Please note that this session was withdrawn and is no longer available in the respective programme. This withdrawal might have been the result of a merge with another session.
HS1.3.7 | Temperature-Induced Hazards on Water Resources
Temperature-Induced Hazards on Water Resources
Convener: Sanaz Moghim | Co-conveners: Razi Sheikholeslami, Adriaan J. (Ryan) Teuling, Soroush Abolfathi, Awad M. AliECSECS
Increasing magnitude, duration and frequency of extreme temperatures (high and low) that can impact the quality and quantity of water resources necessitate a clear understanding of their interactions. This session aims to address the multifaceted causes and consequences of temperature extremes on water resources (both quality and quantity). We seek to understand, model and predict water resources’ responses to temperature-induced hazards (e.g., heatwave, cold spell, drought and wildfire) in current and future climates. We welcome novel methodologies, including experimental studies, field measurements, remote sensing and modeling under various temperature-water use scenarios considering physical, environmental, social and economic aspects.
This session invites submissions on (but not limited to): (I) Novel research on impacts of temperature extremes such as heat waves, cold waves, droughts and wildfires or their combination as compound events on water quantity and quality; (II) Proper frameworks, including modeling (physical, statistical/stochastic, data-driven models particularly machine learning), instrumentation, datasets (field, remote sensing), indicators and measures, to predict and manage causes and effects of temperature-induced hazards on water resources; (III) Innovative methods for vulnerability, resilience and impact assessment of temperature-related water resources hazards; (IV) Risk assessment frameworks for managing impacts of temperature extremes (due to climate change and anthropogenic forcing e.g., LULC changes, urbanization, improper management) on water resources; (V) Uncertainty analysis in the context of temperature-induced hazards, offering insights into how uncertainty can be quantified, managed and communicated; (VI) Case studies with different physical features, particularly water-stressed regions to analyze water scarcity and related challenges for areas that are most vulnerable to temperature-induced hazards; (VII) Assessment and development of water policy and water management plans to adapt to changes and mitigate impacts.
By bringing together experts from various fields, the session will contribute to a deeper understanding of the complex interactions between temperature extremes and water resources, ultimately informing decision support systems and sustainable management plans. We encourage students, scientists, researchers, stakeholders and policymakers to submit their abstracts and join us in exploring this vital challenge.