Environmental Migration in Somalia Driven by Water Scarcity and Food Insecurity, Study Finds
New research identifies water scarcity, drought, and food insecurity as the leading causes of environmental migration in Somalia, with significant implications for climate adaptation strategies in the Horn of Africa.
Climate-Smart Agriculture Market Set for 5.9% Annual Growth Through 2033, Study Finds
A comprehensive market analysis projects the climate-smart agriculture sector will grow at a compound annual growth rate of 5.9% from 2026 to 2033, fueled by precision farming, IoT integration, and strategic collaborations across North America, Europe, and Asia-Pacific regions.
Agricultural Diversification Boosts Profitability, Biodiversity and Ecosystem Services
New synthesis of global research shows agricultural diversification increases profitability by 15–25 %, enhances biodiversity, improves soil carbon storage and maintains crop yields—offering a scalable pathway toward nature-positive food systems.
Water Scarcity Drives Environmental Migration in Somalia, Study of 40,000 Events Reveals
Analysis of 40,000 migration events shows that lack of water for crops and livestock—not conflict or economics—is now the dominant driver of internal displacement in Somalia, with major implications for food security and adaptation policy across the Horn of Africa.
Breakthrough Technology Lets Scientists Watch Plants Breathe in Real Time
Researchers have unveiled a high-definition imaging platform that visualizes photosynthesis, stomatal behavior and resource exchange as it happens, offering breeders a rapid path to higher-yield, drought-resistant varieties.
Agricultural Diversification Boosts Profitability, Biodiversity, and Ecosystem Services Without Sacrificing Yields
A comprehensive new meta-analysis published in Nature Communications demonstrates that agricultural diversification enhances long-term profitability, biodiversity, soil health, and climate benefits while maintaining crop yields, offering a science-backed pathway toward nature-positive farming systems.
Food System Boundaries: New Research Maps How Global Food Production Transgresses All Nine Planetary Limits
Researchers at the Potsdam Institute for Climate Impact Research have released the first data-driven framework translating the nine planetary boundaries into food-specific limits, revealing that every boundary is already transgressed by our food systems.
Climate-Safe Food Transition Could Strand Up to €255 Billion in European Assets
A study in Nature Food estimates that shifting the EU and UK toward low- or zero-animal diets would create stranded assets worth up to €255 billion, highlighting the economic barriers to rapid decarbonization of food systems.
CRISPR Wheat That Makes Its Own Fertilizer: A Game-Changer for Sustainable Agriculture
Revolutionary CRISPR-edited wheat triggers soil bacteria to convert atmospheric nitrogen into plant-usable fertilizer, potentially transforming global agriculture by reducing dependence on synthetic fertilizers and their environmental impacts.
CRISPR-Engineered Wheat That Makes Its Own Fertilizer: A Game-Changer for Sustainable Agriculture
A new gene-edited wheat variety triggers beneficial soil bacteria to convert atmospheric nitrogen into plant-usable nutrients, slashing the need for energy-intensive synthetic fertilizers and offering farmers a lower-cost, climate-friendly path to high yields.
New Research Reveals Economic Barriers to Climate-Safe Food Transition in Europe
Groundbreaking research from Nature Portfolio quantifies the massive economic challenges facing Europe's transition to climate-safe food systems, revealing stranded asset costs of up to €255 billion while highlighting global inequality in household material consumption patterns.
New Research Reveals Economic Barriers to Climate-Safe Food Transitions in Europe
A Nature Food study estimates that eliminating animal-sourced foods in the EU and UK could strand up to €255 billion in assets, underscoring the economic hurdles facing climate-friendly dietary shifts.