Note: If anybody wants to be a convener about the topics given below, you can contact Technical Chairman Prof. M.Emin Candansayar (E-mail: candansayar@ankara.edu.tr). Please do not forget to add your "Google Academic" link.
TOPICS and CONVENERS
S01. Recent Global Catastrophic Events: Insights from the 2023 Southeastern Türkiye Earthquakes
Conveners: Ruben Tatevossian (Russia), Nurcan Meral Özel (Türkiye), Onur Tan (Türkiye), Begüm Koca (Türkiye), Song Xiaodong (China), Tuna Onur (Canada)
Globally, catastrophic seismic events cause massive property losses and large death tolls, e.g., the two 2023 Türkiye Earthquakes. Large earthquakes also provide a plenitude of first-hand observational data, which are greatly beneficial to earthquake sciences and socio-economics on earthquakes as well as earthquake countermeasures. Wide ranges of topics related to catastrophic earthquakes are foreseen for the Session, focusing on but not limited to the aspects below:
a) Earthquake history of the region prone by the catastrophe;
b) Source modeling based on teleseismic data and information from near-field;
c) Detailed mapping of seismic ruptures within the context of regional and global tectonic;
d) Revision of seismic hazard and risk strategies in the view of catastrophic earthquakes;
e) Socio-economic consequences and problem of maintaining preparedness against them.
We believe that such comprehensive view on catastrophic earthquakes will provide chance to mitigate the losses in future catastrophes.
S02. Artificial Intelligence in Seismological Research: From Data Analysis to Prediction
Conveners: Bahadır Aktuğ (Türkiye), Rajesh Rekapalli (India), Zhang Xiaodong (China), Fang Lihua (China)
In recent years, the development of big data and artificial intelligence has revolutionized seismology and promoted the rapid development of earthquake monitoring, forecasting and early warning. This session aims to provide attendees with insights into the latest developments in the fields of big data, machine learning and artificial intelligence in seismology. It also provides a platform for the exchange of ideas among researchers and practitioners working in different areas of seismology and geophysics. We encourage participation from students, early career researchers, and established academics from academia, industry, and government agencies. Technical sessions covering a range of topics including:
a) Research and applications of artificial intelligence in earthquake monitoring and early warning,
b) Research and applications of big data and artificial intelligence in earthquake forecasting,
c) Research and applications of artificial intelligence in the field of non-natural earthquakes,
d) Exploration of new methods of earthquake precursor phenomena, mechanism and observation.
S03. Seismic Hazard Assessment: Ground Motion, Risk, and Methodologies
Conveners: Mustafa Koçkar (Türkiye), Ayşegül Askan (Türkiye), Altuğ Erberik (Türkiye), H. Cem Yenidoğan (Türkiye), Mehdi Zare (Iran), Aybige Akıncı (Italy)
Earlier earthquake hazard assessments relied on determining the "maximum acceleration" expected in the target zone from the selected "maximum credible earthquake," following standardized procedures based on attenuation laws dependent on earthquake magnitude. This approach, known as force-based seismic design, focused on designing buildings based on estimated earthquake-induced acceleration without considering hazards from long-period ground displacements. However, it is now understood that low-frequency, long-duration seismic surface waves pose significant risks to large structures, especially those with tall footprints, as they can cause resonance effects and amplification, particularly on upper floors. This interaction between ground motion and building attributes ultimately determines seismic performance. Ground motion is influenced by earthquake size, propagation pattern, medium properties, and site effects, with soil amplification beneath the structure's foundation being a critical factor. This section welcomes research on seismic hazard and risk, encompassing seismology and earthquake engineering. The key step to reducing seismic losses from earthquakes worldwide is to identify and study hazards, risk, and damage estimation thoroughly. This session welcomes studies including but not limited to:
a) Regional seismic hazard, risk, and loss estimation approaches
b) Empirical ground motion models and seismic hazard assessment of recorded ground motions of past events
c) Code-based related research to structural vulnerabilities
d) Simulations of past and scenario earthquakes
e) Effects of local site conditions on hazard and risk levels
S04. Earth's Dynamic Forces: Tectonics, Geodynamics, and Volcano Seismology
Conveners: Gürol Seyitoğlu (Türkiye), Özgür Karaoğlu (Türkiye), Gao Yuan (China), Okubo Makoto (Japan), Kanatbek Abdrakhmatov (Kyrgyz Republic)
Tectonic plates, substantial rock slabs demarcating the Earth’s crust, continually shift to alter the Earth’s topography. This session seeks to convene eminent experts, researchers, and enthusiasts in earth sciences to scrutinize and unravel the intricate forces steering the ever-evolving Earth's landscape. The session will delve into three key thematic areas:
a) Tectonics: The session will begin by examining the fundamental forces driving tectonic plate movements. Researchers will present novel research on plate boundaries, subduction, and collision zones, and the earth science phenomena associated with these dynamic interactions.
