Regenerative agriculture, food waste solutions, environmental impact, water usage, and feeding the planet sustainably.
The fluoride debate just got more complicated. With new studies linking high fluoride exposure to neurodevelopmental concerns, we break down both sides of the water fluoridation controversy and what the science actually shows.
Humans ingest roughly 5 grams of microplastics weekly — the equivalent of a credit card. Discover how plastics enter our food chain through packaging, seafood, and water, and what science says about the health consequences.
Food miles account for just 5-6% of food’s total carbon footprint. The real environmental impact comes from how food is produced, not how far it travels. Here’s why buying local isn’t always the greener choice.
Earth loses topsoil 10 to 100 times faster than it forms. At current rates, some regions have fewer than 60 harvests left. The soil degradation crisis, what’s driving it, and whether we can reverse it.
It takes 1,800 gallons of water to produce one pound of beef and 400 gallons for a pound of rice. The hidden water footprint of your food, which foods are the worst offenders, and how to reduce yours.
Ocean farming could feed billions without fresh water, fertilizer, or farmland. How seaweed and kelp aquaculture works, why it sequesters carbon 5x faster than forests, and the companies scaling it.
One-third of all food produced globally is wasted. New technology from AI-powered expiry tracking to surplus marketplaces is cutting food waste at every stage of the supply chain. Here’s what’s working.
Regenerative agriculture goes beyond sustainable to actively rebuild soil, sequester carbon, and restore ecosystems. How cover crops, no-till, and holistic grazing are reversing decades of topsoil loss.
Is urban farming sustainable? We examine the real data — carbon footprint, water use, energy costs, and biodiversity impact — to give you the full, honest picture.