tags: Africa, agriculture, AI, apes, artificial, artificial intelligens, ASPM, atoms, biological diversity, biology, biosphere, biotechnology, birds, bloom, botany, bottom-up, brain, breeding, carbon dioxide, Carl Linnaeus, cells, cell division, chemical vapour deposition, children, chimpanzee, classification, climate, cloning, computers, computer chips, consciousness, cross-fertilisation, Darwin, death, development, DNA, domestic animals, Earth, ecology, economics, ecosystems, egg cell, egoism, electronic devices, elevator, embryo, embryonic stem cells, emotions, energy forests, environment, ethics, evolution, flooding, florigen, flowering, forestry, FOXP2, fullerenes, GDP, genemanipulation, genes, genetics, genetic code, gene manipulation, global change, God, heridity, human being, invisibility, kieselguhr, language, learning, life, materials, medicine, Mendel, molecular biology, molecular electronics, molecules, mutations, MYH16, nano, nanometres, nanotechnology, nanotubes, nano clocks, Nobel, nobel prize, oceans, organs, ozone hole, parkinson, pharmaceuticals, plants, play, poplar, proteins, quantum effects, rain forests, religion, resilience, robots, scanning tunnel microscope, self-awareness, self-consciousness, sex, space, speech, stem cells, top-down, trees, urbanisation, wetlands, Ångström,

birgitta bremer

"In ten years, the complete 'Tree of Life' will be finished and we'll have a complete map of life's family history. Then we can begin to understand why certain life forms died out while others went on evolving."  Read more

ove nilsson

"I'll never forget when I first saw the small poplars flowering in my lab. What takes decades in nature we'd managed in a few weeks. I remember my first thought was 'This just can't be true!'."  Read more

question 3: how do flowers know when it's time to bloom?

Plants lack consciousness. They cannot "know", in our sense of the word, that it's time to bloom. A Swedish researcher has found the precise gene that controls plants' flowering, thus solving a mystery that has been baffling biologists ever since the time of Carl Linnaeus. So exactly what is it that makes flowers open?  Read more

question 16: how will we use trees in the future?

Trees have always been immensely important to humans. They've given us fire, they've given us shelter. Maybe in our high-tech age it's been tempting to believe that their importance has waned. Far from it! Exciting new insights into what makes trees grow are opening a whole new future for forestry.  Read more

question 22: who cares about species death?

The finest source of inspiration for the pharmaceuticals industry is neither costly chemistry laboratories nor scientific journals. It's actually Nature herself, in particular the wealth of species in the tropics, that gives scientists ideas for medicines and treatments.  Read more

question 33: are you keeping up with your nano clock?

The nano clock – sounds like science fiction? In fact, both you and I have always been controlled by nano clocks. The world's smallest clock is actually also the world's oldest. All organisms that depend on sunlight also need something to measure time...  Read more

question 41: what is the largest living organism on Earth?

The elephant is the largest land animal, as we all learned in school. But who tops the size league if we include all land organisms, not only animals? Biologists are not entirely sure, but it could be a deciduous tree, the unassuming poplar.  Read more

question 52: which is the oldest plant?

Conifers are the oldest of all the plants that spread by seed. Pine and spruce have been around on Earth much longer than fruit like redcurrants and blackberries. These ancient inhabitants of the planet may well take on a whole new significance in the future. Forest genetics are today becoming a hotter subject than ever before.  Read more