2025 The dual impact of industrialized agriculture
In the 1970s, approximately one-third of the population in developing countries suffered from hunger.
This translated to hundreds of millions of individuals facing chronic undernourishment. Advancements during the Green Revolution—including high-yield crop varieties, chemical fertilizers, and pesticides—led to significant increases in food production, substantially reducing hunger worldwide. By 2015, the prevalence of undernourishment in developing regions had fallen to 12%. Our World in Data
However, these productivity gains have come with considerable environmental costs:
- Deforestation: Agricultural expansion is responsible for 80% of global deforestation. In the Amazon alone, around 17% of the forest has been lost in the last 50 years, primarily due to conversion for cattle ranching.
- Biodiversity Loss: The global food system is the primary driver of biodiversity loss, threatening 86% of species at risk of extinction.
- Greenhouse Gas Emissions: Agriculture contributes up to 29% of global greenhouse gas emissions, significantly impacting climate change.
These environmental challenges underscore the urgent need to transition to sustainable, nature-positive agricultural practices that balance food security with ecological preservation.
Why sustainability is the next imperative
Sustainability has become the backbone of transformation in agriculture, driven by the dual pressures of international regulations and consumer demand. At its core, a sustainable model starts with traceability, providing a transparent view of practices across the value chain. With tools like ucrop.it, agricultural producers can document and verify critical sustainability metrics such as:
- Carbon Footprint: Accounting for CO2 emissions across farming practices.
- Water Footprint: Tracking efficient water use and conservation efforts.
- Sustainable Landscape: Promoting deforestation-free production and biodiversity protection.
- EIQ (Environmental Impact Quotient): Assessing pesticide and fertilizer use.
- Social and Economic Impact: Measuring contributions to local communities.
This transition, however, must be achieved at scale to make a global impact. Verified traceability solutions are the foundation for advancing sustainable food, fuel, fiber, and forest products while enabling compliance with emerging international standards like the EU’s deforestation regulations.
Corporate Adoption:
With more than 80 corporate clients, ucrop.it integrates sustainability metrics into the supply chains of CPGs, biofuels, commodity processors traders, input providers, financial institutions and textiles. Its blockchain-based platform guarantees transparency, reliability, and scalability.
Tools for Transition:
- Crop Story™: Enables full traceability from farm to market in 60 crops types & more
- Sustainable Metrics Dashboards: Tracks progress on CO2 emissions, water use, biodiversity and sustainable landscapes of agriculture production
- QR Codes for Consumer Trust: Connects end consumers with verified sustainable practices.
Value Proposition:
- Farmers are rewarded with financial incentives for adopting sustainable practices.
- Companies gain verified claims to align their brands with sustainability goals.
- Companies can differentiate their products facing markets and increase market share
- Companies avoid greenwashing risks and liabilities
– Consumers trust traceable, sustainable products with evidence-backed claims.
