revise the article.
External Websites
Natural History Museum - Recreating the lost world of the dodo
Nature - Scientific Reports - Bone histology sheds new light on the ecology of the dodo (Raphus cucullatus, Aves, Columbiformes)
Animal Diversity Web - Raphus cucullatus
Britannica Websites
Articles from Britannica Encyclopedias for elementary and high school students.
dodo - Student Encyclopedia (Ages 11 and up)
Cite
verifiedCite
While every effort has been made to follow citation style rules, there may be some discrepancies.
Please refer to the appropriate style manual or other sources if you have any questions.
Select Citation Style
MLA
APA
Chicago Manual of Style
Copy Citation
Share
Share
Share to social media
URL
https://www.britannica.com/animal/dodo-extinct-bird
Feedback
External Websites
Feedback
Corrections? Updates? Omissions? Let us know if you have suggestions to improve this article (requires login).
Feedback Type
Select a type (Required)
Factual Correction
Spelling/Grammar Correction
Link Correction
Additional Information
Other
Your Feedback
Submit Feedback
Thank you for your feedback
Our editors will review what you’ve submitted and determine whether to revise the article.
External Websites
Natural History Museum - Recreating the lost world of the dodo
Nature - Scientific Reports - Bone histology sheds new light on the ecology of the dodo (Raphus cucullatus, Aves, Columbiformes)
Animal Diversity Web - Raphus cucullatus
Britannica Websites
Articles from Britannica Encyclopedias for elementary and high school students.
dodo - Student Encyclopedia (Ages 11 and up)
Also known as: Raphus cucullatus
Written and fact-checked by
The Editors of Encyclopaedia Britannica
Encyclopaedia Britannica's editors oversee subject areas in which they have extensive knowledge, whether from years of experience gained by working on that content or via study for an advanced degree. They write new content and verify and edit content received from contributors.
The Editors of Encyclopaedia Britannica
Article History
Table of Contents
dodo
See all media
Category:
Animals & Nature
Related Topics:
extinction
flightless bird
human-induced extinction
(Show more)
See all related content →
dodo, (Raphus cucullatus), extinct flightless bird of Mauritius (an island of the Indian Ocean), one of the three species that constituted the family Raphidae, usually placed with pigeons in the order Columbiformes but sometimes separated as an order (Raphiformes). The other two species, also found on islands of the Indian Ocean, were the solitaires (Raphus solitarius of Réunion and Pezophaps solitaria of Rodrigues). The birds were first seen by Portuguese sailors about 1507 and were exterminated by humans and their introduced animals. The dodo was extinct by 1681, the Réunion solitaire by 1746, and the Rodrigues solitaire by about 1790. The dodo is frequently cited as one of the most well-known examples of human-induced extinction and also serves as a symbol of obsolescence with respect to human technological progress.(Read E.O. Wilson’s Britannica essay on mass extinction.)
Britannica Quiz
A Little Bird Told Me
What are the different types of extinction?The die-off of the dinosaurs is different from the extinction of the dodo.(more)See all videos for this articleThe dodo, bigger than a turkey, weighed about 23 kg (about 50 pounds). It had blue-gray plumage, a big head, a 23-cm (9-inch) blackish bill with reddish sheath forming the hooked tip, small useless wings, stout yellow legs, and a tuft of curly feathers high on its rear end. The Réunion solitaire may have been a white version of the dodo. The brownish Rodrigues solitaire was taller and more slender, with smaller head, short bill lacking the heavy hook, and wings with knobs. All that remains of the dodo is a head and foot at Oxford, a foot in the British Museum, a head in Copenhagen, and skeletons, more or less complete, in various museums of Europe, the United States, and Mauritius. Many bones of solitaires have also been preserved.
Why the dodo bird went extinctOverview of the dodo.(more)See all videos for this articleThe dodo’s prominent role in bringing attention to the extinction of species, coupled with advances in genetics that could allow for its resurrection (de-extinction), have led scientists to consider the possibility of bringing the dodo back. The sequencing of the dodo genome by geneticists in 2016 reinvigorated this discussion as well as the ethical debate of using de-extinction techniques to alter natural history. The Editors of Encyclopaedia BritannicaThis article was most recently revised and updated by John P. Rafferty.
