Fairfax Climate

Project snapshot

[Researcher name, institution] studied summer land surface temperature patterns across Fairfax County and how those patterns relate to buildings and impervious surface coverage. The project carries local datasets into the DaedalMap schema so they sit alongside maintained packs in the same geographic model.

Research question

[One or two sentences naming the specific question. Placeholder: how do summer hot zones in Fairfax County align with tract, block group, and block-level built-environment indicators, and how do those zones compare against impervious-surface and building-density measures?]

Data and methods

Sources used in the analysis:

• Fairfax land surface temperature. Landsat-derived summer LST aggregated to county, tract, block group, and block scales.
• Fairfax buildings. Local buildings layer with footprint geometry and use type.
• Impervious-surface context. [Source and resolution to be added.]

Hot-pixel thresholds applied to the LST raster were aggregated across the Fairfax administrative hierarchy and aligned to the same loc_id keys used by the broader DaedalMap catalog. Results stay queryable across climate, buildings, and built-environment dimensions without rebuilding the join logic per question.

Final report