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SUMMARY Trisc elophorus acumina tus, fungi in relation to the physical
and chemical parameters of water
Anguillospora pseudolongissima,
Aquanectria submersa, Triscelophorus quality in the Augustów Canal.
quatic hyphomycetes are monosporus were related to Fungal Ecol, 13: 193-204.
a group of organisms that environmental variables as pH and Duarte, S.; Bärlocher, F.; Pascoal, C.;
Adegrade autochthonous and dissolved oxygen. On the other hand, Cássio, F. (2016). Biogeography
allochthonous plant material in water species such as Flagellospora curvula of aquatic hyphomycetes:
bodies and their diversity is linked to had a relationship with high values of Current knowledge and future
aquatic ecosystemic health, despite temperature, conductivity, and dissolved perspectives. Fungal Ecology, 19:
their ecological importance, research solids, while Sigmoidea prolifera did not 169-181.
on these fungi in Colombia has been show any relationship with the variation Fernández, R.; Smits, G.; Pinto,
scarce, in special in the Orinoquia. For in the Acaciítas river water quality. This M. (2010). Características e
this reason, the present study evaluated study contributes to the ecology´s importancia de los hifomicetos
the diversity of aquatic hyphomycetes knowledge of aquatic hyphomycetes acuáticos y registro de especies
associated with submerged litter in and also to its possible use in water en Venezuela. Revista Faraute de
the Acaciítas river, before and after the quality monitoring in ecosystems Ciencia y Tecnología, 5(2): 56-73.
urban area of the municipality of Acacias affected by anthropic activities. Fernández, R.; Smits, B. (2015).

(Department of Meta). For this, litter Actualización de inventario
out by microorganisms present in the REFERENCIAS de especies de hifomicetos
colonization experiments were carried
acuáticos en Venezuela. Gestión
Acaciítas River during the rainy season. y Ambiente, 18 (2): 153-180.
The colonized leaves were removed Baudoin, J.M.; Guérold, F.; Felten, Ferreira, V.; Canhoto, C. (2014). Effect
after 15, 30, and 60 days of incubation V.; Chauvet, E.; Wagner, P.; of experimental and seasonal
in the river and were subsequently Rousselle, P. (2008). Elevated warming on litter decomposition
processed in the laboratory to analyze Aluminium Concentration in in a temperate stream. Aquat
the decomposing hyphomycetes of this Acidified Headwater Streams Sciences, 76: 155–163.
material. 35 species were recorded, Lowers Aquatic Hyphomycete Fiuza, P.; Cantillo-Perez, T.; Gulis, V.;
of which 21 are reported for the Diversity and Impairs Leaf-Litter Gusmão, L. (2017). Ingoldian fungi
first time for Colombia. Statistically Breakdown. Microb Ecol, 56: 260- of Brazil: some new records and a
significant differences were obtained 269. review including a checklist and a
in: succession events, sporulation rate, Bärlocher, F.; Kebede, Y.K.; Gonçalves, key. Phytotaxa, 306 (3): 171–200.
conidia producing species with sigmoid A.L.; Canhoto, C. (2013). Incubation Fiuza, P.O.; Costa, L.A.; Medeiros, A.O.;
or tetraradiate forms, and the diversity Temperature and Substrate Gulis, V.; Pascholati-Gusmão, L.F.
between the two experimental sites. Quality Modulate Sporulation by (2019). Diversity of freswater
These significant differences were Aquatic Hyphomycetes. Microbial hyphomycetes associated
associated with changes in the physical- Ecology, 66: 30-39. with leaf litter of Calophyllum
chemical variables of the Acaciítas river Cáceres, O.A.; Castillo, S.Y.; Hofmann, brasiliense in streams of the
due to the discharges of the urban area. T.A. (2015). Hifomicetos acuáticos semiarid región of Brazil.
From the analysis of the association asociados a hojarasca sumergida Mycological Progress, 18:907–
between the environmental variables en el río Majagua, Chiriquí, 920.
and the abundance of the species of Panamá. Revista Mexicana de
hyphomycetes during the experiment, Micología, 42: 65-69.
it was determined that: Aquanectria Cudowski, A.; Pietryczukm, A.;
penicillioides, Filosporella versimorpha, Hauschild, T. (2015). Aquatic

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