
Developed an Urban Heat Island analysis feature for the ESA-APEx/apex_algorithms repository, focusing on summer-season temperature differences between urban and rural areas using Landsat data. The work centered on implementing a User-Defined Process (UDP) in Python, leveraging geospatial analysis and data processing techniques to enable repeatable UHI assessments. Output paths were updated to use relative references, improving portability for results such as UHI_JJA Torino. The initial groundwork established a scalable workflow for future UHI studies, with all contributions delivered through targeted commits. No bug fixes were reported during this period, and the primary technologies used included Python and openEO.
March 2026 performance summary for ESA-APEx/apex_algorithms: Delivered Urban Heat Island (UHI) analysis via a new User-Defined Process (UDP) using Landsat data, with portable output paths for UHI_JJA Torino results and groundwork for repeatable, summer-season UHI assessments. No major bug fixes reported this month in this repository.
March 2026 performance summary for ESA-APEx/apex_algorithms: Delivered Urban Heat Island (UHI) analysis via a new User-Defined Process (UDP) using Landsat data, with portable output paths for UHI_JJA Torino results and groundwork for repeatable, summer-season UHI assessments. No major bug fixes reported this month in this repository.

Overview of all repositories you've contributed to across your timeline