Ecological feedback

Explore how predator and prey populations interact through feedback, cycles, and collapse.

EcoBalance gives learners a direct way to compare carrying capacity, predation, and conversion assumptions while watching ecological dynamics unfold over time.

Open application Study guide Curriculum alignment About API

Core question How do predator-prey interactions and ecological constraints shape population stability or collapse?

What you can explore Use the application page to run the interactive simulation, compare parameter changes, and connect results to teaching prompts and alignment notes.

What to watch for Look for oscillation, delayed response, overshoot, and collapse, and compare short-term cycling with longer-term instability.

Ways to use it Use the interactive model to compare feedback and constraint, then connect what you observe to teaching prompts, ecological explanation, and curriculum use.

Use This Tool

Interactive investigation

Use the application page to run the interactive simulation, compare parameter changes, and connect results to teaching prompts and alignment notes.

Concepts to keep in view

predator-prey cycles
carrying capacity
feedback
stability and collapse
ecological modeling

Teaching and Inquiry

Good first moves

Run a baseline case and identify whether the populations oscillate, stabilize, or crash.
Change carrying capacity and explain how the prey and predator curves respond.

Discussion moves

Have learners compare one-factor changes rather than moving several sliders at once.
Use the app to distinguish short-term oscillation from long-term instability.

Context and Related Resources

Open next

Related tools and resources

Public evo-edu framing over the legacy predator-prey implementation. Read the fuller about and provenance notes.