Transparent Humanitarian Funding UI: Data-Grounded LLM-Compatible Explanations of OCHA FTS Funding Flows
DOI:
https://doi.org/10.63575/CIA.2026.40116Keywords:
accessible user interfaces, humanitarian funding, OCHA FTS, explainable AI, natural language generation, funding transparency, inclusive design, data visualization, accountability interfacesAbstract
Humanitarian funding dashboards expose complex relationships among donors, recipients, sectors, reporting statuses, and response-plan gaps. This paper evaluates a transparent funding-interface design in which data-grounded, LLM-compatible explanations are generated for OCHA Financial Tracking Service (FTS) flow records and paired with accessible legends for funding gaps and reporting certainty. The study conducts a complete reproducible experiment on downloaded FTS/HDX CSV data for the Occupied Palestinian Territory. The primary incoming-flow file contains 394 records and 37 fields, with $794.41M in reported incoming flows, 57 source organizations, 73 destination organizations, and 20 normalized cluster labels. The linked requirements file identifies the 2026 OPT Flash Appeal (FPSE26) with $4.06B in requirements, $459.73M in reported funding, and an official 11.0% funded value, leaving a measured $3.60B gap. Four generation conditions were evaluated on every flow: a minimal label, a generic narrative baseline, a gap-aware explanation, and a constrained audit explanation. Metrics included entity coverage, numeric grounding, unsupported-claim rate, traceability, legend completeness, actionability, reading ease, length, and an aggregate UI-fit score. The proposed constrained explanation achieved a mean UI-fit score of 98.3, compared with 28.2 for minimal labels, 13.7 for generic narratives, and 52.8 for gap-aware explanations. Results show that transparent funding explanations improve semantic completeness when they explicitly bind donor, recipient, sector, amount, status, boundary scope, and plan-level gap context. The included code, processed data, tables, and figures reproduce all reported findings.


