Long Island Sound Tidal Marsh Remote Sensing and Biogeochemical Model

Interdisciplinary research integrates new remote sensing tools and a novel coupled hydrodynamic-photo-biogeochemical model for the marsh-estuarine continuum in Long Island Sound. The dataset combines multi-disciplinary ecological, paleoecological, and socioeconomic data with spatial econometric models. It is managed by the OB_DAAC organization, with a last updated date noted as March 13, -2026.

Use Cases

• Characterizing tidal marsh area extent and vegetation communities using remote sensing retrievals.
• Analyzing estuarine biological and biogeochemical processes with advanced model outputs.
• Modeling population growth impacts on coastal systems using spatial econometric data.
• Simulating hydrodynamic and photo-biogeochemical interactions within the marsh-estuarine continuum.
• Integrating paleoecological records with contemporary ecological and socioeconomic datasets for long-term trend analysis.

Strengths

• Dataset integrates multi-disciplinary data sources including remote sensing, ecological, paleoecological, and socioeconomic datasets.
• Features a novel coupled hydrodynamic-photo-biogeochemical model specifically designed for the Long Island Sound marsh-estuarine continuum.
• Cross-platform presence on NASA EarthData and Data.gov signals its curated importance for earth science research.

Limitations

• Key descriptive metadata such as row count, column names, and exact size are unknown across all sources.
• There is a conflict in the reported last updated date, with one source listing a future date (March 13, -2026).
• The license is inconsistently reported as 'other-license-specified' or null, requiring user verification.

Provenance

Source

OB_DAAC organization.

Collection Method

Integration of remote sensing tools, field datasets, and novel coupled modeling.

Time Range

null

Freshness

2026-03-13 01:26:12.020245

Geography

Heavily urbanized Long Island Sound marsh-estuarine continuum.