Production, Distribution & Waste – Challenging Industrial Agriculture

 

Recently we’ve heard the same old arguments being pumped out by industrial agriculture, especially in reaction to the droughts in the US.

 

The argument goes: “There’s almost 7 billion people on Earth, and there’s 1 billion hungry. We need more food to feed the world. We must intensify agriculture; bigger & better, and we’ve got the answer – we call it a Sustainable Agriculture”.  That ‘Sustainable Agriculture future’ is typically large-scale intensive agriculture, GMO, and more sophisticated ‘scientific’ farming methods.  Inevitably the cost of this agriculture is greater, and farmers must have all of the latest information, tools, machinery & chemicals to make it happen.  It also, coincidentally, means greater profits for the big boys of industrial agriculture (rather than farmers).

 

There’s an assumption in there that needs testing: “We need more food to feed the world”.  It’s so often taken as a given, but there significant research which suggests otherwise.

 

We grow enough food to feed 10 billion people already. Eric Holt-Giménez recently wrote a fantastic rebuttal of the industrial agriculture view on the future of food. The first part of his argument centres around the point that Hunger is not caused by scarcity, but by poverty – that is what needs to be tackled to feed the hungry people in the world, not more food.  It follows on to show that Industrial Ag Vs Natural Farming does not represent the gaps in yields that are constantly talked about by GMO advocates. The longest running study (Rodale Institute – 47 year study) shows that Organic farming has better yields & profits, whilst requiring lower energy inputs & causing lower greenhouse gas outputs.

 

We Already Grow Enough Food - Infographic - Challenging Industrial Agriculture

 

The UN have put out several studies on Food Security and Sustainable Agriculture which do not support the Industrial Ag spin. They don’t stand to create vast profits from their view, but they do expect to see greater advances in sustainable development & poverty alleviation through more agriculture shifting to small-scale agroecological production. There also are gains in climate resilience and energy reduction from adopting farming based on ecological systems.

 

A 2011 report on Food Waste by the Food & Agriculture Organisation (PDF) suggests 1/3 of global food production is wasted through the supply chain or pre/post consumption. This food waste infographic featured on Food+Tech Connect supports this argument, showing it’s as high as 40% in the US.

 

It’s clear to see there’s significant work that needs to be addressed on the Consumer side of things, but this also supports our assertion that a big change needs to happen upstream.  If food distribution were to change from the centralised, industrial model that accounts for 99% of our food system, to local food webs, then we have the opportunity to disrupt the food waste in this area of the chain too.

 

The world has changed since our food system was invented – the information & web revolution has made new things possible – aggregation of supply & demand through web-based tools is just one of them.  We built Bucky Box for many reasons, one of which indicates the potential for decentralised food systems & local food webs to be more efficient than Industrialised Ag.  By re-localising food distribution with these new tools, we can efficiently move food from farm to fork with minimal wastage, instead of farm to landfill.

 

The time has come for a revolution in our food system.  It may be a quiet revolution which sees individuals consciously choosing to buy local, for small-scale farming to make a wholesale return, and for more-than-profit food distribution to rise, powered by a wave of digital tools for a better food system.

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