Location:
OosterhuisTime:
11.30 am – 12.30 amSpeakers:
GENERAL 1 | Joshua Green A Comprehensive Review of Coastal Compound Flooding LiteratureGENERAL 2 | Asif Uddin Bin Noor Improved Decision-Making with Cyclone Forecast Products: A Dynamic ApproachGENERAL 3 | Shaun Williams Compounding Effects of Geo-Climatic Inundation Risks in the South Pacific Region: Towards Multihazard Decision Support Tools for Adaptive ResilienceGENERAL 4 | Alban Doko Modeling Sediment Dynamics in Seman River Basin: Implications for Water Resource Management in a Mediterranean ClimateGENERAL 5 | Paul Voit Flash Flood Hazard: A Counterfactual Analysis for GermanyGENERAL 6 | Alois Tilloy Joint changes in flood and drought hazards in Europe from 1950 to 2020GENERAL 7 | Tristian Stolte Indicators for urban vulnerability assessments: data availability and beyondGENERAL 8 | Lina Stein Global biases in hydro-geomorphic hazard research emerge from the scientific literatureGENERAL 9 | Helge Bormann Model based assessment of climate change impact on inland flood risk in coastal areas caused by compounding storm tide and precipitation eventsGENERAL 10 | Soheil Mohammadi Enhancing recoverability of the urban system in a multi-risk environment: A multi-criteria decision-making approach for identifying the minimum urban systemGENERAL 11 | Doris Vertegaal COMPASS: towards climate and impacts attribution of complex extremesGENERAL 12 | Carmen B. Steinmann Amplified agricultural impacts from increasingly sequential heat extremesGENERAL 13 | Shuiqing Yin Developing statistical downscaling methods to improve the simulation of compound drought-heatwave eventsGENERAL 14 | Blanca Natalia Castillo Bautista Compound occurrence of heat waves and drought and associated impacts: a case study in Nice, France.GENERAL 15 | Taís Maria Nunes Carvalho Language Models Uncover Natural Hazard ImpactsGENERAL 16 | Jana Silmann Current and future climatic drivers of low crop production years as treats to global food securityAI 1 | Diep Ngoc Nguyen Water quality plays a pivotal role in shaping the ecosystem's health and directly/indirectly influencing water-use sectors.AI 2 | Seth Bryant Deep learning based super-resolution of hazard mapsAI 3 | Kasra Rafiezadeh Shahi Global Building Profiling: Unveiling Insights through Advanced Machine LearningAI 4 | Armin Moghimi AI (Artificial Intelligence)-Driven Flood Extent Detection and Monitoring via RiverSnap, a Citizen Science InitiativeAI 5 | Katharina Horn Modelling Current and Future Forest Fire Susceptibility in North-East GermanyAI 6 | Heloisa Labella Fonseca Assessing multi-hazard hot and dry-related events through impact chains and machine learning in the Adige River Basin, ItalySTORY 1 | Luke Harrington Maximising the value of observations to understand future drought risk: evidence from Aotearoa New ZealandSTORY 2 | James Carruthers Storylines of future UK winter compound wind and rainfall extremesSTORY 3 | Cees Van Westen Multi-Risk Impact Chains: a new way of characterizing complex disaster eventsSTORY 4 | Vanessa Banks Multi-hazard risk storylines in the MYRIAD-EU projectSTORY 5 | Mihai Ciprian Margarint Different farm/farmers, different threats. Downscaled insights on the impacts of climate-related hazards in northeast RomaniaNBS 1 | Silvia Torresan Evaluating the Potential of Nature-Based Solution for Disaster Risk Reduction and Climate Adaptation Pathways in Coastal AreasSYSTEM 1 | Heidi Kreibich How can socio-hydrological data from paired hydrological extreme events enhance our knowledge of human-water systems?SYSTEM 2 | Shih-Yao Lee Investigating multi-perspective interactions on groundwater extraction and evaluating its related risk in Taiwan by Bayesian network modelingSYSTEM 3 | Nivedita Sairam Can Open Social Datasets Effectively Calibrate Socio-Hydrological Flood Risk Models?