It's still here, imprisoned in the earth's crust. 它仍然在这里 被囚禁在地壳之中 We can read this chapter of the earth's history... 我们可以在科罗拉多大峡谷的山壁上 Nowhere better than on the walls of Colorado's grand canyon. 阅尽地球的历史变迁 They reveal nearly ...
They transformed its atmosphere. 它们改变了大气 What happened to the carbon that poisoned the atmosphere? 使大气有毒的碳去了哪里 It's still here, imprisoned in the earth's crust. 它仍然在这里 被囚禁在地壳之中 We can read this chapter of the earth's history... ...
What happened to the carbon that poisoned the atmosphere? 使大气有毒的碳去了哪里 It's still here, imprisoned in the earth's crust. 它仍然在这里 被囚禁在地壳之中 We can read this chapter of the earth's history... 我们可以在科罗拉多大峡谷的山壁上 Nowhere better than on t...
Changed the destiny of our planet. 改变了地球的命运 They transformed its atmosphere. 它们改变了大气 What happened to the carbon that poisoned the atmosphere? 使大气有毒的碳去了哪里 It's still here, imprisoned in the earth's crust. 它仍然在这里 被囚禁在地壳之中 We can read...
These tiny bacteria... 这些微小的细菌 And their billions of descendants... 以及他们的亿万后代 Changed the destiny of our planet. 改变了地球的命运 They transformed its atmosphere. 它们改变了大气 What happened to the carbon that poisoned the atmosphere? 使大气有毒的碳去了哪里 It'...
of all yesterday's and today's plant species. 的关键祖先 These tiny bacteria... 这些微小的细菌 And their billions of descendants... 以及他们的亿万后代 Changed the destiny of our planet. 改变了地球的命运 They transformed its atmosphere. 它们改变了大气 What happened to ...
And their billions of descendants... 以及他们的亿万后代 Changed the destiny of our planet. 改变了地球的命运 They transformed its atmosphere. 它们改变了大气 What happened to the carbon that poisoned the atmosphere? 使大气有毒的碳去了哪里 It's still here, imprisoned in the...
They are a vital ancestor 他们是从古到今所有植物 of all yesterday's and today's plant species. 的关键祖先 These tiny bacteria... 这些微小的细菌 And their billions of descendants... 以及他们的亿万后代 Changed the destiny of our planet. 改变了地球的命运 They transformed its...
They alone have the capacity to turn to the sun to capture the energy. 他们能够独自俘获来自太阳的能量 They are a vital ancestor 他们是从古到今所有植物 of all yesterday's and today's plant species. 的关键祖先 These tiny bacteria... 这些微小的细菌 And their billions of de...
All except the cyanobacteria, or blue-green algae. 除了蓝细菌即蓝绿水藻以外 They alone have the capacity to turn to the sun to capture the energy. 他们能够独自俘获来自太阳的能量 They are a vital ancestor 他们是从古到今所有植物 of all yesterday's and today's plant specie...