Tinted detail of a photo: Fast-flowing white water rushing over mossy boulders in a rocky stream through a tall green conifer forest.
HS
Hydrological Sciences

Hydrological Sciences

Exploring the History of Hydrology – Join the Effort to Map Our Discipline Across the Centuries

Exploring the History of Hydrology – Join the Effort to Map Our Discipline Across the Centuries

The history of hydrology stretches back millennia: from the engineers of ancient high cultures over scientific pioneers like Da Vinci and Pallisy to modern groundbreaking modellers.  However, so far, few hydrologists have worked to systematically record the history of their discipline – especially in its more recent decades. That is a gap that the History …[Read More]

Organizing a Workshop as an ECS: Lessons learned from “Cryosphere-groundwater interactions: a missing link in mountain water research”

Plenary discussion on the outcomes of one of the group discussions on “where does the water go in the glacierized landscape”?

Despite the importance of mountains for downstream water supply, there are large gaps in our scientific understanding of how snow and ice meltwater travels through the landscape, specifically which flowpaths meltwater takes below the surface. Plus, existing knowledge is scattered throughout various sub-disciplines of mountain hydrology: glaciology, snow science, hydrogeology, and surface hydrology.   That is …[Read More]

How has ChatGPT changed the way you teach hydrology?

How has ChatGPT changed the way you teach hydrology?

Have you ever used ChatGPT to teach hydrology? If so, when did you start? I opened my account on openai.com in November 2022, out of curiosity, to test GPT-3 (Generative Pretrained Transformer generation 3). This was shortly before ChatGPT was launched (30 November 2022). Now, I even have a paid account to speed up the …[Read More]

International initiatives to solve the challenges to trace sediment and contaminant in river systems

International initiatives to solve the challenges to trace sediment and contaminant in river systems

Soil and water resources that are essential to human and aquatic life are increasingly threatened by human activities and the impacts of land use and climate change. Sediments play hereby a key role, particularly fine sediments with sediment-associated pollutants, which can lead to a substantial degradation of water body quality, such as in rivers and …[Read More]

Urban streams can provide water sources for climate change mitigation

A schema of the ProBach methodology.

With advancing climate change, mitigation measures are necessary to fight urban heat islands. Reactivating urban streams as blue-green infrastructures can contribute to this mitigation, and serve as an invaluable water resource.  Urban streams – banned to the underground In urban areas, hydrological conditions have been modified, impacted or completely changed for centuries.  Rivers and streams …[Read More]

Heads Up: Early Career Hydrologists Highlights at EGU 2023

Heads Up: Early Career Hydrologists Highlights at EGU 2023

The upcoming annual EGU General assembly in Vienna is a fantastic opportunity for early career scientists (ECS) to engage with the international hydrological community, present their work, and build their networks.  But with the multitude of sessions, events, and lectures, it can be tricky to assemble your personal program – especially if it’s your first …[Read More]