P1
Allocate rainfall across smaller cells
Watch one coarse rainfall total split into smaller cells. Change the spatial pattern and the supplied total, then compare the maps.
ADRIAN DUNKLEY · EIGHT RESEARCH COMPANIONS
Climate physics simulations
Eight interactive companions show the question, method and evidence limits behind Adrian Dunkley’s current research papers.
Explore the examples on mapped Jamaican terrain and Caribbean coastlines. Change an assumption, inspect a calculated value, or export a labelled figure. The fields are synthetic; each linked paper contains the study evidence and its limits.
P2
Compare temperature forecasts and heat exchange
Watch temperature move through connected cells. Change heat input, exchange and observation noise, then compare the resulting fields.
P3
Test delayed rainfall inputs
Watch a synthetic rain field while the model receives older information. Then change how much the model borrows from pooled records.
P4
Compare rainfall errors and heavy events
Watch a constructed rainfall sequence through two different forecast styles. Inspect ordinary days and heavy peaks separately.
P5
Compare rainfall transport and growth
Watch a rain tracer move, grow and fade. Compare a balanced transfer record with the location and intensity of the rain itself.
P6
Test soil heat flux and temperature error
Watch heat move through a synthetic soil column. Compare the hidden temperature with estimates made using a perturbed flux and a local safeguard.
P7
Check shared transfers and hidden states
Follow heat across touching cells. Change the number of cubes, exchange strength or circulation, then inspect what conservation can and cannot tell you.
P8
Test rainfall probabilities at withheld cells
Watch a synthetic probability field built from moisture and rainfall history. Change the weights and calibration to see how the displayed risk changes.