Risk Management

In the vast, complex world of maritime traffic management, data is king. But what happens when the data is incomplete or unreliable? That’s the question Zhaojin Yan, a researcher from the China University of Mining and Technology, set out to address

In the high-stakes world of maritime operations, working aloft—those tasks performed high above the deck—poses significant risks. Despite stringent safety protocols, incidents still occur, often due to human error. A new study, published in the journ

In the heart of China’s Leizhou Peninsula, a recent study has shed light on the heavy metal pollution lurking in the sediments of Liusha Bay’s mangrove forests. The research, led by Xianhui Yang from the Technology Innovation Center for South China S

Researchers from the University of Notre Dame, including J Xu, TL Wickramarathne, EK Grey, K Steinhaeuser, R Keller, J Drake, N Chawla, and DM Lodge, have developed a novel approach to assess and manage the spread of non-indigenous species (NIS) thro

Researchers Nadia Pourmohammad-Zia and Mark van Koningsveld from the Delft University of Technology have conducted a comprehensive review of climate resilience in ports and waterborne transport systems. Their work, published in the journal Transporta

Researchers Md Isfakul Anam, Tuyen Vu, and Jianhua Zhang have developed a novel approach to enhance the resilience of energy management systems (EMS) in the face of increasing complexity and uncertainty. Their work, focused on integrating intelligent

Researchers from the University of Ottawa, led by Ruixin Song and Amilcar Soares, have developed a groundbreaking model to predict maritime shipping traffic and assess the risk of aquatic non-indigenous species (NIS) spread. This innovative approach

In a significant stride towards greening the maritime industry, researchers have conducted a comprehensive risk assessment comparing gaseous hydrogen (GH2) and liquid hydrogen (LH2) fuel systems for ships. The study, led by Jinyeong Jeong from the De

In the rapidly evolving world of maritime technology, the rise of Maritime Autonomous Surface Ships (MASS) is both exciting and challenging. A recent study, led by Hyeri Park from the Korea Maritime Institute, sheds light on the safety and regulatory