Exploring the Potential of Bio-Economy to Address Planetary Crises and Biodiversity Loss

We are facing a Triple Planetary Crisis: pollution, climate change, and biodiversity loss. We have also transgressed 7 out of 9 safe limits (planetary boundaries) that allow human life on the planet. We are also nearly crossing five climate tipping points that could trigger catastrophic ecosystem changes.

The World Economic Forum (WEF) cites extreme weather events and significant changes to Earth’s systems as the most severe long-term hazards to humans. The United Nations Environment Programme’s (UNEP) COP28 report cautions that surpassing the 1.5°C warming threshold is becoming more likely and might have catastrophic consequences.

Waste management issues and our overdependence on fossil fuels aggravate this polycrisis. Many stakeholders are championing bio-economy as a solution to address this issue.

This approach harnesses renewable natural resources (especially biomass) to produce energy, materials, food, and byproducts from waste and holds the potential to mitigate various global disasters.

Some bio-economy-based solutions:

Bioplastics (packaging)
Biofuels (especially bioethanol for mobility solutions)
Biochar (for soil rejuvenation and carbon sequestration)
Biobased fibres (for textiles and accessories)
Biobased materials (feedstock, construction, furniture, cosmetics)

India’s Biotechnology for Economy, Environment, and Employment (BioE3) policy has helped the industry contribute to 4.25% of the country’s GDP at a USD 130 billion valuation by 2024 (against a USD 4 trillion global valuation) and may reach USD 300 billion by 2030 (against a USD 30 trillion valuation). Our union minister, Dr Jitendra Singh, recently claimed that the bio-economy will drive the next industrial revolution.

The policy focuses on R&D to promote a circular bioeconomy, regenerative bio-manufacturing and bio-AI hubs, bio-foundries, employment aligned with such sectors, tackling climate change using bio-economy solutions, precision biotherapeutics, bio-based chemicals, biopolymers and enzymes, climate-resilient agriculture, carbon capture and utilisation, functional foods and smart proteins, striving for net-zero carbon emissions through efficient waste management, and futuristic marine and space research.

More biomaterial innovations are happening in this space, of course, entangled in controversies. Circular, Regenerative, and Bio economies must go hand-in-hand to address the complex issues of resource abuse, pollution, and over-exploitation of nature.

The recent 2024 G20 Initiative on Bioeconomy (GIB) held in Brazil established ten principles of a sustainable, inclusive, and equitable bio-based economy.

In October 2024, the United Nations Biodiversity Conference in Cali, Colombia (COP16) will be held. It would be the first biodiversity conference since adopting the Kunming-Montreal Global Biodiversity Framework (GBF), a.k.a. The Biodiversity Plan.

COP16 would focus on operationalising the monitoring of the GBF framework, mobilising financial resources for its implementation, and completing the global framework for fair and equitable access and benefit sharing (ABS) using digital sequencing information on genetic resources.