Sagar Kanya Research Vessel [upd] -

ORV Sagar Kanya is a multi-disciplinary research platform designed to endure harsh deep-sea conditions. Built in Germany at Schichau Unterweser shipyard. Length: 100.34 meters. Breadth: 16.39 meters. Endurance: Up to 45 days at sea. Capacity: Accommodates 31 scientists and 53 crew members.

under the Ministry of Earth Sciences. For over four decades, it has served as a floating laboratory, playing a pivotal role in unraveling the mysteries of the Indian Ocean. Technical Capabilities

What makes the Sagar Kanya a premier research asset is its ability to support diverse scientific disciplines simultaneously. The vessel features specialized, climate-controlled laboratory spaces equipped for specific fields of study: 1. Marine Geology and Geophysics Sagar Kanya Research Vessel

Her expeditions helped India secure "Pioneer Investor" status from the International Seabed Authority, reserving a vast area in the Central Indian Ocean Basin for exploration. This was a strategic milestone for the nation’s resource security.

The ORV Sagar Kanya is the bedrock of India’s oceanographic research. This ocean-going research vessel has spearheaded deep-sea exploration for over four decades. It has mapped the seabed, explored monsoons, and unlocked secrets of the Indian Ocean. Overview and Specifications ORV Sagar Kanya is a multi-disciplinary research platform

Dedicated clean labs track trace elements and isotopes across the Indian Ocean via programs like . 3. Atmospheric and Meteorological Studies

The story of ORV Sagar Kanya is a testament to successful international scientific cooperation. In the year 1983, under an , the multidisciplinary research vessel was built in Germany at the Neue Schlichting Werft shipyard in Travemünde. It was delivered to India's Ministry of Earth Sciences (then the Department of Ocean Development). Breadth: 16

Following the devastating Indian Ocean Tsunami, Sagar Kanya was one of the first vessels on the scene to map the underwater seismic changes and assess the damage to the marine ecosystem, providing vital data for the early warning system built later.

A key paper on low surface ozone levels over the Arabian Sea during the monsoon, which challenged existing chemical transport models. W-ICARB (2008–2009):

Located unique deep-sea hydrothermal vent ecosystems in the Indian Ocean ridge systems.