Aims:
The Journal of Marine Sciences and Technology for Sustainable Development (JMSTSD) aims to advance interdisciplinary research in marine sciences, engineering, technology, and maritime systems that contributes to sustainable ocean and coastal development. The journal seeks to promote scientific innovation, technological advancement, and evidence-based solutions that support resilient marine environments, sustainable maritime activities, and a thriving blue economy.
JMSTSD provides an international platform for researchers, engineers, policymakers, and industry professionals to exchange knowledge and develop innovative solutions to emerging challenges in ocean and maritime systems. The journal particularly encourages interdisciplinary research that connects scientific understanding with practical applications for sustainable marine development.
Scope:
JMSTSD welcomes high-quality original research articles, review papers, and case studies covering a broad range of interdisciplinary topics related to sustainable ocean and maritime development. The journal is organized into three main sections:
Section A: Engineering and Technologies
- A-1: Civil, Offshore and Coastal Engineering
- A-2: Ocean and Maritime Engineering
- A-3: Sustainable Oceanic Electrical and Electronic Technologies
Section B: Environment and Ecosystems
- B-1:Marine Fisheries
- B-2:Marine Biology
- B-3:Marine Chemistry
- B-4:Marine Geology
- B-5:Physical Oceanography
Section C: Maritime Systems and Blue Economy
- C-1:Resources, Economy, and Management
- C-2:Maritime Systems, Transport, and Logistics
More Details are as below:
Section A: Engineering and Technologies
A-1:Civil, Offshore and Coastal Engineering
- A-1-1:Application and Analysis of Concrete Structures in Marine Environments
- A-1-2:Marine Meteorology and Climate Change
- A-1-3:Marine Sediments, and Geotechnical Engineering in Coastal Environments
- A-1-4:Numerical Modeling, Reliability Assessment, and Optimization Techniques
- A-1-5:Ocean and Coastal Hazards
- A-1-6:Steel-Concrete Composite Materials
- A-1-7:Structural Health Monitoring
A-2:Ocean and Maritime Engineering
- A-2-1:AI applications in ocean engineering
- A-2-2:Deepsea engineering and subsea systems
- A-2-3:Marine hydrodynamic, propulsion and control
- A-2-4:Maritime safety, regulations and operational risk
- A-2-5:Ocean energy, converters and sustainable technologies
- A-2-6:Ocean structural analysis and design
- A-2-7:Smart ships and autonomous marine systems
A-3:Sustainable Oceanic Electrical and Electronic Technologies
- A-3-1:Underwater Acoustic Communication
- A-3-2:Underwater Sensor Networks and IoT
- A-3-3:Power Electronics and Electric Drives for Marine Systems
- A-3-4:Offshore Electrical Infrastructure, Smart Marine Grids
- A-3-5:Ocean Energy Conversion and Electrical Integration
- A-3-6:Marine Robotics and AUVs
- A-3-7:Electromagnetic Sensing, Subsea Imaging Technologies
- A-3-8:Reliability, Fault Diagnosis, Predictive Maintenance in Marine Electronics
- A-3-9:Marine Instrumentation, Real-Time Data Acquisition Systems
- A-3-10:Sustainable and Renewable Electrical Technologies
- A-3-11:AI Applications in Oceanic Electrical Systems
Section B: Environment and Ecosystems
B-1:Marine Fisheries
- B-1-1:Marine fish biology
- B-1-2:Fish stock assessment
- B-1-3:Fisheries management, governance, and policy
- B-1-4:Climate change and pollution on marine fisheries
- B-1-5:Conservation of marine species
- B-1-6:Fishing gear technology
- B-1-7:Marine aquaculture and stock enhancement
- B-1-8:Marine biodiversity and fisheries management
- B-1-9:Seafood quality, safety, and post-harvest technology
- B-1-10:Socioeconomic and livelihood aspects of marine fisheries
B-2:Marine Biology
- B-2-1:Biology and Physiology of all marine organisms
- B-2-2:Climate change and biological oceanography
- B-2-3:Evolution, Phylogeny, Systematics
- B-2-4:Marine Biodiversity
- B-2-5:Marine biotechnology and Aquaculture Sustainability
- B-2-6:Marine plant science and phycology
- B-2-7:Marine pollution
- B-2-8:Population dynamics and genetics
B-3:Marine Chemistry
- B-3-1:Applications of AI in ocean chemistry
- B-3-2:Biogeochemistry
- B-3-3:Isotope chemistry
- B-3-4:Marine atmosphere chemistry
B-4:Marine Geology
- B-4-1:Coastal morphology, erosion and sediment deposition
- B-4-2:Environmental geology and marine pollution
- B-4-3:Marine geochemistry and marine geobiochemical cycles
- B-4-4:Marine geology and sea floor exploration
- B-4-5:Paleoceanography, paleoclimatology and sea-level studies
- B-4-6:Plate Tectonics, tsunami and geological hazards
B-5:Physical Oceanography
- B-5-1:Air-Sea Interaction and Energy Exchange
- B-5-2:Geophysical Fluid Dynamics and turbulence
- B-5-3:Large-Scale and Regional Ocean Circulation
- B-5-4:Ocean Observation and Remote Sensing
- B-5-5:Ocean Stratification, Mixing and Thermodynamics
- B-5-6:Waves, Tides, and Coastal Dynamics
Section C: Maritime Systems and Blue Economy
C-1:Marine Resources, Economy, and Management
- C-1-1:Blue Economy Strategies and Investment Models
- C-1-2:Global Maritime Trade and Finance
- C-1-3:Innovation and Entrepreneurship in the Blue Economy
- C-1-4:Marine and Coastal Tourism Development
- C-1-5:Marine Resource Economics and Valuation
- C-1-6:Marine Spatial Planning and Coastal Zone Management
- C-1-7:Ocean Governance and International Maritime Law
- C-1-8:Public-Private Partnerships in Maritime Development
- C-1-9:Socioeconomic Impacts of Marine Activities
- C-1-10:Sustainable Maritime Transport Services
C-2:Maritime Systems, Transport, and Logistics
- C-2-1:Digitalization AI and Autonomous Shipping and Port Systems
- C-2-2:Global Maritime Logistics and Supply Chain Dynamics
- C-2-3:Integrated Port and Shipping Management
- C-2-4:International Maritime Trade and Marine Tourism
- C-2-5:Marine Economy and Strategic Transport Policy
- C-2-6:Maritime Education Training and Capacity Building
- C-2-7:Maritime Safety Security and Risk Management
- C-2-8:Port and Shipping Economics and Market Forecasting
- C-2-9:Port–Hinterland Connectivity and Multimodal Integration
- C-2-10:Sustainable Maritime Transport and Decarbonization Strategies
