flood-hit fields in the Philipipines leading to a significant drop in hunger Myriad ‘Green Bullets’Green Bullet Revolution biofuel

  • in flood-hit fields in the Philipipines, farmers are testing a hardy new variety of rice that can survive completely submerged for than two weeks. In Kenya’s Kibera slum, poor urban families are turning around their diets and incomes just by learning to grow vegetables in sack gardens outside their doors. And in India, a push to help marginalised rural communities gain title to their land is leading to a significant drop in hunger.
  • These are just a few of the kinds of innovations and intitiatives that experts say will be critical if the world is to feed itself over coming decades as the popula­tion soars, cities sprawl and climate change takes its toll. By 2050, the planet will need at least 70 percent food than it does today to meet both an expected rise in population to 9 billion from 7 billion and changing appetites as many poor people grow richer, experts say.
  • In doing so will require funda­mental changes to unsustainable but well-entrenched policies and practices, from eating so much meat to spending trillions on agriculture and fuel subsidies. In the meantime, many hunger fighters say the answer lies in clever alterations to the way food is planted, watered, har-
  • ✓ vested, stored, transported, sold, owned and shared. Many of those changes are already being tested in the world’s farms and fields, in laboratories and government offices, in factories and markets. Some are even speaking of the beginnings of a 21st century food revolution.

Myriad ‘Green Bullets’
Unlike the last century’s agricultural “Green Revolution”, which dramatically boosted world food production with new high-yielding crop varieties and irriga­tion, this revolution must rely on myriad ” green bullets” to tackle hunger. They range from persuading fanners in Africa’s drought zones to switch from water-hungry rice to hardier crops like sorghum or millet, to helping them build pest-proof grain silos that allow food to be stored longer or sold when prices are higher.

Some Specific Examples of Green Bullet Revolution

  • ü With 70 percent of the world’s ✓
  • people expected to live in cities by 2050, finding ways to help city dwellers grow food in small urban plots or roof gardens, or group together to buy food at cheaper prices, is a major focus.
  • In California’s East Palo Alto, for instance, older inner-city residents, who are particularly vulnerable to high food prices, are learning grow­ing techniques for the first time and producing food for themselves and a neighbourhood market.
  • Other urban areas are turning to ver­tical hydroponic gardens clinging to the edge of skyscrapers. Women, who grow at least 40 percent of food in Africa and Asia, will need improved land rights and better access to information, something being made much easier by the spread of mobile phone technology, experts say.
  • Rural women in India’s Andhra Pradesh state .now use advance drought warnings, relayed by In­ternet and mobile phone, to switch to drought-tolerant crops, a move that has saved harvests and helped stem the usual wave of migration to cities in drought times. Changing farming practices by adopting water-conserving drip irrigation or planting crops amid fertilizing trees, as is now happening throughout Africa, will also be key. So will cutting the at least 30 percent of the world’s food supply eaten by pests, spoiled on the way to market or thrown away unused from plates and supermarkets.
  • Simply getting supermarkets to stop offering two-for-one specials, which can encourage people to overbuy ­would be a start, some anti-hunger activists say, as would improving roads in regions like South Asia and Africa where transport delays mean produce often rots on the way to market.
  • Solutions to the threat of worsening hunger will vary by region, by coun­try, sometimes even from one farm or village or apartment building to the next, experts say. Not all ideas will succeed, and scaling up those that do prove to work, as quickly as possible, will be essential.
  • In a world where an estimated 900 million people are already hungry today, curbing surging consumption in rich nations and those fast getting rich, especially India and China, will be particularly important, expert say.


  • Many innovations focus on easing
  • the adverse effects of climate change on food production. While warmer weather and growing levels of carbon dioxide in the atmosphere could spur plant growth and food production in some regions, and open a few north­ern reaches of the world to farming, many regions are expected to see worsening losses from droughts, floods, storms, rising sea levels and higher temperatures that can cause crop yields to drop.
  • ü Other innovators are focusing on the effects of growing water scar­city. A substantial amount of our food production worldwide comes from non-renewable groundwater sources, and in the long run that is not sustainable.
  • ü In villages where glacier-fed streams are set to become irregular or disappear in the years ahead, or where flooding from heavy rain is quickly followed by drought, com­munities are learning to harvest and store water to ensure supplies throughout the year.
  • ü They are also developing water-
  • conserving irrigation methods to
    make what they have available last.
  • Will all such innovations be enough to feed 9 billion people by 2050? Possibly, say experts, but success will depend on making enough key changes fast enough.
  • ü In addition to on-the-ground solu­tions, those changes will need to
  • include major policy shifts, including potentially a ban on turning grain into biofuel or limits on food speculation.
  • As the name signifies “Green bullet” unlike to its prior avatar “green revolu­tion is focussed, specific approach. In this micro style beneficiation is done to the productive capacity of farming. India having a little over 2% of world’s geographical areas but having to feed than 17% of population; she can­not give a’ ‘miss’ to this “green bullet.’
  • innovation.



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