The biggest hurdle is finding uniform production processes across diverse geographies and climatic conditions
Production of same food can lead to different level of emissions depending on the method adopted by producers. This has come out in the latest research by the University of Oxford and Swiss agricultural-research institute, Agroscope.
The researchers of the two institutes recently collaborated on a study that examined how the process of production of food items has an impact on our environment. The study sampled nearly 40,000 farms and 1,600 processors across 119 countries, and illustrated how the production of the same food items has significantly different environmental impacts owing to their production practices. For example, high-impact beef producers create 105kg of CO2 equivalents per 100 gram of protein, which is between 12-50 times greater than low-impact beef producers.
The same difference is also reflected in production processes like aquaculture, which are said to produce relatively lower emissions. This variation in emission is not just restricted to animal products, but also in the production of items like beer.
These results come at a time when there is a growing advocacy for revising dietary habits in a bid to reduce environmental burden. Over the past few years, veganism has emerged as a popular trend advocated by health and environmental experts. In support of sustainability, veganism saw an upswing in January 2018, with “#Veganuary” trending across popular social media platforms. This plant product-based diet does not include any animal and dairy products.
Need for finding uniform production processes
Statistically, 25 per cent of producers across industries contribute 53 per cent of total environmental impact. This suggests that reform in agricultural technologies and processes can bring about a change in sustainability. The biggest hurdle is finding uniform production processes across diverse geographies and climatic conditions.
"Food production creates immense environmental burdens, but these are not a necessary consequence of our needs. They can be significantly reduced by changing how we produce and what we consume," concludes the paper’s author Joseph Poore.
Now an app to help farmers practice precision agriculture
Climate change to affect rice productivity, finds a new study
Agricultural transformation vital to produce 50% more food in 2050
We are a voice to you; you have been a support to us. Together we build journalism that is independent, credible and fearless. You can further help us by making a donation. This will mean a lot for our ability to bring you news, perspectives and analysis from the ground so that we can make change together.