一、机器人概述 | DoDo开放平台 - 内测版
一、机器人概述 | DoDo开放平台 - 内测版
DoDo开放平台 - 内测版 介绍 更新日志 开发文档 SDK文档SDK文档 官方 SDK Net SDK Go SDK 开发者平台 在新窗口打开 开发者社区 在新窗口打开 GitHub 在新窗口打开 介绍 更新日志 开发文档 SDK文档SDK文档 官方 SDK Net SDK Go SDK 开发者平台 在新窗口打开 开发者社区 在新窗口打开 GitHub 在新窗口打开简介 一、机器人概述 DoDo机器人作用 DoDo机器人优势 二、开放平台背景 三、如何成为开发者 四、 开发者社区 公约 《DoDo机器人开发者公约》 协议 《DoDo机器人开发者协议》 规则 《DoDo开放平台使用规范》 《DoDo开放平台违规处罚说明》 # 一、机器人概述 Wow~你发现了DoDo空间站里的新天地。 DoDo机器人是一种半自动化或全自动化的程序，在DoDo账号的基础上进行功能拓展，通过预先设定好的指令去帮助你完成常规的重复性的工作。是DoDo开放平台下的重要产品形态之一。 DoDo机器人来了，它可能是你的好帮手“贾维斯”，它也可能是你的好玩伴“哆啦A梦”，这些都取决于你的想象力和创造力。机器人将帮助你丰富在空间站的娱乐生活，他也能协助你管理你的空间站，完成多样化服务和便捷管理。# DoDo机器人作用为第三方开发者提供基础服务。满足用户的个性化需求。让企业服务商可以为自己的用户群体提供更多样的服务。# DoDo机器人优势快速触达：在DoDo群聊中即可使用，通过消息指令去完成信息收集、内容展示、群员互动等。丰富的消息类型：支持文字、图片、链接等内容回复，接下来会支持卡片消息、文件发送等消息类型。接口多样化：提供群、频道、身份组等上百个api接口。丰富的SDK：提供易语言SDK、.Net SDK、Go SDK等更多SDK。开发成本低：在服务器端即可开发，一次开发可被多个群使用。多平台适配：支持对接其他平台的大部分机器人代码，实现低成本迁移、数据同步、多平台运行。 在 GitHub 上编辑此页 在新窗口打开上次更新: 贡献者: aiur2002, dodo-open 二、开放平台背景
What it would take to bring back the dodo
What it would take to bring back the dodo
Skip to main content
Thank you for visiting nature.com. You are using a browser version with limited support for CSS. To obtain
the best experience, we recommend you use a more up to date browser (or turn off compatibility mode in
Internet Explorer). In the meantime, to ensure continued support, we are displaying the site without styles
and JavaScript.
Advertisement
View all journals
Search
Log in
Explore content
About the journal
Publish with us
Subscribe
Sign up for alerts
RSS feed
nature
news explainer
article
NEWS EXPLAINER
10 February 2023
What it would take to bring back the dodo
An audacious plan to ‘de-extinct’ dodos depends on huge leaps in biotechnology and resurrecting a lost habitat.
By
Ewen Callaway
Ewen Callaway
View author publications
You can also search for this author in PubMed
Google Scholar
Access through your institution
Buy or subscribe
A biotech company announced a bold effort to ‘de-extinct’ the dodo last week. The flightless birds vanished from the island of Mauritius — in the Indian Ocean — in the late seventeenth century, and became emblematic of humanity’s negative impacts on the natural world. Could the plan actually work?
Access options
Access through your institution
Access through your institution
Change institution
Buy or subscribe
Access Nature and 54 other Nature Portfolio journalsGet Nature+, our best-value online-access subscription24,99 € / 30 dayscancel any timeLearn moreSubscribe to this journalReceive 51 print issues and online access185,98 € per yearonly 3,65 € per issueLearn moreRent or buy this articlePrices vary by article typefrom$1.95to$39.95Learn morePrices may be subject to local taxes which are calculated during checkout
Additional access options:
Log in
Learn about institutional subscriptions
Read our FAQs
Contact customer support
Nature 614, 402 (2023)
doi: https://doi.org/10.1038/d41586-023-00379-5
ReferencesSoares, A. E. R. et al. BMC Evol. Biol. 16, 230 (2016).Article
PubMed
Google Scholar
Lin, J. et al. Curr. Biol. 32, 1650–1656 (2022).Article
Google Scholar
Download references
Reprints and permissions
Related Articles
Can the world save a million species from extinction?
