ICEO & SI 2024 EN
Call for Special Session
Topic 1：Applications of Maritime Remote Sensing
Convener：
A special session may involve one or more fields, but should be organized under a unified theme. The special session aims to showcase the research results of other authors that align with the theme of the special session. Papers for the special session should be reviewed by the organizers of the special session. These papers will become part of the conference proceedings.
Proposals for special sessions should be submitted through the following specific template, providing information about the title proposer and abstract in English or Chinese.
Please mail Ms. Yeh [email protected] after completing it.
Deadline for submission of abstracts for special sessions: March 30, 2024
Topic 1：Applications of Maritime Remote Sensing
Convener：
| Ming-An Lee | National Taiwan Ocean University |
| Sheng-Long Kao | National Taiwan Ocean University |
In 2024 Now, the applications of Remote Sensing in Maritime technology following the rapid development of 5G, low orbit satellite communication systems, AIS CubeSat, wind farm green energy, Internet of Things, supply Chain, Energy saving and carbon reduction, and Maritime Supply Chains, therefore, Remote Sensing technology has become more and more important to people's daily lives. In addition to improving the convenience of global communication, the advanced development of Maritime Remote Sensing application of terminal telemetry combined with Geographic Information Systems is becoming increasingly important, and the time is very well now. Through the establishment of technical capacity for space management and decision support, the tentacles extend from the sea to space and propose strategies and strategies for the close integration of industry, government, and academia for Maritime resources, Marine information, Green Energy, Energy Storage, Navigation Safety, disaster relief, and disaster prevention. Inspired by the establishment of a Maritime Big data palace sharing system, it is expected to reduce natural or man-made maritime disasters, prevent disasters in peacetime and provide disaster relief, extend the experiences to Military and National Security operations, and combine the achievements of private business and academic professions to promote our country's maritime industry. This topic expects to bring together papers related to maritime Remote Sensing applications.
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Topic 2：Harnessing Geospatial Technology for Resilience: Mitigating Disaster and Environmental Risks in Vulnerable Regions(IAG’i2024)
Convener：| Takashi Oguchi | The University of Tokyo |
| Yuei-An Liou | National Central University |
This session delves into the transformative impact of geospatial technology, encompassing remote sensing and geographic information systems, on proactively addressing and mitigating disaster and environmental risks. Focused primarily on disaster-prone regions, such as Japan, Taiwan, and Vietnam, where communities grapple with diverse natural hazards, including earthquakes, tsunamis, floods, landslides, and debris flows, exacerbated by the looming specter of intensified extreme weather events due to global warming.
As the consequences of climate change unfold, these regions face an escalating need for comprehensive risk reduction strategies. This session explores the multifaceted contributions of geospatial technology in tackling this challenge head-on, offering insights into innovative applications and methodologies. From monitoring seismic activities to predicting and managing the impact of heavy rainfall, the session aims to provide a holistic understanding of how geospatial technology can be effectively harnessed to enhance resilience.
Organized in collaboration with the Commission on Hazard and Risk of IGU (International Geographical Union), this session welcomes a diverse array of perspectives and presents outcomes from various application studies. By fostering a nuanced dialogue, it seeks to contribute to a broader global conversation on the pivotal roles played by geospatial technology in building resilient and sustainable communities amidst evolving environmental challenges.
Topic 3：Taiwan Polar ResearchAs the consequences of climate change unfold, these regions face an escalating need for comprehensive risk reduction strategies. This session explores the multifaceted contributions of geospatial technology in tackling this challenge head-on, offering insights into innovative applications and methodologies. From monitoring seismic activities to predicting and managing the impact of heavy rainfall, the session aims to provide a holistic understanding of how geospatial technology can be effectively harnessed to enhance resilience.
Organized in collaboration with the Commission on Hazard and Risk of IGU (International Geographical Union), this session welcomes a diverse array of perspectives and presents outcomes from various application studies. By fostering a nuanced dialogue, it seeks to contribute to a broader global conversation on the pivotal roles played by geospatial technology in building resilient and sustainable communities amidst evolving environmental challenges.
