Super El Niño strengthens as scientists warn of wider climate impacts
Scientists warn that a strengthening Super El Niño and a positive Indian Ocean Dipole could reshape weather, agriculture and water risks across South Asia.
Truth Beyond Boundaries
14 October 2026
Climate, conservation, biodiversity, energy and the natural world.
Scientists warn that a strengthening Super El Niño and a positive Indian Ocean Dipole could reshape weather, agriculture and water risks across South Asia.
Global temperatures reached 16.54°C in June, while oceans recorded their warmest June and western Europe suffered record heat.
Repeated heatwaves and drought are pushing European rivers to record lows while worsening wildfires and pressuring farming, energy and transport.
Persistent monsoon rain and rising rivers are increasing flood, flash-flood and landslide risks across vulnerable parts of Bangladesh.
Rapid warming and accelerating ice loss in the Arctic are driving global sea levels higher, threatening coastal cities and vulnerable regions worldwide.
Wildfires sweep across northern and western Europe in 2026, marking a dangerous new phase in the continent's climate crisis beyond the Mediterranean.
Heavy monsoon rains are raising flood risks across Asia, exposing vulnerabilities in communities, infrastructure, agriculture and ecosystems.
South Asia is entering a climate era of more frequent, earlier and increasingly dangerous extreme heat.
Extreme heat is already eroding jobs, productivity and incomes across South Asia, turning rising temperatures into a development and economic-security challenge.
Rapid urbanisation and weak waste systems are leaving Dhaka’s streets, drains and waterways increasingly burdened by waste.
Experts warn that seasonal improvements in Dhaka’s air quality may reverse without stronger controls on emissions and dust.
Vermont’s strict food-waste diversion rules highlight a growing environmental dilemma: policies designed to reduce landfill waste and emissions could also increase the amount of microplastic entering agricultural soils