GeoLog

hydrology

The most-read EGU journal articles in 2021!

The most-read EGU journal articles in 2021!

This year EGU published more than 3,375 peer-reviewed articles in our 19 Open Access journals. Upon learning about this impressive number of articles, we wondered: which of these were the most popular? You can find out in the following list of the most-read article for each EGU journal. From rainfall-runoff prediction, tipping points and open source hazard mapping, to the use of language around fr ...[Read More]

The most-read EGU journal articles in 2020!

The most-read EGU journal articles in 2020!

This year EGU published more than 3,300 peer-reviewed articles in our 19 Open Access journals. Upon learning about this impressive number of articles, which equates to just over 61,000 journal pages, we wondered: which of these were the most popular? You can find out in the following list of the most-read article for each EGU journal. From the substructure of extremely hot summers and the potentia ...[Read More]

Inclusive flood mapping: using citizen science to collect historical flood data in Dakar, Senegal.

Inclusive flood mapping: using citizen science to collect historical flood data in Dakar, Senegal.

During the month of February, we are focusing on ‘Accessibility and Inclusivity’ here at the EGU. Although these topics are clearly relevant to the General Assembly, some people may wonder whether they also relate to scientific research. Clearly all geoscientists are people, so accessibility and inclusivity matter regardless of what scientific discipline they are in. But there can also be tangible ...[Read More]

Imaggeo on Mondays: Our QUEST for innovative tools to understand changing environments and climates

Imaggeo on Mondays: Our QUEST for innovative tools to understand changing environments and climates

The photo shown here shows typical sampling work underground. You can see Ola Kwiecien and Cinthya Nava Fernandez, researchers at Ruhr University Bochum in Germany, collecting dripwater in New Zealand’s Waipuna Cave as part of a four-year EU-funded monitoring programme. Our research aims at developing innovative geochemical indicators that we can use to quantify changes in the hydrological system ...[Read More]