Chla_Gil10_Git11: Band-Ratio and Three-bands Chla algorithm by Gilerson et al....

In bishun945/FCMm: Fuzzy Cluster Method Based on the Optimized m Value (Fuzzifier)

Description

Band-Ratio and Three-bands Chla algorithm by Gilerson et al. (2010) and Gitelson et al. (2011)

Usage

TBA_Gil10(Rrs665, Rrs709, Rrs754)

BR_Gil10(Rrs665, Rrs709)

TBA_Git11(Rrs665, Rrs709, Rrs754)

BR_Git11(Rrs665, Rrs709)

Arguments

Rrs665	Rrs665
Rrs709	Rrs709
Rrs754	Rrs754

Value

A list including the algorithm index and Chla concentration.

References

• Gilerson A A, Gitelson A A, Zhou J, et al. Algorithms for remote estimation of chlorophyll-a in coastal and inland waters using red and near infrared bands[J]. Optics Express, 2010, 18(23): 24109-24125.

• Gitelson A A, Gurlin D, Moses W J, et al. Remote Estimation of Chlorophyll-a Concentration[J]. Advances in environmental remote sensing: sensors, algorithms, and applications, 2011: 439.

See Also

Other Algorithms: Chla concentration: Blend_Bi21(), Blend_FCMm(), Blend_Jac17(), Blend_Moo14(), Blend_Smith18(), Bloom(), C6(), Chla_FBA, Chla_OCx_OLCI, FCM_m_Chla_estimation(), Gons08(), NDCI_Mi12(), OCI_Hu12(), QAA_v5(), SCI_Shen10(), TC2(), run_all_Chla_algorithms()

Examples

data(WaterSpec35)
res_TBA_Gil10 = TBA_Gil10(WaterSpec35$`665`, WaterSpec35$`708.75`, WaterSpec35$`753.75`)
res_BR_Gil10  = BR_Gil10(WaterSpec35$`665`, WaterSpec35$`708.75`)
res_TBA_Git11 = TBA_Git11(WaterSpec35$`665`, WaterSpec35$`708.75`, WaterSpec35$`753.75`)
res_BR_Git11 = BR_Git11(WaterSpec35$`665`, WaterSpec35$`708.75`)

bishun945/FCMm documentation built on Oct. 15, 2021, 6:43 p.m.