Radiative environments research software
Dependency-free Python implementation, deterministic experiments, three publication figures, manifests and numerical comparison records.
Research team
Research Data Steward
Yazan Al-Rashdan coordinates the research data steward workstream within ABLAQ’s environmental-physics programmes. This role connects the programme’s scientific questions to a clear, traceable research process.
Coordinate explicit column names, units, row identities and descriptions of calculated variables, including the normalization used for radiative quantities.
Maintain the relationship between versioned datasets, source code, manifests and the reports that use them. Preserve previous published results when releases change.
Coordinate open formats, complete downloads, machine-readable records and documentation that lets readers reuse data without guessing its meaning.
The current research series spans solar geometry and radiative environments. Responsibility is coordinated with Osama Khaled, Scientific Research Lead, who directs scientific decisions and publication.
These are programme responsibilities; specific contributions to an individual release are documented in its own attribution record.
Dependency-free Python implementation, deterministic experiments, three publication figures, manifests and numerical comparison records.
3,780 monthly rows and 315 annual configurations at three latitudes; normalized beam transmission and integration components.