Investigate processes driving circulation, temperature, and salinity in estuaries.
Explore the classic two-box model of basin-scale circulation.
Track floating objects moving around the Australian coastline.
Track particle movement within the Great Barrier Reef system.
Examine model projections of aragonite and pH levels globally.
Look into the future. An easy-to-use, interactive climate model.
A simpler, more intuitive way of performing statistical significance tests.
Explore bias-variance tradeoffs and how model complexity affects generalization.
Explore wave dispersion and group velocity.
Create synthetic Sea Surface Temperature time series to test hypotheses.
Investigate processes driving circulation, temperature, and salinity.
Why summing correlations can lead to paradoxes (Simpson's Paradox).
Investigate seasonality, variability and trends in surface temperature.
Emergent behavior from simple rules: alignment, cohesion, and separation.
Simulate how heat stress accumulates to cause bleaching events.
Simulate species interactions and chaotic population dynamics.
Create phantom traffic jams and see how small changes ripple.
A simple model of division showing why and how segregation happens.