Biogeosciences

Imaggeo On Monday: Studying shell morphodynamics to improve climate models

Jennifer Guarini June 14, 2021

Studying shell morphodynamics to improve climate models. Credit: Jennifer Guarini (distributed via imaggeo.egu.eu)

Profile of a specimen of Arctica islandica, one of the longest lived marine bivalves known, undergoing a 3D scan. Their longevity is exploited for reconstruction of climate patterns in the North Atlantic. However, mathematical models of their morphodynamics are necessary to account for bias induced by their asymmetric growth (“morphodynamics” is the study of how an organisms’ gro ...[Read More]

Winners of the EGU Best Blog Posts of 2020 Competition

Hazel Gibson February 5, 2021

2020 was a brilliant year for our blogging network here at EGU. Across the EGU’s official blog, GeoLog, as well as the network and division blogs there were so many interesting, educational and just downright entertaining posts this year it was hard to get the blog editors to choose their favourites! Nevertheless at the beginning of January, to celebrate the excellent display of science writing ac ...[Read More]

Imaggeo On Monday: The kidneys of the Planet

Elisa Palazzi August 31, 2020

The kidneys of the Planet. Credit: Elisa Palazzi (distributed via imaggeo.egu.eu)

In the past, humans considered wetlands as morbid environments where it was difficult, if not impossible, to live. Wetlands, instead, are vital to the health of wildlife and humans, as the Ramsar convention stated in 1971. Wetlands regulate the water flow, buffering droughts as well as floods, and also contribute to the provision of clean water. In addition to water flow regulations and to the pro ...[Read More]

Don’t leaf it to the trees: Amazonian soils also work to store carbon.

Hazel Gibson August 26, 2020

'Yasuní National Park' by Jose Schreckinger (distributed via imaggeo.egu.eu)

The Amazon rainforest covers an area of 5.5 million km² and is well known for being an invaluable global resource for carbon storage. But it’s not just the trees and vegetation of the Amazonian rainforest that lock in and store carbon – the very soil in these forests can do the same thing, according to research published in EGU’s journal SOIL earlier this year. In this study Carlos Alberto Quesada ...[Read More]