Seven case studies analysed by IPES-Food provide concrete examples of how, in spite of barriers to change, people around the world have been able to fundamentally rethink and redesign food systems around agroecological principles. […]
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Seven case studies analysed by IPES-Food provide concrete examples of how, in spite of barriers to change, people around the world have been able to fundamentally rethink and redesign food systems around agroecological principles. […] Rural and indigenous women in Paraguay rise up to collect and preserve native seeds across the country to counter the expansion of large-scale, industrial agriculture. […] The commercial expansion of GE textiles made by synthetic biology could undermine farmers, create a new source of biotech waste, put additional pressure on ecosystems, and divert support away from truly sustainable natural fibre economies. […] A new study has shown that glyphosate, widely used with GM herbicide-resistant crops, damages the good bacteria in honeybee guts, making them more prone to deadly infections. […] Around the world, innovative agroecological farmers are combining local and scientific knowledge, putting resilience thinking into practice to feed growing populations and cope with climate change, water scarcity, market volatility, and more. […] A growing body of scientific studies highlights the risks and unintended consequences from the use of new genetic engineering techniques such as gene editing in agriculture. […] The State Government of Andhra Pradesh in India has launched the Zero Budget Natural Farming programme which aims to transition 6 million farms/farmers to 100% chemical-free agriculture by 2024. […] Damage to crops from dicamba drift from GE dicamba-tolerant soybean fields in the US cover at least 10 states with state regulators struggling to keep up with the pace of complaints. […] As Cuba faces a prolonged drought, agroecology offers a promising means by which to increase farm resilience. […] A new study has found that CRISPR/Cas9 gene editing can cause greater genetic damage in cells than was previously thought, creating safety implications for gene therapies using CRISPR/Cas9. […] |
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