Why stem cells might save the northern white rhino
Before making a mammoth, ask the public
Humans are driving one million species to extinction
Subjects
Ecology
Genetics
CRISPR-Cas9 genome editing
Biodiversity
Latest on:
Ecology
Reply to: Model uncertainty obscures major driver of soil carbon
Matters Arising 06 MAR 24
Bumblebees socially learn behaviour too complex to innovate alone
Article 06 MAR 24
Five tips for digitizing handwritten data
Technology Feature 05 MAR 24
Genetics
Selfish conflict underlies RNA-mediated parent-of-origin effects
Article 06 MAR 24
Mammalian cells repress random DNA that yeast transcribes
News & Views 06 MAR 24
Oldest stone tools in Europe hint at ancient humans’ route there
News 06 MAR 24
Jobs
Young talents in the fields of natural science and engineering technology
Apply for the 2024 Science Fund Program for Distinguished Young Scholars of the National Natural Science Foundation of China (Overseas).
Shenyang, Liaoning, China
Northeastern University, China
High-Level Talents at the First Affiliated Hospital of Nanchang University
For clinical medicine and basic medicine; basic research of emerging inter-disciplines and medical big data.
Nanchang, Jiangxi, China
The First Affiliated Hospital of Nanchang University
Calling for Application! Tsinghua Shenzhen International Graduate School Global Recruitment
To reshape graduate education as well as research and development to better serve local, national, regional, and global sustainable development.
Shenzhen, Guangdong, China
Tsinghua Shenzhen International Graduate School
Postdoctoral Fellowships in Computational Biology
Houston, Texas (US)
The University of Texas MD Anderson Cancer Center
Two Professorships (W3) for Digital Health: Non-communicable Disease & Health Information Technology
We seek Medical Data Scientists at the intersection of computer science and digital health sciences.
Potsdam, Brandenburg (DE)
Hasso-Plattner-Institut für Digital Engineering gGmbH
Access through your institution
Buy or subscribe
Access through your institution
Change institution
Buy or subscribe
Related Articles
Can the world save a million species from extinction?
Why stem cells might save the northern white rhino
Before making a mammoth, ask the public
Humans are driving one million species to extinction
Subjects
Ecology
Genetics
CRISPR-Cas9 genome editing
Biodiversity
Sign up to Nature Briefing
An essential round-up of science news, opinion and analysis, delivered to your inbox every weekday.
Email address
Yes! Sign me up to receive the daily Nature Briefing email. I agree my information will be processed in accordance with the Nature and Springer Nature Limited Privacy Policy.
Sign up
Close banner
Close
Sign up for the Nature Briefing newsletter — what matters in science, free to your inbox daily.
Email address
Sign up
I agree my information will be processed in accordance with the Nature and Springer Nature Limited Privacy Policy.
Close banner
Close
Get the most important science stories of the day, free in your inbox.
