Great Bear Rainforest, BC. The Great Bear Lodge on the Central Coast of British Columbia is collaborating with internationally acclaimed science journalist Lesley Evans Ogden to host a nature writing retreat from May 31 - June 4, 2026. Small group size will ensure each participant benefits from individual focus and support, allowing instruction and skill development to be tailored to a range of abilities, from aspiring to experienced writers.

A new interdisciplinary study led by researchers from Nanyang Technological University, Singapore (NTU Singapore), with collaborators from the City University of Hong Kong, has found that El Niño events significantly reduce life expectancy across high-income Pacific Rim countries, resulting in economic losses of up to US$35 trillion by the end of the 21st century.

Using over six decades of mortality records from 10 high-income Pacific Rim countries, the research team shows that El Niño is a persistent driver of health and economic loss, not just a short-term weather anomaly. El Niño-driven climate extremes, such as heatwaves and air pollution, disrupt healthcare systems and raise long-term mortality risks, particularly among vulnerable populations.

The research, published in the scientific journal Nature Climate Change and part of NTU’s Climate Transformation Programme, shows that El Niño events not only cause immediate health impacts but also persistently slow long-term improvements in mortality rates, leading to enduring reductions in life expectancy.

Although valued for their medicinal properties, ecological importance, and cultural heritage, mangrove habitats across the Arabian Gulf’s littoral states are under mounting threats. Despite their resilience and tolerance of scorching heat and hypersalinity, these ecosystems remain highly vulnerable to unchecked development and pollution. To safeguard these critical coastal forests, a new study calls for urgent, coordinated action rooted in the local context, guided by science, and supported by policy.

A record of repeated retreat of the West Antarctic Ice Sheet during the past warm climates has been identified by IODP Exp379 Scientists. By analyzing deep-sea sediments from the Amundsen Sea and tracing their geochemical signatures, the study shows that the ice sheet retreated far inland at least five times during the warm Pliocene Epoch. The findings highlight the ice sheet’s sensitivity to warming and its potential to drive future sea-level rise.