Imaggeo

Imaggeo on Mondays: Santorini cliffs sculpted by wind and sea

Cedric Gillmann January 20, 2020

The ancient sculpted wall. Credit: Cedric Gillmann (distributed via imaggeo.egu.eu)

The cliffs look like a bas-relief sculpted by a tireless artist. Naturally carved by the wind and sea, Vlychada’s white cliffs border its black sands, on the southern shore of Thera (Santorini), Greece. Both are of volcanic origin. The material originates from the Late Bronze Age eruption around 1600 BCE, which also buried the prosperous Akrotiri settlement. This massive Plinian eruption led to th ...[Read More]

EGU Photo Competition 2020: Now open for submissions!

Hazel Gibson January 15, 2020

Temporary pond within ice fall of Fox Glacier. Credit: Stefan Winkler (distributed via imaggeo.egu.eu). The photo is one of the three winners of the EGU Photo Competition 2019!

If you are pre-registered for the 2020 General Assembly (Vienna, 3 – 8 May), you can take part in our annual photo competition! Winners receive a free registration to next year’s General Assembly! The tenth annual EGU photo competition opened on 15 January. Up until 15 February, every participant pre-registered for the General Assembly can submit up to three original photos and one moving image on ...[Read More]

Imaggeo on Mondays: Sampling sulfurous sinkhole water

Rob Watson January 13, 2020

Sampling of sulfurous sinkhole water, Ghor Al-Haditha. Credit: Rob Watson (distributed via imaggeo.egu.eu).

Sampling of water present in sinkhole formed in superficial salt-rich lacustrine deposits at Ghor Al-Haditha, Dead Sea eastern shore, Jordan, during a field campaign in October 2018. The water in this sinkhole flows into the Dead Sea in a surface stream channel formed in 2012. The water was highly acidic and extremely conductive, with a strong sulfurous odour. Understanding the chemistry of the wa ...[Read More]

The Carbon Potential of Peat

Hazel Gibson January 10, 2020

Northern carbon sink. Credit: Mélina Guêné-Nanchen (distributed via imaggeo.egu.eu).

2020 is being described by many as a tipping point: the year that humanity as a species must take concrete and measurable action to prevent catastrophic climate change. But even if we do manage to slow carbon emissions from 2020 onwards, how would the planet deal with all the carbon dioxide we have produced so far? How much capacity do the planet’s natural carbon sequestration reserves actually ha ...[Read More]