Beneath the Shelf’s Skin
Warm water under Antarctica’s ice shelves speeds up melting. A Seaglider study provides insights into this process, aiding climate predictions.
"this is sixth form poetry, not Keats or Yeats"
Warm water under Antarctica’s ice shelves speeds up melting. A Seaglider study provides insights into this process, aiding climate predictions.
Research on migratory songbirds shows reduced survival due to poor non-breeding conditions, highlighting the impact of climate change on bird populations.
Trees naturally capture carbon dioxide, but buried wood in low-oxygen environments offers promising long-term carbon sequestration.
Predicting sea level rise is complex due to Antarctic Ice Sheet behaviour and Earth’s uneven structure. New models show land shape affects ice melt rates, improving accuracy.
Rising lake temperatures from climate change will disrupt aquatic life, especially in warmer regions, causing significant habitat shifts.
Marine heatwaves impact Arctic phytoplankton, crucial to ecosystems, with stable warming boosting productivity, but varied responses highlight the need to consider both warming and cooling phases for accurate predictions.
Soda lakes, vital for diverse species like the Lesser Flamingo, face threats from rising water levels and declining phytoplankton, stressing the need for improved management and monitoring in East Africa.
Using 45 Meyer’s spruce samples, researchers in North China traced a 281-year temperature record, highlighting blue light reflection’s crucial role in unveiling climate changes and linking global patterns.
Around the equator, heavy rainfalls and flooding impact millions. Research shows that global warming could intensify these events, challenging traditional forecasting methods.
Analysing ancient climate records reveals how environmental changes and diseases shaped societies across the Roman Empire, emphasising the need for health considerations in modern climate assessments.