Sign up for Nature Briefing
Explore content
Research articles
News
Opinion
Research Analysis
Careers
Books & Culture
Podcasts
Videos
Current issue
Browse issues
Collections
Subjects
Follow us on Facebook
Follow us on Twitter
Subscribe
Sign up for alerts
RSS feed
About the journal
Journal Staff
About the Editors
Journal Information
Our publishing models
Editorial Values Statement
Journal Metrics
Awards
Contact
Editorial policies
History of Nature
Send a news tip
Publish with us
For Authors
For Referees
Language editing services
Submit manuscript
Search
Search articles by subject, keyword or author
Show results from
All journals
Search
Advanced search
Quick links
Explore articles by subject
Find a job
Guide to authors
Editorial policies
Nature (Nature)
ISSN 1476-4687 (online)
ISSN 0028-0836 (print)
nature.com sitemap
About Nature Portfolio
About us
Press releases
Press office
Contact us
Discover content
Journals A-Z
Articles by subject
Protocol Exchange
Nature Index
Publishing policies
Nature portfolio policies
Open access
Author & Researcher services
Reprints & permissions
Research data
Language editing
Scientific editing
Nature Masterclasses
Research Solutions
Libraries & institutions
Librarian service & tools
Librarian portal
Open research
Recommend to library
Advertising & partnerships
Advertising
Partnerships & Services
Media kits
Branded
content
Professional development
Nature Careers
Nature
Conferences
Regional websites
Nature Africa
Nature China
Nature India
Nature Italy
Nature Japan
Nature Korea
Nature Middle East
Privacy
Policy
Use
of cookies
Your privacy choices/Manage cookies
Legal
notice
Accessibility
statement
Terms & Conditions
Your US state privacy rights
© 2024 Springer Nature Limited
DODO中文 – DODO
中文 – DODOHomepageOpen in appSign inGet startedArbitrumNFTResearchAll PostsAbout中文日本語Launch DODODODO中文DODO Scroll 交易竞赛DODO Scroll 交易竞赛加入DODOX在Scroll上的活动，交易选定的货币对，并积累dPoints以瓜分40,000 DODO奖励DODOJan 14为生态系统提供资金 — — DODO费用简介为生态系统提供资金 — — DODO费用简介本文深入探讨了DODO收费的原因、内容和方式，揭示了推动生态系统扩张的机制。DODOJan 9使用DODO创建您自己的加密货币：技术指南使用DODO创建您自己的加密货币：技术指南本技术指南深入探讨了在DODO上创建代币的过程，使用了流行的ERC-20标准。DODODec 29, 2023DODO：2023年度总结DODO：2023年度总结感谢所有社区成员一年以来的支持，2023年我们完成了很多目标，无论是产品发布、对链的支持以及钱包的集成，还是全球市场拓展。2024年我们会围绕这些方面制定更多的计划，请期待我们接下来带给社区更多的惊喜！DODODec 25, 2023滑点保护 — DODO 如何保护您的交易滑点保护 — DODO 如何保护您的交易DODO的动态滑点预测系统不仅为用户提供了更准确和定制化的滑点预测，而且极大地提升了他们的整体交易体验，使他们免受静态滑点设置的陷阱。DODODec 17, 2023介绍 DODO 动态滑点介绍 DODO 动态滑点DODO的动态滑点预测系统不仅为用户提供了更准确和定制化的滑点预测，而且极大地提升了他们的整体交易体验，减少因静态滑点可能导致交易失败的问题，同时降低受到 MEV 攻击的可能性。DODODec 6, 2023重要激励更新：BNBChain上USDT-BUSD交易转为USDT-USDC交易对重要激励更新：BNBChain上USDT-BUSD交易转为USDT-USDC交易对BNBChain上USDT-BUSD交易对转为USDT-USDC交易对DODODec 3, 2023开始在DeFi上的第五步：通过DODO进行跨链交易开始在DeFi上的第五步：通过DODO进行跨链交易DODO上的跨链交易标志着去中心化金融的重大飞跃。