Member Since 2007
David M. Hannah
Professor of Hydrology, University of Birmingham
AGU Research
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Hydrological Extremes Heighten Vulnerability to Schistosomiasis
EARTH'S FUTURE
14 june 2024
Delphis F. Levia, Robert Bergquist, David M. Hanna...
Climate change is altering precipitation regimes that amplify hydrological extremes and increase vulnerability to schistosomiasis, a water‐re...
Stories from 100 and 1 rivers – Global patterns and downstream evolution of river microplastic pollution
PLASTICS IN THE HYDROSPHERE: FROM SOURCE TO SINK II ORAL
hydrology | 15 december 2023
Stefan Krause, Holly Nel, Iseult Lynch, Uwe Schnei...
While an increasing number of local observations and monitoring programmes provide valuable insights into location and situation-specific microplastic...
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Characterising thermal ‘surges’ and ‘plummets’ in river environments on a national-scale
ADVANCING UNDERSTANDING OF RIVER TEMPERATURE REGIMES I ORAL
hydrology | 13 december 2023
James White, David M. Hannah, Darren L. Ficklin, S...
River water temperature (Tw) regimes are a primary control governing freshwater ecosystem health. Rapid Tw changes can have significant ecological imp...
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Integrating Novel Statistical and Process-Based Models to Prioritise Riparian Tree Planting and Mitigate the Effects of High River Temperatures Under Climate Change: Insights from the Scotland River Temperature Monitoring Network (SRTMN)
ADVANCING UNDERSTANDING OF RIVER TEMPERATURE REGIMES I ORAL
hydrology | 13 december 2023
Faye Jackson, Rob Fryer, David M. Hannah, Valerie ...
River temperature is an important control on the health of freshwater ecosystems. It is particularly important for species adapted to cold water envir...
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Storm event after exceptionally warm and dry period invokes critical decline in water quality across multiple watershed scales
FRONTIERS IN WATER QUALITY I POSTER
hydrology | 13 december 2023
hongzheng zhu, Kieran Khamis, Rob Stevens, David M...
Hypoxia, characterized by low levels of dissolved oxygen (DO), can be harmful or lethal to a wide range of aquatic organisms and alter biogeochemical ...
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The importance of understanding river temperatures in a human-dominated world
WATER QUALITY AND WATERSHEDS: FROM SCIENTIFIC INNOVATIONS TO ACTIONS II POSTER
hydrology | 14 december 2022
Darren L. Ficklin, David M. Hannah, Niko Wanders, ...
River temperature is an important water quality variable with significant impacts on physical, chemical, and biological processes in flowing waters. T...
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Flood Classification Based on Hydrograph Characteristics
ADVANCING FLOOD CHARACTERIZATION, MODELING, AND COMMUNICATION V ONLINE POSTER DISCUSSION
hydrology | 14 december 2022
Abinesh Ganapathy, David M. Hannah, Ankit Agarwal
Several flood-generating mechanisms could produce high flows in catchments however, AMS/POT sampling is not considering these hydrological processes. ...
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Global river water pollution: exploring current challenges and future prospects
WATER QUALITY AND WATERSHEDS: FROM SCIENTIFIC INNOVATIONS TO ACTIONS III ORAL
hydrology | 14 december 2022
David M. Hannah, Benjamin W. Abbott, Kieran Khamis...
Human activities are threatening resilience of vital, interconnected components of our Earth system. Consequences for freshwaters are missing often fr...
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