Recipes Overview
This section answers: How do I assemble verbs and datasets into applied workflows? Use it to find end-to-end guides you can copy, adapt, and extend.
In this section you'll find: - Featured workflows across climate variance, NDVI, and synchrony analyses. - How to adapt the recipe template for new analyses. - Links to visualization tools that close the loop on interpretation.
Key links: - Cube math primitives - gridMET variance cube - PRISM variance cube - Fire event vase + climate merge - Fire VASE / FireHull capability guide - Sentinel-2 NDVI z-score cube - Climate synchrony (center) - Ghosh-style tail association - Spatial synchrony blocks - Synchrony overview - Four synchrony primitives - Biological cubes and coupling - Authoring a new recipe? Use the recipe template.
Featured recipes
- Recipe template: scaffolding for your own workflow.
- gridMET variance cube: streaming variability analysis over climate grids.
- PRISM variance cube: terrain-aware climate variability using PRISM inputs.
- Cube math primitives: building blocks and patterns.
- Fire event vase + climate merge: single-event fire VASE workflow with climate attribution.
- Fire VASE / FireHull capability guide: object model,
v.fire_plot, and the prescribed-burnv.fire_vase_panelworkflow. - Sentinel-2 NDVI z-score cube and correlation center: vegetation condition and synchrony.
- Climate synchrony (center): compare cold- and warm-condition synchrony through time.
- Ghosh-style tail association: compare lower- and upper-tail dependence for two extracted synchrony series.
- Spatial synchrony blocks: build and compare groups of block-level synchrony signatures.
- Synchrony overview: the dedicated guide to state cubes, event catalogs, primitive synchrony operators, and coupling.
- Four synchrony primitives: reuse one state cube across occurrence, severity, timing, and duration primitives.
- Biological cubes and coupling: rasterize observations, align them to climate cubes, and compare lagged same-pixel states.
- Sentinel-2 tail dependence (manual): advanced vegetation-oriented tuning.
- Suitability tubes visualization: pair tube discovery with recipe outputs.