GeoLog

Climate

Hoverboards, fusion, and future farms: What did Back to the Future (II) get right?

Hoverboards, fusion, and future farms: What did Back to the Future (II) get right?

Fourty years ago, the movie Back to the Future (1985) revved its DeLorean into some hearts, zipping watchers back to 1955 with a grin and a flux capacitor–fueled paradox. Today we’re not just celebrating that original joyride’s 40th anniversary; we’re strapping in for the wild flight of Part II (1989), the movie that dared to ask, “what if Marty McFly really could hoverboard through 2015?” W ...[Read More]

“Are you aug?” A strategic foresight into human enhancement, climate adaptation, and access disparities

“Are you aug?” A strategic foresight into human enhancement, climate adaptation, and access disparities

The Geneva Science and Diplomacy Anticipator (GESDA) placed human augmentation on a 5–10 year timeline, identifying it as a key area where technological advancement could soon reshape societies. Their GESDA radar platform tracks over 500 emerging science breakthroughs including enhanced cognition, programmable biology, and climate-resilient bioengineering. The foresight is clear: we are entering a ...[Read More]

Beyond the blame game: Bridging Climate science and policy Action

Beyond the blame game: Bridging Climate science and policy Action

Findings supporting the urgency of climate change are coming ever-so-fast. Yet, so it seems that various economic, political, and ideological groups are stepping up their denial game. The complexity of the current state was reflected during the EGU25 press conference “Hot takes & policy quakes: When geoscience meets social science.” The speakers, Florian Ulrich Jehn [a], Chris Smit ...[Read More]

A 12-meter sediment core reveals secrets of the Arctic’s past climate

A 12-meter sediment core reveals secrets of the Arctic’s past climate

Extracted from a depth of 2,500 meters, a giant 12-meter long marine sediment core from the Fram Strait, between Svalbard and Greenland, preserves a climate record spanning up to 400,000 years. Its sediment layers offer crucial insights into the Arctic’s past, helping Dr Jochen Knies and his research team answer two important question: Was the Arctic ever ice-free during past warm periods? W ...[Read More]