Estrutura da comunidade de algas perifíticas aderidas à macrófita aquática Eichhornia azurea kunt em duas lagoas situadas na zona de desembocadura do rio Paranapanema na represa de Jurumirim - SP
“…Most these publications (Ramírez 1996, Nascimento-Moura 1997, Lopes 1999, Vercellino 2001, Crossetti 2002, Barcelos 2003, Ferragut 2004, Fonseca 2005, Biesemeyer 2005, Fermino 2006) only refer to the algae in their lists of the material identified during the respective studies. There are other publications under the very same circumstances, which were prepared using material from the Guarapiranga Reservoir (Beyruth 1996), Jurumirim Reservoir (Nogueira 1996, Ferreira 2005, Barra Bonita Reservoir (Calijuri 1999), and 30 fish ponds located in the city of São Paulo Metropolitan Region (Gentil 2007). Lopes (1999) was published (Lopes et al 2005) and its contents is the very same as that of Maria Rosélia Marques Lopes' dissertation;and Crossetti (2002) was divided into two publications (Crossetti & Bicudo 2005a, 2005b) that included the full contents of her Master of Science thesis.…”
The BIOTA/FAPESP Program made the “São Paulo State algal flora” possible through a very intensive sampling program that aimed at (1) collecting as equally as possible from lentic, semi-lentic, and lotic environments, (2) performing the most uniform possible coverage of the state’s territory, and (3) fostering the collection of periphytic and surface sediments materials that had been extremely neglected till then. The study of all this material made it clear that the biodiversity of the Zygnematophyceae increased by 100%, the Euglenophyceae by 34%, and the Chlorophyceae by 97%, the last being only due to the study of the Chlorococcales. The Bacillariophyceae are in the final phase of their floristic survey, but it is already possible to see an increase in biodiversity of over 700%. Byproducts from the BIOTA/FAPESP algae are a key for the taxonomic identification of freshwater algal genera occurring in Brazil in its third edition, and the production of the most complete algal flora ever carried out in Brazil, that of the Ipiranga River Sources State Park that already totals 919 taxa.
“…Most these publications (Ramírez 1996, Nascimento-Moura 1997, Lopes 1999, Vercellino 2001, Crossetti 2002, Barcelos 2003, Ferragut 2004, Fonseca 2005, Biesemeyer 2005, Fermino 2006) only refer to the algae in their lists of the material identified during the respective studies. There are other publications under the very same circumstances, which were prepared using material from the Guarapiranga Reservoir (Beyruth 1996), Jurumirim Reservoir (Nogueira 1996, Ferreira 2005, Barra Bonita Reservoir (Calijuri 1999), and 30 fish ponds located in the city of São Paulo Metropolitan Region (Gentil 2007). Lopes (1999) was published (Lopes et al 2005) and its contents is the very same as that of Maria Rosélia Marques Lopes' dissertation;and Crossetti (2002) was divided into two publications (Crossetti & Bicudo 2005a, 2005b) that included the full contents of her Master of Science thesis.…”
The BIOTA/FAPESP Program made the “São Paulo State algal flora” possible through a very intensive sampling program that aimed at (1) collecting as equally as possible from lentic, semi-lentic, and lotic environments, (2) performing the most uniform possible coverage of the state’s territory, and (3) fostering the collection of periphytic and surface sediments materials that had been extremely neglected till then. The study of all this material made it clear that the biodiversity of the Zygnematophyceae increased by 100%, the Euglenophyceae by 34%, and the Chlorophyceae by 97%, the last being only due to the study of the Chlorococcales. The Bacillariophyceae are in the final phase of their floristic survey, but it is already possible to see an increase in biodiversity of over 700%. Byproducts from the BIOTA/FAPESP algae are a key for the taxonomic identification of freshwater algal genera occurring in Brazil in its third edition, and the production of the most complete algal flora ever carried out in Brazil, that of the Ipiranga River Sources State Park that already totals 919 taxa.
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