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)
14 Revista de Biología Tropical, ISSN: 2215-2075 Vol. 71: e50129, enero-diciembre 2023 (Publicado Mar. 23, 2023)
Merritt, R. M., Cummins, K., & Berg, M. B. (2008). An
introduction to the aquatic invertebrates of North
America. Kendall Hunt Publishing, 1–861.
Moreno, C. E., Barragán, F., Pineda, E., & Pavón, N.
P. (2011). Reanálisis de la diversidad alfa: alter-
nativas para interpretar y comparar información
sobre comunidades ecológicas. Revista Mexicana de
Biodiversidad, 82(4), 1249–1261. http://www.scielo.
org.mx/scielo.php?script= sci_arttext&pid= S1870-
34532011000400019&lng= es&tlng= es.
Oksanen, J., Blanchet, F. G., Friendly, M., Kindt, R.,
Legendre, P., McGlinn, D., Minchin, P. R., O’Hara, R.
B., Simpson, G. L., Solymos, P., Stevens, M. H. H.,
Szoecs, E., & Wagner, H. (2020). vegan: Community
Ecology Package. R package version 2.5-7. https://
CRAN.R-project.org/package= vegan
Oliveros-Villanueva, J., Tamaris-Turizo, C. E., & Serna-
Macias, D. J. (2020). Larvas de Trichoptera en un
gradiente altitudinal en un río neotropical. Revista
de la Academia Colombiana de Ciencias Exactas,
Físicas y Naturales, 44(171), 493–506. https://doi.
org/10.18257/raccefyn.1148
Oliveros-Villanueva, J. D., Serna-Macias, D. J., Tama-
ris-Turizo, C. E., & Eslava-Ejaiek, P. J. (2021a).
Primer registro del camarón hada Thamnocepha-
lus venezuelensis Belk & Pereira, 1982 (Anostraca,
Thamnocephalidae) en Colombia con observaciones
morfológicas adicionales. Revista de la Academia
Colombiana de Ciencias Exactas, Físicas y Natu-
rales, 45(175), 546–554. https://doi.org/10.18257/
raccefyn.1302
Oliveros-Villanueva, J., Fuentes-Reines, F., Tamaris-
Turizo, C. E., Serna-Macias, D., & Eslava-Eljaiek,
P. (2021b). Primer Registro Del Camarón Almeja
Leptestheria Venezuelica Daday, 1923 (Crustacea:
Brachiopoda: Spinicaudata) Del Norte De Colombia.
Revista Peruana de Biología, 28(2), e18855. https://
doi.org/10.15381/rpb.v28i2.18855.
Pires, M. M., Bieger, L., Boelter, T., Stenert, C., & Malt-
chik, L. (2021). Spatiotemporal assembly patterns
of macroinvertebrate meta-community structure in
subtropical wetlands with different hydroperiods.
International Review of Hydrobiology, 1, 1–9. https://
doi.org/10.1002/iroh.202002072.
Prunier, F., Sosa, R., & Saldaña, S. (2011). Grandes
branquiópodos (Crustacea: branchiopoda: Anostraca,
spinicaudata, notostraca) en la provincia de Córdoba
(España) (año hidrológico 2010/2011). Boletín de
la Sociedad Entomológica Aragonesa, 49, 223–226.
R Core Team. (2022). R: A language and environment for
statistical computing. R Foundation for Statistical
Computing, Vienna, Austria. https://www.R-project.
org/
Rivera-Usme, J. J., Camacho-Pinzón, D., & Botero-Botero,
A. (2008). Estructura numérica de la entomofauna
acuática en ocho quebradas del departamento del
Quindío-Colombia. Acta Biológica Colombiana,
13(2), 133–146.
Rivera, U. J., Pinilla, A. G., Castro, R. M., Camacho, P.
D., & Rangel, J. (2015). Biomass of macroinverte-
brates and physicochemical characteristics of water
in an Andean urban wetland of Colombia. Brazi-
lian Journal of Biology, 75, 180–190. https://doi.
org/10.1590/1519-6984.10613
Rodríguez, A., Gabino, A., Ortega, V. V., & Treviño, F. J. A.
(2011). Macrocrustáceos del Parque Nacional Cum-
bres de Monterrey, México: distribución y estado de
conservación. Revista Mexicana de Biodiversidad,
85, 276–293. https://doi.org/10.7550/rmb.34967
Roldán, G. (2003). Bioindicación de la calidad del agua en
Colombia. Universidad de Antioquia.
Roldán, P. G., & Ramírez, R. J. J. (2008). Fundamentos de
Limnología Neotropical. Universidad de Antioquia.
Roldán-Pérez, G. (2016). Los macroinvertebrados como
bioindicadores de la calidad del agua: cuatro décadas
de desarrollo en Colombia y Latinoamérica. Revista
de la Academia Colombiana de Ciencias Exactas,
Físicas y Naturales, 40(155), 254–274. https://doi.
org/10.18257/raccefyn.335
Roldán, G. (2020). Revisión histórica de la limnología
en Colombia. Revista de la Academia Colombiana
de Ciencias Exactas, Físicas y Naturales, 44(171),
303–328. https://doi.org/10.18257/raccefyn.1056
Sahuquillo, M., & Miracle, M. R. (2011). Las charcas
temporales de Sinarcas y su fauna singular de crus-
táceos. Universidad de Valencia. https://www.resear-
chgate.net/publication/304417665
Sancho, V., & Lacomba, I. (2012). Conservación y Res-
tauración de Puntos de Agua para la Biodiversidad.
Fundación de la Comunidad Valenciana para el
Medio Ambiente.
Serna-Macías, D., Eslava-Eljaiek, P., Eberhard, W., &
Villazón, M. (noviembre de 2011). Aspectos bioló-
gicos y ecológicos de Dendrocephalus sp. en una
charca temporal (La Guajira-Colombia). V Congreso
Colombiano Acuicultura y Congreso SLA. Revista
Entornos. Neiva (supl. espec.).
Serna, D., Tamaris, C. E., & Gutiérrez, L. (2015). Spatial
and Temporal Distribution of Trichoptera (Insecta)
Larvae in the Manzanares River Sierra Nevada of
Santa Marta (Colombia). Revista de Biología Tropi-
cal, 63(2), 465–477.
Serna-Macías, D. J., Eslava-Eljaiek, P., & Tamaris-Turizo,
C. E. (2019). Caracterización de una charca esta-
cional del norte de Colombia y aspectos biológicos
y ecológicos de Dendrocephalus affinis. Revista
Peruana de Biología, 26(3), 361–368. http://dx.doi.
org/10.15381/rpb.v26i3.15719.