Convener：
| Chuen-Fa Ni | National Central University |
| Hwa Chien | National Central University |
Taiwan's polar research scholars have been working on the field for several years. The goal of the work is to contribute to polar research, and to transform Taiwan from a passive recipient to a provider of polar research data.
Over the past few years, we have accumulated a number of research results and has gradually expanded the scale of our research. The members plans to more comprehensively cover different aspects of the polar regions, including the land, ocean, and sky. We will use Earth science research methods to forge a new path for polar research.
The session will introduce the achievements of Taiwan's polar research scholars to date and their future research prospects.
Topic 4：Taiwan Sustainability Hub: Green Energy, Ecological Conservation and Management
Convener：| Chih-Chieh Young | National Taiwan Ocean University |
Under a changing climate, increased natural disasters and potential environmental impacts in the coastal or open ocean are one of the most critical issues in this century. For a sustainable marine environment, the development and application of key technologies in observations, ocean models, and artificial intelligence approaches are crucial. This Special Session “Monitoring and Forecasting Technologies for Marine Environments and Hazards” invites research papers (abstracts) with focuses on observational databases, modelling (or forecasting) techniques, and marine disasters and management.
The topics listed below and other related works are welcome:
1. Long-term observation declaring the impacts of climate changes on the marine environment.
2. Developments and applications of observational techniques like remote sensing (radar and satellite).
3. Developments and applications of forecasting technology including ocean models as well as artificial intelligence approaches.
4. Evaluation and management of marine environmental, biological, geochemical, and ecological disasters.
The topics listed below and other related works are welcome:
1. Long-term observation declaring the impacts of climate changes on the marine environment.
2. Developments and applications of observational techniques like remote sensing (radar and satellite).
3. Developments and applications of forecasting technology including ocean models as well as artificial intelligence approaches.
4. Evaluation and management of marine environmental, biological, geochemical, and ecological disasters.
Topic 5：Taiwan Sustainability Hub: Disaster Management for River and Estuary System
Convener：| Wen-Cheng Liu | National United University |
| Li-Ching Li | National Central University |
| Wei-Che Huang | National United University |
In the realm of river and estuary management, the effects of global changes are increasingly evident, manifesting in heightened intensity and frequency of water flow and sediment-related disasters. Consequently, effective management and mitigation of hydrological risks necessitate a robust framework leveraging on-site surveys, smart monitoring systems, and precise simulation techniques. Such measures aim to bolster the efficiency and accuracy of disaster response strategies, crucially addressing the societal and economic impacts of these events. This special section aims to foster discourse and research pertaining to the aforementioned challenges. Topics of interest include, but are not limited to:
1. Development and implementation of smart and unmanned systems for monitoring and management purposes.
2. Exploration of hydrological dynamics and sediment transport within watersheds, reservoirs, and river basins.
3. Investigation into runoff routing mechanisms and management strategies within catchment areas.
4. Strategies for disaster risk management specific to river and estuary environments.
Topic 6：Net Zero Management – Forest and Ocean Carbon Sequestration1. Development and implementation of smart and unmanned systems for monitoring and management purposes.
2. Exploration of hydrological dynamics and sediment transport within watersheds, reservoirs, and river basins.
3. Investigation into runoff routing mechanisms and management strategies within catchment areas.
4. Strategies for disaster risk management specific to river and estuary environments.
Convener：
| Han-Ching Hsieh | Ministry of Agriculture （MOA） |
Natural carbon sinks refer to the domains of forest, soil, and ocean carbon storage, as well as the inclusion of wetland carbon sinks, which contribute to the removal of a nation’s total greenhouse gas emissions, effectively aiding the national policy towards net-zero emissions. Therefore, this session primarily serves as a platform for sharing current policies, methodologies, and the research and development achievements of advanced carbon sink estimation or monitoring technologies in the agricultural sector, with the aim of assisting Taiwan and the global community in achieving the 2050 net-zero emission target.
