
Ingrid Slette developed and maintained data workflows for the lter/lterwg-resilience repository, focusing on automating daily MSWEP precipitation data retrieval and processing for LTER and LTAR sites. She implemented R scripts that read site coordinates, extracted and formatted precipitation data, and improved maintainability through enhanced documentation and directory structure. Ingrid later migrated site coordinate ingestion from static CSV files to dynamic Google Sheets integration, handling authentication and preparing data for spatial analysis as SpatVectors. Her work demonstrated skills in R programming, geospatial analysis, and Google Sheets API integration, resulting in more reliable, reproducible, and maintainable data processing pipelines.

2025-08 monthly summary: Delivered Google Sheets as the data source for site coordinates with authentication, enabling dynamic data retrieval and reducing manual CSV maintenance. Implemented a debugging View function and prepared the site data for conversion to a SpatVector for downstream spatial analysis. Fixed data accuracy by re-running with corrected coordinates and migrated ingestion to Google Sheets, improving reliability and timeliness. Updated documentation and inline comments to support maintenance and onboarding. Technologies demonstrated include Google Sheets API integration, authentication handling, spatial data preparation (SpatVector), and debugging workflows.
2025-08 monthly summary: Delivered Google Sheets as the data source for site coordinates with authentication, enabling dynamic data retrieval and reducing manual CSV maintenance. Implemented a debugging View function and prepared the site data for conversion to a SpatVector for downstream spatial analysis. Fixed data accuracy by re-running with corrected coordinates and migrated ingestion to Google Sheets, improving reliability and timeliness. Updated documentation and inline comments to support maintenance and onboarding. Technologies demonstrated include Google Sheets API integration, authentication handling, spatial data preparation (SpatVector), and debugging workflows.
February 2025 monthly summary focused on delivering an end-to-end MSWEP daily precipitation data retrieval and processing workflow for LTER and LTAR, with data integrity and maintainability improvements.
February 2025 monthly summary focused on delivering an end-to-end MSWEP daily precipitation data retrieval and processing workflow for LTER and LTAR, with data integrity and maintainability improvements.
Overview of all repositories you've contributed to across your timeline