Influence of Optically Active Substances on Light Attenuation in a Tropical Eutrophic Urban Reservoir

Influence of Optically Active Substances on Light Attenuation in a Tropical Eutrophic Urban Reservoir

This study investigated the impact of optically active substances on light attenuation in a tropical eutrophic urban reservoir under different seasonal conditions. Diffuse attenuation coefficients for photosynthetically active radiation (<i>Kd</i><sub>PAR</sub>) and ultraviol...

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Main Authors: Renata C. H. Amancio, Stella P. Pacheco, Karen A. F. Moura, Bianca L. Valle, Julia T. C. Alves, Fernanda F. Melo, Vitor J. G. Silva, Lívia S. Botelho, Raquel T. Rocha, Daiana R. Pelegrine, Thiago M. Salgueiro, Carlos M. O. Tadeu, Vitor G. Elian, Giulia A. Ducca, Arielli G. Zavaski, Renata L. Moreira, Winnícius M. S. Sá, Estevão E. O. Eller, Renato B. de Oliveira-Junior, Ivan M. Monteiro, Lorena T. Oporto, Diego G. F. Pujoni, José F. Bezerra-Neto
Format: Article
Language:English
Published: MDPI AG 2025-03-01
Series:Limnological Review
Subjects:
light attenuation
eutrophic reservoir
diffuse attenuation coefficients
photosynthetically active radiation (PAR)
ultraviolet radiation (UV)
rainfall effects
Online Access:https://www.mdpi.com/2300-7575/25/1/7
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