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  1. Seeds, the most complex organs produced by plants, ensure the biodiversity of our planet. They vary from the impressive Seychelles nut that weighs twenty kilos to the dust-like seeds of the orchids. The evolution of their highly sophisticated structures from prehistoric times to today makes fascinating reading as do the wiles plants use to attract and deceive their chosen pollinators.

  2. Time Capsules of Life. March 3 2019. Seeds are the most complex organs produced by plants, capable of traveling space and time to ensure the biodiversity of our planet. Their astonishing diversity of forms and structures are revealed through a unique collection of colored micrographs and scientific texts on the natural history of seeds.

  3. Buy Seeds: Time Capsules of Life by Stuppy, Wolfgang, Kesseler, Rob, Papadakis, Alexandra, Hrh the Prince of Wales, Prince Charles (ISBN: 9781608871117) from Amazon's Book Store.

    • Wolfgang Stuppy, Rob Kesseler
  4. True time capsules of life, seeds may travel thousands of miles and wait, if necessary, for hundreds of years before they germinate. In this book, artist Rob Kesseler and Wolfgang Stuppy of the Royal Botanic Gardens, Kew, present a natural history of seeds, illustrated with close-up photographs and scanning electron micrographs.

    • Robe Kesseler, Wolfgang Stuppy
  5. Seeds Time Capsules of Life的话题 · · · · · · ( 全部 条) 什么是话题 无论是一部作品、一个人,还是一件事,都往往可以衍生出许多不同的话题。

  6. Anyone who believes that life and art are inseparable will want to purchase this book immediately." -- Choice The publication of the first edition of Seeds broke new ground by melding art and science in a beautiful yet authoritative examination of the design and function of seeds.

  7. True time capsules of life, seeds may travel thousands of miles and wait, if necessary, for hundreds of years before they germinate. In Seeds: Time Capsules of Life, artist Rob Kesseler and Wolfgang Stuppy of the Royal Botanic Gardens, Kew, present a natural history of seeds, illustrated with close-up photographs and scanning electron micrographs.