@article {118,
	title = {<i>Chromaspirina guanabarensis</i> sp n. (Nematoda: Desmodoridae) and a new illustrated dichotomous key to Chromaspirina species},
	journal = {ZootaxaZootaxa},
	number = {2092},
	year = {2009},
	note = {Maria, Tatiana Fabricio Esteves, Andre Morgado Smol, Nicole Vanreusel, Ann Decraemer, Wilfrida},
	month = {May},
	pages = {21-36},
	abstract = {A new species of Chromaspirina is described from Bica Beach, a polluted beach situated at Ilha do Governador, Guanabara Bay on the coast of Rio de Janeiro (Brazil). The new species belongs to the group of species within the genus which bears a poorly developed dorsal tooth. The new species is characterized by large body size, conoid tail shape, small acute dorsal tooth, long slender spicules with sclerotised hooked capitulum, and sexual dimorphism of the non-striated part of the tail. A new illustrated dichotomous key to males of species of Chromaspirina is proposed.},
	isbn = {1175-5326},
	author = {Maria, T. F. and Esteves, A. M. and Smol, N. and Vanreusel, A. and Decraemer, W.}
}
@article {101,
	title = {Marine nematode taxonomy in the age of DNA: the present and future of molecular tools to assess their biodiversity},
	journal = {NematologyNematology},
	volume = {12},
	year = {2010},
	note = {Rodrigues da Silva, Neyvan Renato da Silva, Maria Cristina Genevois, Veronica Fonseca Esteves, Andre Morgado De Ley, Paul Decraemer, Wilfrida Rieger, Tania Tassinari dos Santos Correia, Maria TerezaPart 5},
	pages = {661-672},
	abstract = {Molecular taxonomy is one of the most promising yet challenging fields of biology. Molecular markers such as nuclear and mitochondrial genes are being used in a variety of studies surveying marine nematode taxa. Sequences from more than 600 species have been deposited to date in online databases. These barcode sequences are assigned to 150 nominal species from 104 genera. There are 41 species assigned to Enoplea and 109 species to Chromadorea. Morphology-based surveys are greatly limited by processing speed, while barcoding approaches for nematodes are hampered by difficulties in matching sequence data with morphology-based taxonomy. DNA barcoding is a promising approach because some genes contain variable regions that are useful to discriminate species boundaries, discover cryptic species, quantify biodiversity and analyse phylogeny. We advocate a combination of several approaches in studies of molecular taxonomy, DNA barcoding and conventional taxonomy as a necessary step to enhance the knowledge of biodiversity of marine nematodes.},
	isbn = {1388-5545},
	author = {da Silva, N. R. R. and da Silva, M. C. and Genevois, V. F. and Esteves, A. M. and De Ley, P. and Decraemer, W. and Rieger, T. T. and Correia, M. T. D.}
}
