SatHDSS
Network panel

Algae Dataset

Every data hub, dataset, sensor, variable, paper and limitation in one tree — and for each: where it comes from, how far back it goes, how often it captures, why it belongs in a cholera study, and why it does not work everywhere.

Highlight site All three Chakaria HDSS Matlab HDSS Dhaka City Choosing a site greys out everything that does not apply there.

1. Ocean colour (hyperspectral)

AL15 · PACE OCI — hyperspectral 380-900 nm at 5 nm
NASA
B Usable FREE ACCOUNT NEEDED

Source · duration · capture cadence

Data source
NASA
Access route
OB.DAAC API · earthaccess
Endpoint / asset
oceancolor.gsfc.nasa.gov/data/pace/
Duration
2024-04 → present
Capture cadence
1-2 days
Resolution
~1.2 km
Delivers
Phytoplankton FUNCTIONAL TYPES, phycocyanin, chlorophyll, full pigment suite
Command
(manual - earthaccess)
Why it is used for cholera. New mission · calibration still maturing
Why not — catalogue limitation. Too short for a 2000-2026 time series. Use as a high-quality validation snapshot for the recent period, or for a methods paper.

Site applicability

SiteVerdictWhy
Chakaria HDSS PARTIAL MEDIUM — best pigment discrimination available, but a very short record
Matlab HDSS NOT APPLICABLE LOW — 1.2 km
Dhaka City NOT APPLICABLE NOT APPLICABLE

Reliable · accessible · authentic

B Usable
Reliability tier
REGISTER
Accessible
NASA
Authentic — operator

Typed limitations (1)

MEDIUM PACE launched 2024 - a very short record temporal

Best pigment discrimination available anywhere, and only about two years of data inside the study window.

What to do: Not usable for the time-series analysis. Worth one figure as a demonstration of what hyperspectral adds.