b) Geodynamics: Delving into the Earth's interior, the second part will focus on geodynamics. Participants will discuss advanced research methodologies and approaches to investigate the Earth's mantle and other subsurface structures, elucidating the underlying mechanisms that sculpt our planet.
c) Volcano Seismology: The session particularly encourages the presentation of recent research focusing on an in-depth exploration of volcano seismology, unraveling the mysteries of volcanic activity and its seismic signatures.
It is expected to share insights into monitoring and interpreting volcano-induced seismicity, providing a comprehensive understanding of the complex relationship between volcanoes and seismic events. We are thrilled to get together in this session which promises to be a pivotal event in advancing our understanding of the dynamic processes shaping the Earth's surface.
S05. Remote Sensing Technologies: GPS, InSAR, and Applications in Earthquake Studies
Conveners: Haluk Özener (Türkiye), İbrahim Tiryakioğlu (Türkiye), Hakan Yavaşoğlu (Türkiye), Meng Guojie (China)
This session will consider the contributions of space geodesy, particularly Global Navigation Satellite Systems (GNSS) and Interferometric Side Aperture Radar (INSAR) to understanding the continental lithosphere's deformation and the earthquake cycle's physical nature. Space geodesy is providing fundamentally new tools to monitor deformation on spatial and temporal scales not possible with conventional techniques and unprecedented in the history of the earth sciences. Furthermore, the proliferation of continuous GNSS networks in seismically active areas provides important new information on earthquake processes, including inter-, pre-, co-, and post-seismic deformations. This session will consider deformation processes on the scale of individual faults to broad-scale plate motions, focusing on studies that combine geodetic results with neotectonic studies to examine the relationship between active tectonics and geologic structures.
a) GPS, Applications in Earthquake Studies
b) InSAR, Applications in Earthquake Studies
We are thrilled to get together in this session the investigation of the GPS observation and Insar application in different tectonic and geographical settings and their application to modern geodynamics, including the methodological and applied aspects.
S06. Imaging Shallow Structures: Geophysical Methods and Their Applications
Conveners: Tian Baoqing (China), Hakan Karslı (Türkiye), Emin U. Ulugergerli (Türkiye), Oya Pamukçu (Türkiye)
Complex shallow structures are critical to the safety of constructions and humans. Shallow ground condition is a comprehensive interdisciplinary direction that has developed most rapidly in geophysics in recent years. This session emphasizes the novelty and practicality of geophysical methods (Seismic (Reflection, Refraction, MASW, etc.), Electric (DC Resistivity, IP, SP), Electromagnetic (GPR, TEM, AMT/RMT, etc.), Gravity, and Magnetic) that can be applied to shallow structures research, such as;
a) Site surveying to construct earthquake resistance structures
b) Structural Geophysics (investigating structure damage by non-destructive geophysical methods)
c) Faults, cave, landslides investigation by using Geophysical Methods
d) Liquefaction investigation by using Geophysical Methods.
S07. Unveiling Earth's Secrets: Investigation of Crustal and Deeper Earth Structures by using Seismology, Geophysics, Geochemistry and Geology
Conveners: M. Emin Candansayar (Türkiye), Didem Acarel (Türkiye), Sandeep K. Gupta (India), Elif Balkan Pazvantoglu (Germany), Sarantsetseg Lkhagvasuren (Mongolia)
The session aims to delve into the mysteries that lie beneath our feet, exploring the intricate details of the Earth's crust and delving into the deeper realms of our planet. This session will bring together experts and researchers to share cutting-edge findings and methodologies that contribute to our understanding of the Earth's structure and dynamics. In this session, we would like to invite contributions, in particular using multidisciplinary methods such as seismology, geophysics, geology, and geochemistry, focusing on the structure and the evolution of the crustal and deeper Earth. Studies on the following topics will be discussed;
a) Crust, Lithosphere, and asthenosphere studies by using Passive Seismic Tomography and Magnetotelluric
b) Crustal Dynamics and Tectonics: Delving into the movements and interactions occurring within the Earth's crust, shedding light on tectonic processes that shape our landscapes.
