ICMBGSD 25

International Conference on Marine Biodiversity, Genomics and Sustainable Development

April 9-11, 2025

School of Marine Sciences, CUSAT

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Dept. of Marine Biology, Microbiology and Biochemistry

Cochin University of Science and Technology

In association with:

National Center for Polar and Ocean Research, Goa &

CUSAT-NCPOR Center for Polar Sciences

About

Background

Oceans covering 2/3 of planet earth, which is teeming with various kinds of living organisms ranging from microscopic prokaryotes to the mammoth blue whales. Each of them has a definite role in the huge marine ecosystem and supports humanity with great amounts of food and other products and services.

However, the perturbations in the marine environment due to ocean acidification and increase in sea surface temperatures, ever increasing quantities of marine litter and the coastal pollution has started affecting the biological communities in a significant manner which will affect the very existence of humans on planet earth...

Department

DMMB is an integral part of the School of Marine Sciences CUSAT, which is one of its kinds School in the country with all branches of marine sciences under the same umbrella.

Being a highly research intensive department, DMMB is recognized under DST-FIST, UGC-SAP, KSCSTE-SARD and RUSA...

Keynote Speakers

Dr. Biju Kumar

Professor in the Department of Aquatic Biology & Fisheries

University of Kerala

Dr. Bineesh. K. K

Scientist-E

Zoological Survey of India

Dr. Rajesh Ramacchandran

Associate Professor

IISER MOHALI

Dr. Anas Abdulaziz

Senior Principal Scientist

CSIR-National Institute of Oceanography, ( Regional centre, Kochi )

Dr. Ratheesh Kumar R

Scientist

ICAR-CMFRI.

Dr. E.P. Nobi

Ministry of Earth Science

GoI

Dr. Tiago Ferreira Leao

Vale Institute of Technology for Sustainable Development

Brazil

Dr. Benjamin Naman C

USA

Focal Themes

Marine Biodiversity and Conservation

Marine biodiversity, spanning from microscopic plankton to whales, is vital for ecosystem health, providing oxygen, climate regulation, and sustenance for millions. However, it faces mounting threats from overfishing, pollution, habitat destruction, and climate change. Research in marine biodiversity and conservation is essential to understanding these challenges, protecting ocean ecosystems, and ensuring their sustainability. Safeguarding marine life supports both environmental resilience and humanity's future well-being.
• Exploration and cataloguing of marine biodiversity
• Conservation strategies for endangered marine species and ecosystems
• Marine protected areas and biodiversity hotspots
• Marine Pollution and its mitigation.

Sustainable Fisheries, Aquaculture and Blue Economy

Sustainable fisheries, aquaculture, and the blue economy are key to balancing ecological preservation with economic growth. Aquaculture meets rising seafood demand but must avoid resource overuse and pollution. The blue economy integrates sectors like renewable energy, marine biotechnology, and eco-tourism to promote sustainable marine resource use. Together, these approaches support resilient ocean ecosystems and the prosperity of coastal communities through innovation, research, and policy.
• Marine biotechnology in fish farming and aquaculture health management
• Fisheries-Sustainable development, management and resource conservation
• Impact of climate change on fisheries and aquaculture
• Marine spatial planning and integrated coastal management
• Policy frameworks for sustainable use of marine resources

Marine Biotechnology and Genomics

Marine biotechnology and genomics leverage the unique biological resources of marine organisms to drive innovation in pharmaceuticals, agriculture, energy, and environmental management. These fields enhance understanding of biodiversity, evolution, and ecosystem dynamics, aiding conservation and sustainable resource management. Advances in marine biotechnology, genomics, and high-throughput screening are accelerating the development of therapeutics.
• Biotechnological innovations for sustainable aquaculture
• Genomic insights into marine organisms and ecosystems
• Application of omics technologies (genomics, proteomics, metabolomics) in marine research
• Marine microbiomes and their role in ecosystem functioning
• Marine enzymes and biomaterials for industrial applications
• Marine bio-resources for renewable energy production (e.g., biofuels, algae-based energy solutions)

Marine Natural Products and Drug Discovery

The ocean’s biodiversity holds immense potential for drug discovery, offering bioactive compounds like antibiotics, enzymes, and anti-cancer agents. Marine organisms, adapted to extreme environments, produce chemically diverse molecules not found in terrestrial sources, making them a rich resource for new drug candidates. Exploring marine natural products is crucial for advancing medical science and addressing global healthcare challenges. By integrating drug discovery techniques to marine natural products, we unlock new strategies for environmental sustainability, improved health outcomes, and economic growth. Discovery of novel bioactive compounds from marine organisms
• Marine microbes, algae, and invertebrates as sources for pharmaceuticals and nutraceuticals
• Exploration of marine organisms for drug development
• Marine-derived anti-cancer, anti-inflammatory, and anti-microbial agents
• Development of marine bioactive compounds for human and animal health

Polar Biology, Climate Change and Ocean Health

Polar biology, ecology, and ocean health are deeply interconnected, with polar ecosystems highly sensitive to climate change. Rising temperatures drive ice melt, ocean acidification, and species shifts, threatening biodiversity and impacting global ocean health, fisheries, sea levels, and climate systems. As indicators of planetary health, polar regions are essential for understanding and mitigating climate change. Research in these areas guides policies to protect fragile ecosystems and ensure environmental resilience.
• Microbial Diversity and Community Structure
• Microbial Interactions and Biogeochemical Cycles
• Impact of climate change on marine ecosystems and resources
• Adaptive strategies for marine conservation in the context of climate change
• Marine Pollution and Bioremediation: Impact and solutions using Bio-Resources.

Marine Microbiology and Anti-Microbial Resistance

Marine microbiology and antimicrobial resistance (AMR) are critical research areas bridging health, ecology, and biotechnology. Marine microorganisms, including bacteria and fungi, drive essential processes like nutrient cycling and ecosystem health. However, oceans also act as reservoirs and pathways for antibiotic-resistant genes, amplified by human activities. Understanding marine microbial ecosystems and their role in AMR is vital for addressing this global health threat while safeguarding marine environments and public health.
• Surveillance and Monitoring of AMR in Marine Systems
• Strategies to Combat AMR in Marine Environments
• Climate Change and AMR in Marine Environments

Submission Guidelines

Guidelines for Poster Presentation

Guidelines for Abstract Submission

Important Dates

Registration Opens

01 January 2025

Registration and Abstract submission begins

Submission Deadline

20 January 2025

Last date for abstract submission

Conference Dates

April 9-11, 2025

Main conference program

Registration

Registration Fees

Students

₹500/-

Research Scholars

₹1500/-

Faculty/ Scientist

₹3000/-

International Faculty

USD 250

To confirm your participation in ICMBGSD 25 please register by the registration deadline. Register early to take advantage of Early Bird Registration rates. If you have any questions about registration please visit our FAQ page.