1. Is my information Secure?

We use the best standards in Internet security. Any data retained is not shared with third parties.

2. Do you also offer career/ course guidance?

Yes, we do provide complete guidance on the course and counselling support.

3. What you will learn?

This course explores the relationships between marine chemistry, marine biological and geochemical processes - with a focus on developing an understanding of the interplay and responses between ocean chemistry, marine biology and global change.

4. What is the duration of this course?

The duration of the course is 249 Hours of Two-Way Live Online Interactive Sessions by our most respected industry experts and recognized by numerous organizations over the years for their work.

5. What is Marine Biogeochemistry?

Marine biogeochemistry is the study of the physical, biological, geological, and chemical processes that distribute and transform nutrients and other chemical species in the marine environment.

Marine Biogeochemistry Course

Module 1: Introduction to Marine Biogeochemistry
Understand the importance of marine biogeochemistry in understanding Earth's biogeochemical cycles and ecosystem dynamics Identify the key components of marine biogeochemical cycles and their interactions Describe the main sources and sinks of marine biogeochemical elements
- Biogeochemical cycles
- Ocean chemistry
- Nutrient cycling
Module 2: Physical and Chemical Oceanography
Understand the basic physical and chemical properties of seawater Identify the factors that control the distribution of chemical constituents in the ocean
- Ocean circulation
- Water masses
Module 3: Marine Carbon Cycle
Understand the major processes and pathways that control the uptake, transport, and storage of carbon in the ocean Describe the role of marine carbon cycling in global climate change Identify the factors that influence ocean acidification
- Biological pump
- Carbonate chemistry
- Ocean acidification
Module 4: Nutrient Cycling
Understand the importance of nutrients for marine primary production and ecosystem dynamics Identify the key nutrient cycles in the ocean Describe the factors that control the distribution and availability of nutrients in the ocean
- Nitrogen cycle
- Phosphorus cycle
- Iron cycle
Module 5: Oxygen and Carbon Dioxide Cycling
Understand the processes that control the distribution and cycling of oxygen and carbon dioxide in the ocean Describe the role of the ocean in regulating atmospheric oxygen and carbon dioxide levels Identify the factors that influence oceanic hypoxia and anoxia
- Oxygen minimum zones
- Carbon dioxide fluxes
- Ocean deoxygenation
Module 6: Trace Metals Cycling
Understand the importance of trace metals for marine biota and ecosystem functioning Identify the key trace metal cycles in the ocean Describe the factors that control the distribution and bioavailability of trace metals in the ocean
- Iron limitation
- Manganese cycle
- Zinc cycle
Module 7: Organic Matter Cycling
Understand the processes that control the production, transformation, and degradation of organic matter in the ocean Identify the key components of marine organic matter and their roles in ecosystem functioning Describe the factors that control the quantity and quality of marine organic matter
- DOM dynamics
- Particulate organic matter
- Microbial ecology
Module 8: Biogeochemistry of Marine Sediments
Understand the processes that control the formation, accumulation, and preservation of marine sediments Identify the key biogeochemical processes that occur in marine sediments Describe the role of marine sediments in global biogeochemical cycles
- Sediment biogeochemistry
- Diagenesis
- Paleoclimate proxies
Module 9: Marine Ecosystem Dynamics
Understand the key components and processes of marine ecosystems Identify the factors that control the structure and function of marine ecosystems Describe the role of marine ecosystems in global biogeochemical cycles
- Trophic interactions
- Biodiversity
- Ecosystem modeling
Module 10: Climate Change and Marine Biogeochemistry
Understand the impacts of climate change on marine biogeochemical cycles and ecosystems Identify the feedbacks between marine biogeochemistry and climate change Describe the strategies for mitigating the impacts of climate change on marine biogeochemistry
- Ocean warming
- Ocean acidification
- Sea level rise
Module 11: Marine Microbial Ecology
Understand the diversity and distribution of marine microorganisms Identify the roles of marine microorganisms in biogeochemical cycles and ecosystem functioning Describe the interactions between marine microorganisms and their environment
- Marine microbial diversity
- Microbial metabolism
- Microbial biogeochemical cycles
Module 12: Marine Biogeochemical Sensors and Observatories
Understand the principles and applications of marine biogeochemical sensors and observatories Identify the types and capabilities of marine biogeochemical sensors and observatories Describe the role of marine biogeochemical sensors and observatories in advancing our understanding of marine biogeochemistry
- Ocean observing systems
- Biogeochemical sensors
- Data analysis and visualization
Module 13: Marine Biogeochemistry in Polar Regions
Understand the unique biogeochemical processes and cycles in polar oceans Identify the impacts of climate change on marine biogeochemistry in polar regions Describe the role of polar oceans in global biogeochemical cycles
- Arctic oceanography
- Antarctic oceanography
- Polar marine ecosystem dynamics
Module 14: Harmful Algal Blooms and Marine Biotoxins
Understand the causes and consequences of harmful algal blooms and marine biotoxins Identify the key harmful algal species and their impacts on marine ecosystems and human health Describe the strategies for monitoring and mitigating harmful algal blooms and marine biotoxins