c) Innovative Imaging Techniques: Exploring advanced methodologies and technologies for imaging the Earth's crust and deeper layers, uncovering new perspectives on its composition and structure.
d) Geophysical Investigations: Discussing the latest geophysical studies that provide insights into the properties of the crust and deeper Earth, enhancing our knowledge of seismic activity and geological phenomena.
e) Geochemistry and Geological Discoveries: Presenting groundbreaking discoveries in geochemistry and geology, offering a glimpse into the composition and evolution of Earth's crust and deeper geological formations.
f) Heat Flow Analysis: Analyzing the thermal state of the Earth's crust and mantle, providing crucial data for understanding the temperature distribution and its impact on geological and geophysical processes.
Participants in this session can anticipate a comprehensive exploration of Earth's subterranean realms, fostering collaboration and knowledge exchange among professionals dedicated to unveiling the secrets hidden beneath the Earth's surface.
S08. Anthropogenic Earthquakes: Source Properties and Spatio-Temporal Variations
Conveners: Sadi Kuleli (Türkiye), Bülent Kaypak (Türkiye), Burcu Turhan (Türkiye), Anna Berezina (Kyrgyz Republic), Inna Sokolova (Russia), Andrea Chiang (USA)
This session explores the intricate relationship between human activities and induced seismic events. Anthropogenic earthquakes, triggered by human intervention such as mining, reservoir-induced seismicity, and hydraulic fracturing, have garnered increasing attention due to their potential impacts on local communities and infrastructure. This session delves into the source properties of anthropogenic earthquakes, examining their magnitude-frequency distributions, focal mechanisms, and rupture characteristics. Additionally, it investigates the spatio-temporal variations of induced seismicity, exploring factors influencing the distribution and occurrence of anthropogenic earthquakes over time and space. Subtopics include:
a) Mining-Induced Seismicity: Mechanisms and Mitigation Strategies
b) Reservoir-Induced Seismicity: Understanding Reservoir Triggered Earthquakes
c) Geothermal-Induced Seismicity: Fluid Extraction and Re-Injection Operation Effects
d) Hydraulic Fracturing and Induced Seismicity: Assessing Risks and Impacts
e) Source Properties of Anthropogenic Earthquakes: Magnitude-Frequency Distributions and Rupture Mechanisms
f) Spatio-Temporal Patterns of Induced Seismicity: Factors Influencing Distribution and Occurrence
This session provides a comprehensive understanding of anthropogenic earthquakes, aiming to inform mitigation strategies, regulatory policies, and risk management practices in regions susceptible to induced seismicity.
S09. Cutting-Edge Observations: Advanced Techniques and Instruments in Seismology
Conveners: Li Li (China), Xu Weiwei (China), Ebru Bozdağ (USA)
This session is poised to unravel the forefront of seismic research, delving into the latest advancements in observational methodologies and instrumentation. Submerging into this dynamic realm, the session will explore groundbreaking techniques that promise to revolutionize our understanding of Earth's seismic activities. Participants can anticipate in-depth discussions on innovative observational tools, from high-resolution imaging technologies to state-of-the-art seismometers, all designed to capture and analyze seismic events with unprecedented precision. Subtitles for this captivating session may include
a) Revolutionizing Seismic Imaging,
b) Innovations in Seismometer Technology,
c) Emerging Technologies for Real-Time Monitoring
Engaging with experts and pioneers in the field, attendees will gain insights into how these cutting-edge observations not only enhance our fundamental knowledge of seismology but also pave the way for more effective disaster preparedness and risk mitigation strategies. Join us as we embark on a journey into the future of seismic observation, where technology meets the Earth's dynamic forces head-on.
S10. Enhancing Public Understanding: Education, Outreach, and Communication
Conveners: H. Sadi Kuleli (Türkiye), Paramesh Banerjee (Singapore), Rajib Shaw (Japan)
Türkiye has begun the biggest settlement transformation project in its history. The primary motivation for this project is the country’s severe earthquake risk. Two recent devastating earthquakes (Mw 7.7 and 7.6) destroyed even newly constructed buildings and caused extensive loss of life. Türkiye’s cities have major sustainability problems besides earthquake hazards in tectonically active areas. Today, the concept of a “sustainable settlement” has a more perceptible meaning than in the past because the new settlement policy requires precise earthquake hazard estimation and mitigation. UN-Habitat, the United Nations Human Settlements Programme, has adopted the 2016 Habitat III Conference outcome document to offer national and local guidelines on the growth and development of cities through 2036. Given the importance of this topic to global development efforts, recent movements pushing to address sustainable development from an urban perspective have taken place throughout the world. The results of this movement can be seen in the inclusion of a stand-alone goal for cities and urban development in the UN’s 2030 Agenda for Sustainable Development, specifically Sustainable Development Goal (SGD) 11, which is to “make cities and human settlements inclusive, safe, resilient and sustainable.” Seismology can contribute to sustainability in all kinds of human settlements, from single-family houses to large, complex industrial buildings and transportation facilities. A sustainable human habitat requires awareness and public participation. Academic contributions will help in preparing education and outreach programs for public awareness.