它消除了用户导航不同代币桥梁流程的需求，提供了一种直接且无缝的方法，在不同的区块链网络之间交换资产。DODONov 28, 2023DeFi入门第四部分：使用DODO进行流动性挖矿DeFi入门第四部分：使用DODO进行流动性挖矿DODO的用户友好平台使任何人都可以参与流动性挖矿，让您开始赚取奖励并为DeFi社区做出贡献DODONov 14, 2023DeFi 入门第3部分：使用DODO提供流动性DeFi 入门第3部分：使用DODO提供流动性通过向流动性池中添加你的资产，你赚取被动收入，支持DeFi生态系统，并帮助增强所有用户的交易体验。DODONov 10, 2023vDODO释放和赎回费的重要变更vDODO释放和赎回费的重要变更自2023年11月9日13:00起，将取消vDODO的赎回费。 自2024年1月1日13:00起，将暂停vDODO质押池中的DODO释放。DODONov 7, 2023开始学习 DeFi 第二部分：使用 DODO 进行代币交易开始学习 DeFi 第二部分：使用 DODO 进行代币交易欢迎来到我们“开始学习 DeFi”系列的第二篇文章，我们将深入探讨去中心化金融的迷人世界。在本文中，我们将重点介绍如何利用 DeFi 中最常见的用途之一 — — 去中心化代币交易。以 DODO…DODONov 6, 2023DeFi 入门第一步DeFi 入门第一步通过DODO进入DeFi世界是一种平稳而安全的体验。从获取加密货币的最初步骤到连接钱包和导航平台的用户友好界面，DODO确保您可以自信地踏上DeFi之旅。DODONov 2, 2023开始使用DODO开发者平台开始使用DODO开发者平台在本文中，我们将指导您了解使用DODO开发者平台的基本步骤，我们希望读者能从使用这一强大资源中获益匪浅。DODOOct 17, 2023DODO 三周年回顾DODO 三周年回顾在过去的三年里，DODO一直走在DeFi领域创新的前沿，不断挑战可能性的边界。在我们庆祝这个里程碑的时刻，让我们更近距离地看一看迄今为止的旅程。DODOSep 29, 2023DODO 开发者平台介绍DODO 开发者平台介绍作为创建自定义交易组件并配置DODO API的不可或缺的中心，平台赋予开发者将DODO的尖端DEX功能无缝集成到他们的项目中的工具DODOSep 27, 2023DODO x iZUMi : 在 Linea 赚取 dPoints 和 iPointsDODO x iZUMi : 在 Linea 赚取 dPoints 和 iPointsDODO X 已经在 Linea 主网上集成了 iZiSwap，为了让更多用户体验在 DODO X 交易 iZiSwap 平台上的资产，我们与 iZUMi 联合推出了多重奖励活动。DODOSep 24, 2023DODO API 教程: SmartTrade APIDODO API 教程: SmartTrade APISmartTrade通过从多个不同区块链上的各种第三方DEX汇总流动性来智能计算交易路径。这种高效性和灵活性使用户能够自信地执行交易，并支持在加密货币生态系统中开发更复杂和高级的应用程序。DODOAug 31, 2023DODO X：赋予无缝跨链交易DODO X：赋予无缝跨链交易DODO X 通过跨链聚合器整合确保用户获得交易的最佳路径，从而提高效率和收益。DODOAug 23, 2023DODO X：在 Base 上赚取 dPoints，瓜分 20,000 USDC 奖励！DODO X：在 Base 上赚取 dPoints，瓜分 20,000 USDC 奖励！为了邀请大家来尝试我们强大的交易功能，DODO 推出 dPoints 积分活动，根据用户持有的 dPoints 数量分配$USDC 奖励DODOAug 17, 2023DODO API 教程：限价订单 APIDODO API 教程：限价订单 APIDODO限价订单API为加密货币交易者提供了更高级的交易选项。通过支持限价订单的创建，用户可以为他们的交易设置特定的价格阈值，确保只有在满足所需的价格条件时才执行。DODOAug 14, 2023DODO 社区 AMA 内容回顾DODO 社区 AMA 内容回顾DODO 最近重新开放了官方英文 Telegram 频道，并举办了一场社区AMA，联合创始人 Dai Dai 和 RadarBear 解答了很多社区成员的问题，并分享了 DODO 新产品以及未来规划。DODOAug 2, 2023消除隔阂：使用 DODO 进行跨链交易消除隔阂：使用 DODO 进行跨链交易DODO的跨链交易功能通过跨越不同的区块链网络连接DeFi生态系统，为用户提供了无缝体验，让他们能够轻松获得更广泛的资产。DODOJul 25, 2023DODO 交易组件：随时随地满足你的 DeFi 需求DODO 交易组件：随时随地满足你的 DeFi 需求DODO交易组件是一个强大的工具，将DODO的PMM算法和智能路由聚合服务的优势带到去中心化应用程序中。DODOJul 25, 2023DODO：2023 年中回顾DODO：2023 年中回顾随着我们进入2023年下半年，我们非常高兴与大家分享DODO上半年所取得的进展和成就。DODOJul 13, 2023About DODOLatest StoriesArchiveAbout MediumTermsPrivacyTeamsThe lost world of the dodo | Natural History Museum
The lost world of the dodo | Natural History Museum
Accept cookies?
We use cookies to give you the best online experience and to show personalised content and marketing. We use them to improve our website and content as well as to tailor our digital advertising on third-party platforms. You can change your preferences at any time.
