We have a problem with Stuff. With just 5 percent of the world’s population, we’re consuming 30 percent of the world’s resources and creating 30 percent of the world’s waste. If everyone consumed at U.S. rates, we would need three to five planets! This alarming fact drove Annie Leonard to create the Internet film sensation The Story of Stuff, which has been viewed over 10 mill...(展开全部)

We have a problem with Stuff. With just 5 percent of the world’s population, we’re consuming 30 percent of the world’s resources and creating 30 percent of the world’s waste. If everyone consumed at U.S. rates, we would need three to five planets! This alarming fact drove Annie Leonard to create the Internet film sensation The Story of Stuff, which has been viewed over 10 mill...(展开全部)

莉迪亚•戴维斯（Lydia Davis） 美国当代著名小说家、翻译家。她的小说以语言精悍、结构新颖、洞察人性在美国文学界独树一帜。2005 年当选为美国艺术科学院院士，2013 荣获布克国际奖，长期致力于法国经典文学的译介工作，现为纽约州立阿伯尼大学创意写作教授。

莉迪亚·戴维斯 Lydia Davis，美国当代著名小说家、翻译家。她的小说以语言精悍、结构新颖、洞察人性在美国文学界独树一帜。2005 年当选为美国艺术科学院院士，2013 荣获布克国际奖，长期致力于法国经典文学的译介工作，现为纽约州立阿伯尼大学创意写作教授。

莉迪亚•戴维斯（Lydia Davis） 美国当代著名小说家、翻译家。她的小说以语言精悍、结构新颖、洞察人性在美国文学界独树一帜。2005 年当选为美国艺术科学院院士，2013 荣获布克国际奖，长期致力于法国经典文学的译介工作，现为纽约州立阿伯尼大学创意写作教授。

莉迪亚•戴维斯（Lydia Davis） 美国当代著名小说家、翻译家。她的小说以语言精悍、结构新颖、洞察人性在美国文学界独树一帜。2005 年当选为美国艺术科学院院士，2013 荣获布克国际奖，长期致力于法国经典文学的译介工作，现为纽约州立阿伯尼大学创意写作教授。

本书为公版书，为不受著作权法限制的作家、艺术家及其它人士发布的作品，供广大读者阅读交流。汇聚授权电子版权。

A true classic, this tale of a sweet, gentle bull named Ferdinand has enchanted readers, young and old alike, since it was first published by Viking Press in 1936. All the other bulls would run and jump and butt their heads together. But Ferdinand would rather sit and smell the flowers than fight. And his pacifist tendencies remain intact even when he is picked for the bullfigh...(展开全部)

A true classic with a timeless message, The Story of Ferdinand has enchanted readers since it was first published in 1936. All the other bulls would run and jump and butt their heads together. But Ferdinand would rather sit and smell the flowers. So what will happen when our pacifist hero is picked for the bullfights in Madrid? This new edition contains the complete original te...(展开全部)

All atomic particles have a particular "spin," analogous to the rotation of the Earth about its axis. Simple as spin may sound, the quantum mechanical reality underlying it is complex and still poorly understood. Yet this mysterious quality and the statistics associated with it have vast practical importance to topics as wide-ranging as the stability of atoms and stars and magn...(展开全部)