Topic 7：Taiwan Sustainability Hub: Coastal Radar Monitoring TechnologyConvener：
| Dong-Jiing Doong | National Cheng Kung University |
Taiwan is located in the Pacific Ring of Fire. The Eurasian Plate and the Philippine Sea Plate push together to form majestic mountains and rapid streams. The coastal zones and shelf waters nurture diverse ecosystems. Under the influence of monsoons, ocean currents, and climate, the marine environment is also facing various conflicts. Therefore, how to achieve the joint SDG14 goal of "conservation and sustainable use of the ocean and marine resources" is crucial for the sustainable development of the coastal environment. The purpose of this section will be to provide a discussion platform to create coastal actions and development platforms for cross-disciplinary knowledge integration, with sustainable transformation and innovation as possible substantive actions or policies.
Topic 8：Monitoring of Greenhouse Gases Emissions from Terrestrial EcosystemsConvener：
| Yi-Ying Chen | Research Center for Environmental Changes,Academia Sinica |
| Syu-Ruei Jhang | National United University |
The IPCC Special Report on Climate Change and Land published in 2019 indicates that greenhouse gas emissions from human activities (including land use changes, agricultural activities, and energy use), including carbon dioxide, methane, and nitrous oxide, have shown a trend of stabilizing and gradually increasing in recent years. While carbon dioxide emissions are being controlled, methane and nitrous oxide emissions are increasing annually. The potential environmental factors behind this phenomenon may lie in the contradiction between human management strategies, land economics, and land use policies. Therefore, the sustainable development of terrestrial environments faces serious challenges. This meeting aims to understand the “impact and implications of human activities on terrestrial greenhouse gas emissions” through in-situ observations, relevant management strategies, and the development of remote sensing technologies. Researchers are invited to focus on the establishment of observation datasets from various terrestrial ecosystems including urban, agricultural, and forest, with topics and related studies such as:
1. Long-term or short-term observation of GHGs emissions from the terrestrial ecosystem.
2. Developments and applications of observational techniques for determining GHGs emissions.
3. Evaluation and management of GHGs for terrestrial ecosystems.
Topic 9：Academic Forum on Environmental, Social, and Governance (ESG) Issues1. Long-term or short-term observation of GHGs emissions from the terrestrial ecosystem.
2. Developments and applications of observational techniques for determining GHGs emissions.
3. Evaluation and management of GHGs for terrestrial ecosystems.
Convener：
| Phung Van Bang | Academia Sinica, Taiwan |
| Le Thi Phuong | Fu Jen Catholic University |
| Kim-Anh Nguyen | Vietnam Academy of Science and Technology |
| Yuei-An Liou | National Central University |
Introduction: In recent years, Environmental, Social, and Governance (ESG) criteria have become increasingly important for investors, businesses, and society at large. ESG factors encompass a broad range of issues, including environmental sustainability, social responsibility, and corporate governance practices. As awareness of the interconnectedness between business operations and broader societal and environmental impacts grows, there is a need for rigorous academic research to inform decision-making and drive positive change.
Objective: The objective of this proposal is to organize an academic forum dedicated to exploring and advancing understanding of ESG issues. The forum will provide a platform for researchers, practitioners, policymakers, and other stakeholders to exchange ideas, share insights, and discuss the latest developments in the field of ESG.
Themes and Topics: The forum will cover a wide range of themes and topics related to ESG, including but not limited to:
1. Environmental sustainability and climate change mitigation
2. Social responsibility and stakeholder engagement
3. Corporate governance and ethics
4. Sustainable finance and investment strategies
5. ESG reporting and disclosure
6. Impact measurement and assessment
7. Supply chain sustainability
8. Technology and innovation for ESG integration
9. Regulatory frameworks and policy implications
10. Case studies and best practices
Objective: The objective of this proposal is to organize an academic forum dedicated to exploring and advancing understanding of ESG issues. The forum will provide a platform for researchers, practitioners, policymakers, and other stakeholders to exchange ideas, share insights, and discuss the latest developments in the field of ESG.
Themes and Topics: The forum will cover a wide range of themes and topics related to ESG, including but not limited to:
1. Environmental sustainability and climate change mitigation
2. Social responsibility and stakeholder engagement
3. Corporate governance and ethics
4. Sustainable finance and investment strategies
5. ESG reporting and disclosure
6. Impact measurement and assessment
7. Supply chain sustainability
8. Technology and innovation for ESG integration
9. Regulatory frameworks and policy implications
10. Case studies and best practices