Manage my preferences
Yes, accept all
Skip to content
Visit
Visit
The Museum at South Kensington
The Museum at Tring
Back
The Museum at South Kensington
Back
The Museum at South Kensington
Plan your visit
What's on
Explore the
Museum
Access
The Museum at Tring
Back
The Museum at Tring
Getting here
What's on
Explore the
Museum
Access
Discover
Discover
Back
Discover
News
Anthropocene
British wildlife
Collections
Dinosaurs
Human evolution
Oceans
Space
What on Earth?
Video
Take part
Join and support
Join and support
Back
Join and support
Membership
Make a donation
Patrons
Corporate partnerships
Shop
Schools
Our
science
Back
Deworm3
About
Who we are
Objectives
Achievements
Research tool kit
Publications
News
Search
Membership
Donate
Search
Popular search terms:
British
wildlife
Wildlife
Photographer of the Year
Dinosaurs
Space
Explore the Museum
Discover
News
Anthropocene
British Wildlife
Collections
Dinosaurs
Human evolution
Oceans
What on Earth?
Video
Discover
Discover
News
Anthropocene
British Wildlife
Collections
Dinosaurs
Human evolution
Oceans
What on Earth?
Video
Dr Julian Hume has reconstructed how a dodo might really have looked © Julian Hume
Read later
Close
Beta
During Beta
testing articles may only be saved for seven days.
Create a list of articles to read later. You will be able to access your list from any article in Discover.
You don't have any saved articles.
+ add current
article to list
Recreating the lost world of the dodo
By Katie Pavid
66
Avian palaeontologist Dr Julian Hume is rediscovering the dodo by introducing old bones to new technology.
Julian explains what went wrong for the dodo, why artists exaggerate and which other forgotten species died out alongside the bird.
What do we know about the dodo (and what don't we know)?
Despite its relatively recent extinction, the life history of the dodo continues to elude us. More is known about the dinosaurs - their population structure, nesting behaviour, eggs and young - than of a bird that disappeared relatively recently due to human interference.
The dodo lived solely in Mauritius and we know it was extinct by around 1680, less than 100 years after humans inhabited its island home. But we don't know exactly how it got there in the first place, how it evolved, how big it grew or how it behaved.
You spent five years creating a virtual 3D model of a dodo. Why was that so important?
There is only one near-complete dodo skeleton that exists, consisting of bones from just one bird, and it has remained unstudied until the twenty-first century.
It is extremely rare and valuable, and it is housed in the Durban Natural Science Museum.
We recreated the whole bird in 3D with laser surface scanning technology. This is the first piece of research to show accurate proportions in the bird's body. It also describes several previously unknown bones of the skeleton, including knee caps and ankle and wrist bones.
It allows scientists to examine the skeleton without having to visit it, or risking damage to the precious specimen.
How will the model be used in the future?
The key thing about this model is it's based on a complete skeleton of just one bird. It means that any measurements you take from it are proportionally correct.
The next step in reconstructing this extinct animal is the creation of animatronics, or robots. But to work out exactly how the dodo moved, we need to know these exact measurements. Then we can work out how the muscles worked inside the body.
The dodo was a giant ground pigeon, unlike anything living today. As we can't make comparisons, we have to rely on maths and measurements.
We do know it moved quickly, and sailors reported that it had something a little odd about its movements. It will be fascinating to look into the dodo's lifestyle more closely.
Dr Hume worked with a team at the Durban Natural History Museum to create the first detailed description of dodo anatomy for 150 years © Leon Claessens, MMC
How long has it taken science to get to this point?
Richard Owen, the inaugural director of the Museum, rose to fame in 1866 when he first described the dodo.
The composite skeleton he put together is still at the Museum, in the Treasures Cadogan Gallery.
Our digital model was finished in 2016. There have been no major new discoveries during the 150 years in between.
There have been hundreds of papers and books on the dodo in that period, but they haven't told us much that we didn't know from Owen's time.
This is because we have very few remains to work with and they're scattered in museums across the world. My work teases out little new snippets of information from the bones that we do have left.
There are so few complete dodo skeletons that we may never know exactly what they looked like or how they lived. This Museum specimen is a composite made from bones from different individuals.
For a long time it was assumed that dodos were fat and stupid. Where did that come from?