This section invites your contributions on how seismology education and outreach programs can contribute to the sustainability of cities and other human settlements.
S11. Disaster Management in Earthquakes: Preparedness, Response, and Recovery
Conveners: Miktad Kadıoğlu (Türkiye), Nilgün Okay (Türkiye), Dou Aixia (China), Muammer TÜN (Türkiye)
The session aims to comprehensively address the multifaceted challenges associated with seismic events. This crucial forum will delve into strategies for proactive preparedness, emphasizing the importance of community engagement, early warning systems, and effective communication channels. Subsequently, the "Response" segment will explore swift and coordinated actions required during and immediately after an earthquake, focusing on emergency response frameworks, rescue operations, and the deployment of resources. The session will also shed light on the complexities of "Recovery," covering post-disaster rehabilitation efforts, infrastructure reconstruction, and the socio-economic aspects of rebuilding communities. Subtitles within this session will include discussions on
a) Community Resilience Building,
b) Interagency Collaboration in Emergency Response,
c) Psychosocial Support in Post-Earthquake Recovery,
d) Lessons Learned from Past Earthquakes.
This comprehensive session seeks to enhance our understanding of disaster management in earthquakes, providing a platform for knowledge exchange and collaborative initiatives to build more resilient communities in seismic-prone regions.
S12. Tsunami Warning and Mitigation Strategies: Lessons from Recent Events
Conveners: Ahmet Cevdet Yalçıner (Türkiye), Dimas Salomo Januarianto Sianipar (Indonesia), M. Didem Samut Cambaz (Türkiye), Ceren Özer SÖZDİNLER (Türkiye)
In the "Tsunami Warning and Mitigation Strategies: Lessons from Recent Events" congress session, participants will delve into the multifaceted aspects of tsunami preparedness, early warning systems, and effective mitigation strategies, drawing insights from recent events. This session aims to dissect the lessons learned from real-world occurrences where tsunamigenic activities posed significant threats to coastal communities. Subtopics within this session include:
a) Early Warning System Effectiveness: Analyzing the efficiency and advancements in tsunami early warning systems, exploring successes and areas for improvement.
b) Integrating Technology for Timely Alerts: Evaluating the integration of cutting-edge technologies, such as remote sensing and real-time monitoring, in providing timely and accurate tsunami alerts.
c) Community Resilience and Preparedness: Examining community-based approaches to enhance resilience and preparedness, with a focus on education, outreach, and communication strategies.
d) Lessons from Recent Tsunami Events: Gaining insights from recent tsunamis worldwide, identifying patterns, and formulating strategies to mitigate the socio-economic impact of such disasters.
e) Interdisciplinary Collaboration: Highlighting the importance of interdisciplinary collaboration between seismologists, oceanographers, meteorologists, and disaster management experts in developing comprehensive tsunami warning and mitigation strategies.
This session aims to foster a comprehensive understanding of the challenges and advancements in tsunami warning and mitigation, ultimately contributing to the development of resilient coastal communities.
S13. Earthquake Early Warning Systems: Advances and Implementation
Conveners: Şerif Barış (Türkiye), Süleyman Tunç (Türkiye), Xie Junju (China), Simona Colombelli (Italy)
In the session on ""Earthquake Early Warning Systems: Advances and Implementation,"" we delve into the forefront of seismic technology, exploring the latest advancements and successful implementations in early warning systems. This session aims to showcase cutting-edge developments that enable timely detection and alerting of seismic activities, offering valuable insights into the ongoing efforts to mitigate the impact of earthquakes on communities and infrastructure.
