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Monthly science explainer

  • DNA strand

    Genome editing: how to modify genetic faults – and the human germline

    Is it time for a debate on whether there are any circumstances where there is an ethical case for ‘editing’ human embryos?
  • smoke stack divestment

    What is fossil fuel divestment and why does it matter? – video

    Divestment is a very simple idea. It means taking your money away from companies involved in extracting fossil fuels. Bill Mckibben explains

  • Mars One

    Mars One mission: a one-way trip to the red planet in 2024

    The launch date is still a decade away but preparations are underway for the first human expedition to Mars. Here we explain about the mission, Mars spacecrafts and selecting volunteers to establish a colony on the planet
  • fighting Japanese knotweed

    Biological control: Our best defence against pests such as knotweed

    Dr Dick Shaw from CABI explains how we are fighting the non-native species causing pandemonium on our shores
  • Watering a seedling in Kenya

    Geoengineering: the ethical problems with cleaning the air

    Intervening in climate change currently raises more questions than answers when it comes to manipulating the atmosphere, writes Nicola Davis
  • Tian Tian pregnancy

    After giant panda Tian Tian lost her cub, will she become pregnant again?

    Nicola Davis: Iain Valentine, director of Edinburgh zoo’s Giant Panda Project, explains how to help a panda get pregnant
  • self driving car

    From online dating to driverless cars, machine learning is everywhere

    Dr Michael Osborne from the University of Oxford answers our Q&A about the mysteries of a component of artificial intelligence
  • A Nasa satellite image of unusually warm water off South America in 1997

    How El Niño fuels storms along the Pacific coast of the Americas

    Dr Kevin E Trenberth explains that ocean warming periodically triggers an atmospheric event with a global impact on weather
  • DNA strand

    How mapping the human proteome reveals new insights into our bodies

    Professor Kathryn Lilley explains the science behind recent progress in working out when and where our proteins are made

  • kepler-186f

    Unlocking the mysteries of the Earth's twin, Kepler-186f, and other exoplanets

    Dr Giovanna Tinetti of University College London explains why newly discovered planets outside our solar sysem are so exciting
  • strawberry smell

    Electronic noses explained: in future we will be sniffing out disease

    Technology is being developed to create electronic devices that will be able to 'smell' the presence of diseases such as TB
  • D-Wave quantum-computer

    Quantum computing explained: harnessing particle physics to work faster

    Work is underway around the world to revolutionise computers using the principles of quantum mechanics
  • vertical farming

    Vertical farming explained: how cities could be food producers of the future

    Growing food in population centres would increase yields, cut transport costs and overcome limited land area

  • Castle Geyser erupting

    Explaining supervolcanoes: big, hot and dangerous

    A supervolcano could kill billions and lead to a new ice age, so should we cancel that holiday to Yellowstone National Park?
  • Meteor

    Explaining meteors: are we in danger?

    The dinosaurs didn't get on with them, but there are things we can do to avert an impact

  • The toroidal chamber-magnetic (tokamak) of the Joint European Torus (Jet)

    Explaining nuclear fusion: is it the way forward for cheap energy?

    With a new nuclear fission power station given the green light, Professor Steve Cowley examines whether nuclear fusion could soon be a viable alternative
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