MyMapOcean Food Web Diagram
A marine food web diagram showing predator-prey relationships from phytoplankton and kelp through zooplankton, fish, and squid to apex predators like great white sharks and orcas.
Preview
“Create an ocean food web diagram showing marine predator-prey relationships”
About the framework
Applying the Food Web Framework to Marine Ecosystems
This template applies the food web framework to the ocean — covering a marine ecosystem from microscopic producers to apex predators. The shape+edge layout traces energy flow through multiple interconnected pathways, making it immediately visible how disrupting one species (like overfishing tuna) cascades through the entire food web.
The diagram organizes 12 organisms across four trophic levels: producers (phytoplankton, kelp), primary consumers (zooplankton, krill, sea snail, sea urchin), secondary consumers (herring, squid, sea turtle), and apex predators (tuna, great white shark, orca). The interconnected arrows show that most consumers have multiple food sources and multiple predators — the hallmark of a web versus a simple chain.
Use this for marine biology homework, ecology projects, or environmental science discussions about ocean conservation. The AI can modify this for specific ocean zones (deep sea, coral reef, polar waters), add decomposer cycles, or introduce human impacts like overfishing and pollution.
What's included
What you get
- Multi-level food web with 12 marine organisms connected by labeled edges
- Producers: phytoplankton and kelp/algae at the base
- Primary consumers: zooplankton, krill, sea snail, sea urchin
- Secondary consumers: herring, squid, sea turtle
- Apex predators: tuna, great white shark, orca at the top
Ocean Food Web Diagram
Frequently asked questions
Common questions
Can I change this to a coral reef food web?
Yes. Ask the AI: 'Convert this to a coral reef food web with coral, sea anemones, clownfish, parrotfish, moray eels, and reef sharks.' It will generate a new web with reef-specific organisms and trophic relationships.
How do I add human impacts to the food web?
Ask the AI to 'Add nodes for overfishing, plastic pollution, and ocean acidification showing which trophic levels they affect.' It will add impact pathways that connect to specific organisms.
Can I use this for an ecology lab report?
Yes. Ask the AI to 'Add energy transfer percentages (10% rule) and biomass estimates at each trophic level.' It will annotate the web with quantitative data suitable for lab reports and research papers.
Ocean Food Web Diagram
Free to start. No credit card required.