Session 1: Marine Biology and Ecology

The study of the ocean, its ecosystems, and life forms, as well as coastal environments, oceanic currents, and the sea floor, is known as marine science. Oceanology is another name for marine science. Marine biology research covers a wide range of organisms, from bacteria to whales, as well as viewpoints ranging from complete marine communities to molecular biochemistry. Marine research is vital in our effort to better understand our world and manage its resources. The study of marine organisms, their behaviour, and interactions with the environment is known as marine biology. To better comprehend marine species, marine biologist study biological oceanography as well as the related sciences of chemical, physical, and geological oceanography. Since marine biology is such a vast discipline most researchers choose a specific area of interest and specialize in it. Specializations might be based on a species, a group, a behaviour, a technique, or an ecosystem.

Session 2: Marine Engineering

Marine building is the sequence of applying designing sciences, and can include mechanical designing, electrical designing, electronic building, and software engineering, to the development, outline, operation and upkeep of watercraft impetus and additionally on-board frameworks and oceanographic innovation, not restricted to simply power and drive plants, apparatus, channelling, robotization and control frameworks and so on for marine vehicles of any sort like surface boats, submarines and so on. Marine life Science Conferences points is to total the prominent professionals, academicians and researchers from the field of Marine Oceanography, Marine sciences, Marine science and particular related regions to make a stage for solid trade of the current advancement and improvements towards marine oceanography.

Session 3: Marine Geology and GIS application

Marine topography or geographical oceanography is that the study of the history and arrangement of the ocean floor. It contains geophysical, geochemical, silt legitimate and paleontological examinations of the ocean depths and waterfront zone. Marine geography has solid connections to physical oceanography. Marine topographical investigations were of utmost impact in giving the essential proof to marine bottom distribution and tectonics within the years following war II. The profound marine floor is that the last basically strange boondocks and nitty gritty mapping in help of both military targets and monetary endpoints drives the exploration i.e. in Petroleum Field.

Session 4: Marine Pollution

Marine contamination occurs when harsh, or possibly hazardous, impacts result from the section into the ocean of chemicals, particles, mechanical, rural and private waste, clamour, or the spread of obtrusive life forms. Supplement contamination, a kind of water contamination, refers to ruining by over the highest contributions of supplements. It’s an important driver of eutrophication of surface waters, during which abundance supplements, typically nitrogen or phosphorus, animate green growth development. 

Session 5: Marine Data Management

The planning and implementation of research, and the efficient management of the resulting data often appear to be two widely separated worlds. Data managers consider the careful collection, management and dissemination of research data as essential for the effective use of research funds. Many researchers, on the other hand, consider data management as technical, boring and an necessary evil; so data management is often insufficiently planned, or not planned for at all, and is assigned a low priority. This is unfortunate, as there is much of social relevance and applicability in the colourful world of oceanographic data management. Our objective is to guide you through some of the many initiatives related to marine data management and to present the main players. Focus mostly on physical and biological oceanographic data (Boxes 2 and 3), less on hydrographic, chemical and geological data. Also discuss the new trends and developments that will determine the future of this field.

Session 6: Marine conservation

Marine conservation is the protection of marine species and ecosystems in oceans and seas worldwide. It involves not only protection and restoration of species, populations, and habitats but also mitigating human activities such as overfishing, habitat destruction, pollution, whaling and other issues that impact marine life and habitats. A related term you may encounter is marine conservation biology, which is the use of science to solve conservation issues. 

Session 7: Marine Biotechnology

Marine biotechnology, sometimes referred to as “blue biotechnology”, exploits the diversity found in marine environments in terms of the form, structure, physiology and chemistry of marine organisms, many of which have no equivalent on land, in ways which enable new materials to be realised. Marine biotechnology is a knowledge generation and conversion process: it unlocks access to biological compounds and provides novel uses for them.  By exploring and harnessing marine materials, entirely new uses in areas far from the marine are likely to be found.  

Session 8: Conservation of marine biodiversity

Marine conservation is informed by the study of marine plants and animal resources and ecosystem functions and is driven by response to the manifested negative effects seen in the environment such as species loss, habitat degradation and changes in ecosystem functions^[1] and focuses on limiting human-caused damage to marine ecosystems, restoring damaged marine ecosystems, and preserving vulnerable species and ecosystems of the marine life. Marine conservation is a relatively new discipline which has developed as a response to biological issues such as extinction and marine habitats change.

Session 9: Marine Science

The study of the ocean, its ecosystems, and life forms, as well as coastal environments, oceanic currents, and the sea floor, is known as marine science. Oceanology is another name for marine science. Marine biology research covers a wide range of organisms, from bacteria to whales, as well as viewpoints ranging from complete marine communities to molecular biochemistry. Marine research is vital in our effort to better understand our world and manage its resources.

Session 10: Marine habitats

The marine environment provides many ecosystems that support biodiversity in coastal and open ocean habitats. Marine ecosystems provide many resources that benefit society, and a significant proportion of the world's population depends closely on the ocean and coast for survival and well-being. Marine habitats include coastal zones, intertidal zones, sandy shores, rocky shores, mudflats, swamps and salt marshes, estuaries, kelp forests, seagrasses, and coral reefs. In addition, in the open ocean there are surface waters, deep sea and sea floor.