EO-derived HAB indicator for William H Harsha Lake using Sentinel 2
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Description
The algorithm detects areas likely affected by harmful algae blooms formed by cyanobacteria containing phycocyanin pigments by analyzing spectral trends in the green-red wavelength bands as a proxy. HAB is a qualitative parameter ranging from 0 (no HAB) to 4 (HAB very likely).
Parameter: HAB indicator
| Spatial resolution | Temporal resolution |
| 10 m | 10 days |
Temporal coverage
2015 -2019
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Area of interest
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Related Datasets
- WW-HYPE simulated data of particulate phoshporus concentrations in outflow from subbasin (William H Harsha lake)
- Bottom-of-atmosphere reflectance for the DESIS hyperspectral sensor (William H Harsha lake) – ATCOR products
- EO-derived chlorophyll-a concentrations for William H Harsha Lake using Sentinel 2
- True color images for William H Harsha Lake using Landsat 8
- Continuous In situ physicochemical data for the inflows of William H Harsha Lake (data sondes)
- WW-HYPE simulated data of total nitrogen concentrations in outflow from subbasin (William H Harsha lake)