Key Subtopics:
a) Innovative Sensor Technologies: Discover the latest breakthroughs in sensor technologies that enhance the accuracy and speed of earthquake detection, crucial for effective early warning systems.
b) Real-Time Data Processing: Delve into the intricate details of real-time data processing methodologies that facilitate swift and accurate analysis, allowing for prompt and precise earthquake warnings.
c) Community Engagement and Public Awareness: Explore strategies for engaging communities and raising public awareness about earthquake early warning systems, emphasizing the importance of preparedness and rapid response.
d) Implementation Challenges and Success Stories: Examine the challenges faced in implementing earthquake early warning systems, and learn from successful case studies that have demonstrated the practical application of these systems in diverse regions.
This session provides a comprehensive overview of the advancements in earthquake early warning systems and their successful implementation, fostering collaboration and knowledge exchange among experts and practitioners in the field.
S14. Scientific Expedition of Large Earthquakes for the Understanding of Seismogenic Mechanisms
Conveners: Li Ying (China), Galip Yüce (Türkiye), Jnana Ranjan Kayal (India)
Rapid initiation of scientific expeditions after large earthquakes plays an important role in understanding earthquake cycle, analyzing disaster-causing factors, and promoting earthquake disaster prevention and mitigation for policy-makers. Additionally, lots of scientific expeditions of large earthquakes have been conducted in many countries/regions stricken by devastating earthquakes in various initiation and work modes. Thus, we propose a session entitled “S14. Scientific Expedition of Large Earthquakes for the Understanding of Seismogenic Mechanisms”, focusing on but not limited to the aspects below:
a) Initiation modes of scientific expeditions of Türkiye earthquakes
b) Multi-disciplinary synergies and international collaborations in earthquake expeditions
c) New technique applications to earthquake expeditions
d) Scientific guidelines, standards, and data-sharing policies of earthquake expeditions
e) Advices and countermeasures for post-disaster recovery and reconstruction
f) Lessons, training, and education on earthquake expeditions
S15. Neo-deterministic seismic hazard assessment (NDSHA): Progress and scientific debate
Conveners: Antonella Peresan (Italy), Fabio Romanelli (Italy), Mohamed EIGabry (Egypt), Wang Guoxin (China), Zhang Yan (China)
In the last quarter of a century, physics-based seismic hazard assessment has attracted wide spreading attention in seismological and engineering communities. The emergence of neo-deterministic seismic hazard assessment (NDSHA) represents a new generation of deterministic seismic hazard evaluation, effectively capturing the tensor nature of strong ground motion using the latest advancements in seismology, data science, and computational technology. NDSHA relies on physical modelling of seismic waves propagation (no need for empirical ground motion prediction equations) from a broad set of plausible seismic sources (not a single scenario earthquake). The obtained results provide the basis for comparative studies, testing and validation by real earthquake cases with data intensive observations, and communicating with engineering and emergency management communities for its application. The research and its application play an important role in the endeavor of disaster risk reduction (DRR). In connection to the ASC-AfSC Preparatory Joint Working Group on Neo-Deterministic Seismic Hazard Assessment (pJWG NDSHA), the focus of the session is on:
a) The theoretical, computational, and application aspects of NDSHA,
b) A discussion of related science and a comparison with other approaches.
c) Research on the communication between NDSHA and engineering and emergency management communities for its application
S16. Effects and Risks of Earthquakes on Energy Fields and Facilities: Preventions and Strategies
Conveners: Daya Shanker (India)
This session will address the potential impacts of earthquakes on energy fields and facilities such as nuclear power plants, oil and gas installations, geothermal energy fields, and mines, as well as the infrastructure surrounding them, including pipelines and energy transmission lines. The session will provide participants with an opportunity to share their views and research on understanding the effects of earthquakes on energy facilities and infrastructure, assessing the risks that may arise in such areas, and determining appropriate preventions. Below is a list of the subtopics to be discussed in the session:
a) Effects of earthquakes and safety protocols in nuclear power plants
b) Risk analysis and measures for earthquakes in oil and gas facilities
c) Earthquakes in geothermal energy fields and seismic hazard assessment
d) Mines and earthquakes: security strategies and practices
e) Earthquakes in pipeline and energy transmission lines: infrastructure security and resilience
f) Designing earthquake-resilient infrastructure and renovation strategies
g) Emergency plans and crisis management: processes for being prepared for earthquakes.
S17. General Seismology
Conveners: Johannes Schweitzer (Norway), Li Li (China)
This session is intended to cover any topic in seismology which may not be directly relevant to any of the other sessions. We welcome contributions dealing with seismicity and seismotectonics of Asia, global, cryogene and planetary seismology, novel ideas or improvements to conventional methodologies, theoretical or applied aspects of seismology, etc.