- Harmful algal species
- Biotoxin chemistry
- Public health implications
Module 15: Marine Biogeochemistry and Human Health
Understand the impacts of marine biogeochemistry on human health Identify the sources and pathways of marine pollutants and toxins that can affect human health Describe the strategies for mitigating the impacts of marine biogeochemistry on human health
- Marine pollutants,
- Toxins and human health,
- Aquaculture and food safety
Module 16: Marine Biogeochemistry and Fisheries Management
Understand the role of marine biogeochemistry in fisheries management and conservation Identify the factors that affect fish populations and ecosystem productivity Describe the strategies for sustainable fisheries management
- Fisheries ecology,
- Fish population dynamics,
- Marine protected areas
Module 17: Marine Biogeochemistry and Blue Carbon
Understand the role of marine biogeochemistry in carbon sequestration in coastal and marine ecosystems Identify the key components of blue carbon ecosystems and their carbon storage potential Describe the strategies for blue carbon conservation and management
- Blue carbon ecosystem
- Carbon sequestration
- Coastal zone management
Module 18: Biogeochemical Interactions Between Land and Ocean
Understand the biogeochemical interactions between land and ocean Identify the sources and pathways of nutrients and pollutants from land to ocean Describe the impacts of land-ocean interactions on marine biogeochemistry and ecosystems
- Riverine nutrient fluxes
- Coastal eutrophication
- Anthropogenic pollution
Module 19: Marine Biogeochemistry and Paleoclimatology
Understand the use of marine biogeochemistry in reconstructing past climates and ocean environments Identify the key paleoclimate proxies and their applications in marine biogeochemistry Describe the role of marine biogeochemistry in understanding Earth's climate history
- Marine sediment records
- Geochemical proxies
- Paleoclimate modelling
Module 20: Marine Biogeochemistry and Ocean Acidification
Understand the causes and consequences of ocean acidification on marine biogeochemistry Identify the impacts of ocean acidification on marine organisms and ecosystems Describe the strategies for mitigating the impacts of ocean acidification
- Carbon dioxide in the ocean
- Ocean acidification impacts on marine biogeochemistry
- Adaptation and mitigation strategies
Module 21: Marine Biogeochemistry and Trace Metals
Understand the importance of trace metals in marine biogeochemistry Identify the sources and pathways of trace metals in the ocean Describe the biogeochemical cycles of trace metals in marine ecosystems
- Trace metal chemistry
- Trace metal cycles in the ocean
- Impacts of trace metals on marine organisms
Module 22: Marine Biogeochemistry and Biodiversity
Understand the relationship between marine biogeochemistry and marine biodiversity Identify the factors that influence marine biodiversity Describe the role of marine biodiversity in biogeochemical cycles and ecosystem functioning
- Biodiversity patterns in the ocean
- , Ecosystem functioning and services
- , Conservation and management strategies
Module 23: Marine Biogeochemistry and Climate Feedbacks
Understand the role of marine biogeochemistry in climate feedbacks Identify the biogeochemical feedbacks that amplify or dampen climate change Describe the impact of climate change on marine biogeochemistry
- Carbon cycle feedbacks
- Nutrient cycle feedbacks
- Climate models and projections
Module 24: Marine Biogeochemistry and Remote Sensing
Understand the principles and applications of remote sensing in marine biogeochemistry Identify the types of remote sensing platforms and sensors used in marine biogeochemistry Describe the use of remote sensing data in studying marine biogeochemical processes and ecosystem dynamics
- Remote sensing technologies and data processing
- Remote sensing applications in marine biogeochemistry
- Machine learning and artificial intelligence in remote sensing
Module 25: Marine Biogeochemistry and Fisheries Productivity
Understand the relationship between marine biogeochemistry and fisheries productivity Identify the factors that affect fish growth and reproduction Describe the role of marine biogeochemistry in supporting fisheries productivity
- Nutrient and carbon cycling
- Phytoplankton and zooplankton dynamics
- Fisheries management strategies
Module 26: Marine Biogeochemistry and Marine Protected Areas
Understand the role of marine biogeochemistry in marine protected areas Identify the benefits of marine protected areas for marine biogeochemistry and ecosystems Describe the strategies for designing and implementing effective marine protected areas
- Marine protected area ecology
- Ecosystem-based management
- Conservation strategies and policies
Module 27: Marine Biogeochemistry and Ocean Circulation
Understand the relationship between ocean circulation and marine biogeochemistry Identify the physical processes that drive ocean circulation Describe the impacts of ocean circulation on marine biogeochemistry and ecosystem functioning
- Ocean currents and eddies
- Upwelling and mixing
- Ocean circulation models
Module 28: Marine Biogeochemistry and Sea-Level Rise
Understand the impact of sea-level rise on marine biogeochemistry Identify the factors that contribute to sea-level rise Describe the impacts of sea-level rise on coastal ecosystems and biogeochemical cycles
- Sea-level rise impacts on coastal biogeochemistry
- Adaptation and mitigation strategies,
- Coastal zone management

Know the complete offerings of our Post Graduate Program in Marine Biogeochemistry Course