Low Frequency Shipping Ambient Noise Mapping For Passive Sonar Simulator.
The research note talks about an ingenious Passive Sonar Simulator (PSS) that the authors aim to develop using real time data inputs will be a critical tool for fulfilling our audacious objectives. The research note suggests that the complex tropical littoral waters of the Indian Ocean Region provide us with challenges to…
AUV Design And Development To Validate Low Ambient Frquency Noise.
Autonomous Underwater Vehicles (AUVs) are self-propelled, unmanned underwater vehicles that can perform tasks with little or no human supervision. They are used for ocean-based research, such as mapping the seafloor, studying ocean properties, and measuring ambient noise…
AUV Design and Development for Deep Sea Mining (Polymetallic Nodules)
This Paper will provide information about underwater robot technology and its application for the mining process in the deep sea ocean.This article first discusses why polymetric…
Sediment Management For The Brahmaputra River.
This research note highlights the existing issues related to the sedimentation problem in one of the largest rivers in India, i.e. the Brahmaputra River. It draws attention to various issues related to the river and how the gaps in the existing policies are causing a problem in resolving…
Underwater Search And Recovery: A Reference To Develop A Regulatory Framework For The Indian Ocean Region.
This research note discusses the growing significance of the Indian Ocean Region (IOR) and the need for enhanced underwater search and recovery (UWSAR) capabilities. The Indian Ocean Region is a critical area for international energy…
Underwater Search And Recovery Its Present Level Of Technology.
This research note talks about underwater search and recovery which refers to the investigation, rescue, and salvage of objects with high value (eg. aircraft black boxes, underwater vehicles, and crashed vehicles) that…
Underwater Channel Modelling-3D Aspect In The Indian Ocean Region (IOR).
The science of production, transmission, reception, and utilization of sound in the sea is called…
Mathematical Study On Underwater Channel Modelling In Indian Ocean Region.
Underwater acoustics is the study of the propagation of sound in water and the interaction of the…
Inland Waterways Aids To Navigation Using Sediment Prediction.
This research note assesses the potential of Inland water transportation in India and various advantages associated with it. It highlights the ‘sediment levels predictions’ as a promising technique to make our water more navigable. It suggests…
Tropical Waters and Unique Characteristics: Physical Characteristics of the Indian Ocean
Author Romit Rajendra Kaware Facebook Twitter Youtube Linkedin Abstract The Indian Ocean has traditionally functioned as a crucial hub for marine commerce, enabling the linkage between the East and West via ancient trade routes such as the Silk Road and Spice Route. It continues to serve as a crucial international trade pathway, connecting Europe, the Middle East, Africa, and Asia. The Indian Ocean, which constitutes 20% of Earth’s surface, is unique in its status as the third-largest body of water. Unlike other oceans, it is land-locked to the north and does not expand into the cold temperatures of the northern hemisphere. Located north of southern Asia, bordered by the Arabian Peninsula and Africa to the west, the Malay Peninsula, Sunda Islands, Australia to the east, and Antarctica to the south, this region is important in global marine affairs. The entrance to the Indian Ocean is characterised by limited entry and departure ports, commonly called chokepoints. The Indian Peninsula acts as a partition, separating the northern Indian Ocean into two distinct basins: the Arabian Sea and the Bay of Bengal. Extending India’s coastline to almost 7,600 km strategically places the country in a prominent position within the Indian Ocean. Download Report