Warming-driven #erosion and #sediment transport in cold regions Review by Tina_Zhang Dongfeng Li Amy East AlpWISE @IrinaOvereem Michele Koppes et al. nature.com/articles/s4301…

Paleotweeps: After many years of work the Ocean Circulation and Carbon Cycle (OC3) group has published the first downcore database of benthic stable carbon and oxygen isotope data for the last deglaciation. nature.com/articles/s4159…

We are already experiencing the consequences of our warming world & are now at a climate crossroads. The choices we make now will determine the future experiences of those already alive, and those yet to be born. If we choose not to act, Or fail to adapt, Then suffer we will.

🔵 Time ⚪️ to 🟡 flatten 🟠 the 🔴 curve Our 🌎 has already warmed by about 1.2°C. On today's #WorldMetDay, let's remember that every bit of additional global warming worsens climate impacts. The actions we take this decade will influence life on Earth for thousands of years.

Mom asked, "I wonder when cherries bloom in Japan?" So I found 1200 years of data online and made her a plot.

👉👉 Out today in @nature our new paper showing how meltwater increases around Antarctica are set to dramatically slowdown the Antarctic overturning circulation, with a potential collapse this century. nature.com/articles/s4158… A🧵on how this work came about and what we found...

‘Headed off the charts’: world’s ocean surface temperature hits record high theguardian.com/environment/20…

Science is hard. Good research makes you feel stupid. You're inadequate for the task at hand. How else would it be? You're pushing the boundaries of knowledge. Get used to it. This process is immensely rewarding.

👉👉Out today in NatureClimate our new study revealing an observed 30% slowdown in the Antarctic overturning circulation in the Australian Antarctic Basin, led by Kathy Gunn with Steve Rintoul & Melissa Bowen Australian Antarctic Program Partnership Australian Centre for Antarctic Science (ACEAS) UNSW Science nature.com/articles/s4155…

“The model projections of rapid change in the deep ocean circulation in response to melting of Antarctic ice might, if anything, have been conservative” Slowing ocean current caused by melting Antarctic ice could have drastic climate impact, study says theguardian.com/science/2023/m…

🧶 1/9 The massive currents swirling around Antarctica are a crucial driver of the global network of ocean currents that transport heat, carbon, oxygen and nutrients around the world. How will this lifeline change on a warming planet? [animation: NASA's Scientific Visualization Studio]

Just two months ago this study revealed a 42% ocean circulation decline by 2050. cnn.com/2023/03/29/wor… Today we learn we have already lost 30%. theconversation.com/antarctic-alar… 2050 is coming sooner then expected...

Climate forcing today is 20x faster than the PETM (Paleocene–Eocene Thermal Maximum) - TWENTY TIMES FASTER than an event that wiped out 97% of all life on Earth. It really doesn’t get more serious than that.

Massive melting from Antarctic ice shelves has caused critical Antarctic currents supplying 40% of world's deep ocean with nutrients and oxygen that are vital to marine life to slow by 30% since the 1990s and could soon grind to a complete halt #climate livescience.com/planet-earth/a…

“Spike in ocean heat stuns scientists. But have we breached a climate tipping point?” A very detailed analysis from the experts: wfla.com/weather/climat… WFLA NEWS

Endmembers matter! Check out our latest work on riverine supply of dissolved trace elements to the oceans: rdcu.be/dgVgK

New OFI-supported research: Scientists from GEOMAR_en have released a study on the waters of the Amazon estuary. 🌊 They discovered that the previously ignored Pará river system has a major influence on the composition of the water masses there. 🇧🇷 nature.com/articles/s4146…

Four large climate tipping point systems on Earth are likely to cross their tipping points at 1.5°C of global warming - the Greenland ice sheet, the West Antarctic ice sheet, tropical coral reef systems, and abrupt thawing of permafrost in the Arctic. We'll reach 1.5°C next year.

What happened during the Little Ice Age in the Caribbean? Check out the new study from Anastasia Zhuravleva on climate-ocean feedbacks during the last 1700 years. science.org/doi/10.1126/sc…

A new study by a @MarieCurieUK Research Fellow shows how Siberian river material moves across the Arctic Ocean, offering key insights into shifting future transport patterns in a warming world. Find out more⬇️ bristol.ac.uk/news/2025/apri… Georgi Laukert Woods Hole Oceanographic Institution (WHOI) #ClimateChange