The first illustrations of the dodo were by mariners visiting Mauritius - they showed a slim, athletic bird.
Over the following decades the image changed. Each illustrator wanted to make it bigger, fatter and more grotesque than previous work, just to sell the story. Most of these illustrations appeared in popular books and articles.
In the paintings of the time, artists tended to make newly discovered animals look like bits of meat on legs.
It was the same with the dodo - they wanted it to be more spectacular than any bird that came before.
Analysis of the dodo's anatomy shows that it was actually very well-adapted to living in Mauritius.
CT scans of skulls in the Museum's collection show that dodos were relatively intelligent birds, with large brains. They also had large olfactory bulbs, which process smells. Given their inability to fly, it suggests their brain was well-suited to sniffing out food on the ground.
An oil painting from 1626, depicting the dodo as a very round and fat bird. We now know they were much slimmer.
Will we find out more about the lifestyles of the birds?
Unless we find new accounts, how the dodo lived is a mystery.
Perhaps recreating the dodo in the distant future using DNA will be the only way we'll ever know for sure.
We do know more about the whole ecosystem that disappeared alongside them. There were huge numbers of insects that became extinct as well.
For instance, specialist dung beetles in Mauritius fed on dodo dung. They died out at the same time as the dodos. Some wasp species also disappeared when the forest was cut down, along with many bird species.
Lots of people don't consider that when they think about the dodo.
Dr Julian Hume's reconstruction of what Mauritius could have looked like in the time of the dodo © Julian Hume
Why was the dodo only found in Mauritius?
We are using DNA sequencing to pin down the dodo's relationship to other birds.
At some point, an ancestral relative of the dodo would have had to fly to get to Mauritius - it then evolved once it got there.
The ancestral pigeon lost its ability to fly because it had no natural predators, there was plenty of food on the ground and flying is very energy-intensive. The species then became perfectly adapted to the Mauritian ecosystem.
Its downfall came when humans arrived on the island and brought a host of competing animals that quickly overran the region.
The dodo had evolved in isolation for millions of years and was unable to adapt to this new change.
Knowing more about the ecological history of Mauritius may reveal new information about the evolutionary history of this fascinating species.
Explore more
Museum research collections hold close to a million bird specimens, representing more than 95% of the world's known bird species.
See highlights from the collections in an online exhibition, in a collaboration between the Museum and Google Arts & Culture.
66
Feature
Biodiversity
Extinction
Art
Museum research
Birds
The diversity of birds
Discover the world's birds, from the familiar to the exotic, in a collaboration between the Museum and Google Arts & Culture.
See the online exhibition
Related posts
Dinosaurs
World’s most complete Stegosaurus: Q&A with a dinosaur expert
Dinosaur researcher Prof Paul Barrett gives the lowdown on the most complete Stegosaurus ever found.
Don't miss a thing
Receive email updates about our news, science, exhibitions, events, products, services and fundraising activities. We may occasionally include third-party content from our corporate partners and other museums. We will not share your personal details with these third parties. You must be over the age of 13. Privacy notice.
First name
Surname
Email address
Sign up
Follow us on social media
The Natural History Museum
Cromwell Road
London SW7 5BD
Map
See our opening hours
The Natural History Museum at Tring
Akeman Street
Tring
Hertfordshire HP23 6AP
Map
See our opening hours
Visit
What's on
Galleries and Museum map
Access
Discover
News
Anthropocene
British wildlife
Collections
Dinosaurs
Human evolution
Oceans
Space
What on Earth?
Video
For schools
Visiting South Kensington
Visiting Tring
Learning resources
Careers
Current vacancies
Join and support
Membership
Gift membership
Make a donation
Become a Patron
Corporate partnerships
Take part
Volunteer
Citizen science
Identify UK nature
Centre for UK Biodiversity
About us
News
Press office
Governance
Contact us
Online shop
Our science
Research
Collections
Datasets
People
Facilities
Study and events
Library and archives
Business services
Touring exhibitions
Consulting
Publishing
Film locations
NHM images
Venue hire
Licensing
Legal
Cookie preferences
Privacy notice
Website accessibility statement
Terms and conditions
Modern Slavery Statement
© The Trustees of The Natural History Museum, London
Opens in a new window