Chapters (68)
- Title page
- Dedication
- Part I
- One
- Two
- Three
- Four
- Five
- Six
- Seven
- Eight
- Nine
- Ten
- Eleven
- Twelve
- Thirteen
- Fourteen
- Fifteen
- Sixteen
- Seventeen
- Eighteen
- Nineteen
- Twenty
- Twenty-one
- Twenty-two
- Twenty-three
- Twenty-four
- Twenty-five
- GAIA YOUNG. SUBJECTIVE IMPRESSIONS.MISSION DAY 20. 20:25 MT.
- Part II
- Twenty-six
- Twenty-seven
- Twenty-eight
- Twenty-nine
- Thirty
- Thirty-one
- Thirty-two
- Thirty-three
- Thirty-four
- Thirty-five
- Thirty-six
- Thirty-seven
- GAIA YOUNG. SUBJECTIVE IMPRESSIONS.MISSION DAY 22. 20:05 MT.
- Thirty-eight
- Thirty-nine
- Forty
- Forty-one
- GAIA YOUNG. SUBJECTIVE IMPRESSIONS.MISSION DAY 25. 15:30 MT.
- Forty-two
- Forty-three
- Forty-four
- Forty-five
- Forty-six
- Forty-seven
- Forty-eight
- Forty-nine
- Fifty
- Fifty-one
- Fifty-two
- Fifty-three
- Fifty-four
- Part III
- Fifty-five
- Fifty-six
- Fifty-seven
- Fifty-eight
- Also by Chris Beckett
- Copyright page
The trees are the core round which all of Eden’s life revolves, or at least all of the life that isn’t under water. The warm moist air round us – I wish I could convey its sweet, damp, very slightly ammoniacal smell – is their creation. The sombre glow of their flowers is what illuminates the stage for everything that happens in Eden. But they don’t just provide the light and warmth that on Earth would come from the sun. They’re also the food source on which the entire ecosystem depends, from the glittery starflowers that parasitize their roots, to the strange ribbon-like flutterbyes that drink from their flowers and nibble at the sugar that crystallizes round openings in their trunks. Their pulsing sound is everywhere. Whenever we turn off the whiny motor of our bike, there it is: countless iterations of that steady remorseless beat, merging into a hum. It’s the heartbeat of the planet itself.
Marius is excited. We’ve discovered that, in spite of the enormous differences between Eden and Earth, the basic biochemistry is very similar indeed. We’ve found the same amino acids. We’ve found something very similar to DNA, and in the animals’ blood, a kind of haemocyanin, such as is found in the blood of many invertebrates on Earth, performing a similar function to haemoglobin. All this helps to explain, of course, how the humans here have managed to feed themselves, but what excites Marius most is the contribution it will make to our understanding of the origins of life in the universe. Given that this life has arisen entirely separately from life on Earth, and in an entirely different environment, the biochemical similarities suggest that there may be only one basic template for life, and that any planet that can support life at all is likely to support humans as well.
Speaking just for myself, though, I don’t think that’s the most exciting thing right now. We have to do this work of course, and it really is interesting, but a big part of me regrets the need to turn so quickly away from the mystery in front of us to readings and measurements on our machines. I’m a scientist by training, and I love science, but I still can’t help thinking that there is something slightly neurotic about this need to reduce things so quickly to numbers and explanations. I mean, let’s face it, we ought to know by now that no matter how far the chain of explanations extends – however far back in time, however deep down into the structure of things – and no matter how many new mechanisms and causal relationships we learn to understand, the essential mystery will always remain untouched. Because it is infinite, like those fractal patterns that re-emerge again and again, at every level of magnification.