Digital Garden Entry
This site is built from a selection of my notes.
Here I write about climate science, programming, data work, and the Linux-heavy systems thinking that ties research and engineering together.
Browse by topic
- Garden operations and standards
- Galapagos climate system
- Galapagos ocean-atmosphere coupling
- DARWIN workflow and results
- Climate processes and variables
- Regional and urban climate modeling
- Atmospheric model physics
- Open science, data standards, and knowledge graphs
- Statistics and inference
- Projects and research threads
- Computing, devops, and software
- Web development and application architecture
Core pathways
- Galapagos climate dynamics: Galapagos Islands -> Galapagos seasonality -> Garua -> Occult precipitation -> Water balance
- Ocean-atmosphere coupling: Sea surface temperature -> Thermocline -> Pacific Equatorial Undercurrent -> Galapagos Cold Pool -> Galapagos SST variability -> Stratocumulus
- Modeling workflow: ERA5 reanalysis -> Dynamical downscaling -> WRF -> tropical WRF setup
- DARWIN publication track: DARWIN project -> Galapagos refined analysis -> Heavy rainfall in the Galapagos
- Urban climate track: urban climate -> urban meteorology -> Urban heat island
- Open science track: FAIR -> Metadata -> Provenance -> ATMODAT -> UC2 data standard -> Open Research Knowledge Graph
- Methods and inference track: Statistical inference -> Hypothesis test -> test statistic -> information criteria
- Application stack track: Vue 3 -> Pinia -> Vite -> FastAPI -> SQLModel -> PostgreSQL -> Docker Compose
- Linux automation track: Proxmox -> SaltStack -> SaltStack reactors and orchestration -> Checkmk -> Linux Administration in Datacenters
Quality and maintenance
- Publishing and classification workflow: MOC Garden Operations and Standards
- Shared terminology and concept hubs are kept public to avoid broken links.
- Sensitive operational details stay private, and public notes use generalized examples.