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,

question 4: can biology explain god?

Is man an image of God or is God a human invention? Leaving aside whether you're a believer or not, it's interesting to ask why so many people believe in God. Can we learn anything from biology?  Read more

question 7: what's so unique about humans?

Asked "what is a human being?" a biologist will answer "99% ape and 1% unknown". Only one single percent of our genetic material differentiates us from our nearest relative in the animal world, the chimpanzee. The latest research shows that this vital little one percent has to do with the brain...  Read more

question 8: how far may we go in manipulating plants?

As scientists successively reveal the genetic makeup of plants, they are also creating sharper tools for altering parts of the genetic code. What implications does this have? Advances are taking us further and further from what is 'natural'. Can we keep up?  Read more

question 11: who cares about the swamps?

Wetlands are much more important than we used to think. They deserve a much better reputation! In the west, more than half of some kinds of wetland were destroyed in the 20th century, and countless species have died out. Who really cares about the swamps?  Read more

question 17: what issue is the most crucial for our survival on earth?

It's easy to be overwhelmed by a feeling of impotence. But even when we see that many important graphs are pointing in horribly wrong directions, there are still some bright spots. What must we do to help the Earth take a turn for the better?  Read more

question 19: have you still got stem cells in your body?

The cells in your body that are dying right now have to be replaced with new ones. This is going on all the time in all living organisms – the dying cells are replaced with new ones of the same kind. This is where adult stem cells come in.  Read more

question 20: when will we start treating mother earth better?

Were our planet a doctor's patient, the diagnosis wouldn't be comforting: change your lifestyle or else! We've been mistreating the Earth for centuries now − how can we make amends? Maybe by strengthening her resilience? One thing's for certain: only we humans can help our planet.  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 24: can we put a price tag on natural resources?

If a well-functioning wetland is important for a region, can you calculate its value? If a virgin forest is insurance for the future, how does it appear in the country's GDP? If our planet is to survive, economists and biologists will have to collaborate in developing a whole new kind of balance sheet.  Read more

question 27: why do we look for the meaning of life?

There are no simple answers to questions about the meaning of life. We are – but we know not why. The issue has always fascinated us, and the answers you get depend entirely on who you ask. Why are we so eager to find meaning? Why is it so hard for us just to take life for what it is?  Read more

question 28: how closely related are we to other organisms?

All living things are related – some more closely than others. You are actually closer to the mushrooms on your plate than to the lettuce! You can see this if you study the amount of difference and similarity in our genes. Just now, biologists are mapping a common family tree for all life on Earth.  Read more

question 35: when will we get an Earth in balance?

"Life is a flame as long as the oil lasts" said Carl Linnaeus. The quotation seems more relevant than ever today, especially if you read life as 'all life on Earth'. We are living beyond our means and oil isn't the only thing that's running out...  Read more

question 37: is stem cell research playing with life?

Sweden is at the forefront of stem cell research. The results are successful, but the ethics of embryonic stem cell research in particular are surrounded by controversy. Can we defend the use of surplus embryos in research that may lead to finding the cure for serious illnesses?  Read more

question 39: what's the price of your lifestyle?

If everyone lived the way the author of this text does, 3.5 Earths would be needed to support the planet's population. Unsettling facts like this spread a sense of guilt... Have you ever really stopped to consider how your lifestyle is affecting the global ecosystem?  Read more

question 49: how do you make use of new ideas?

The 18th century was characterised by its utility approach to scientific research, with Linnaeus himself in the vanguard. Botany yielded benefits in medicine and for public health, new underground machinery was designed to streamline the mining industry... How do things look today? How acceptable is it to adopt a user perspective in research?  Read more