A 2026 assessment by the Potsdam Institute, with input from over 60 scientists, finds that seven of nine planetary boundaries are already breached and at their highest transgression levels to date, signaling increasing risk of large-scale and potentially irreversible changes.

Ocean acidification is the most recent boundary to be breached, while stratospheric ozone depletion and atmospheric aerosol loading remain out of danger and show some improvement.

Official commentary warns that pressure is rising across all boundaries, shrinking margins for error and raising the likelihood of persistent Earth-system changes.

Nature-based solutions like forests, mangroves, and agroforestry can build heat resilience, but must be designed to meet African needs and avoid land conflicts or rights violations.

Even if temperatures fall in the future, losses from extreme heat, ecosystem degradation, and displacement could be lasting, underscoring the need for both mitigation and robust adaptation.

The findings are framed as a call to urgent action to protect lives and livelihoods and pursue shared future prosperity.

Adaptation must advance alongside emissions cuts, including warning systems, health and water security, resilient infrastructure, and protection for outdoor workers, with funding and technology from wealthier countries.

Experts urge integrated, cross-cutting actions: phase out coal, oil, and gas; restore forests, wetlands, and oceans; reduce fertilizers and pesticides; improve water management; and move toward a circular, low-chemical economy.

Outcomes are not predetermined; avoiding warming and protecting ecosystems can significantly reduce future losses, and readers are urged to support Africa’s origin sciences and crisis education.

Four interconnected messages emphasize that overshoot is not fixed and policy choices now determine peak warming; immediate, sustained cuts to all greenhouse gases are essential; net-zero CO2 and active CO2 removal are both needed; adaptation must run parallel to mitigation.

Natural carbon sinks—oceans, forests, and soils—are under stress from heat, drought, and fires, potentially turning regions from carbon sinks into sources and weakening net-zero pathways.

Seafloor disturbances from trawling and potential deep-sea mining could release large amounts of carbon and disrupt marine ecosystems for centuries, highlighting the need for protective measures across sectors.