Lucia Helena Ribeiro Rodrigues
Departamento de Obras HidrĂ¡ulicas
(email)
Integrating Ontogenetic Shift, Growth and Mortality to Determine a Species' Ecological Role from Isotopic Signatures
Citation:
Fontoura, NF, Rodrigues LR, Batista CB, Persch TSP, Janowicz ME. 2015. Integrating Ontogenetic Shift, Growth and Mortality to Determine a Species' Ecological Role from Isotopic Signatures. PLOS ONE.
Exportar
Tagged
XML
BibTex
Google Scholar
Pré-visualizar
Anexo
Tamanho
plos_one_2015._fontoura_et_al.pdf
532.93 KB
Publications
Bio
Classes
Recent Publications
Integrating Ontogenetic Shift, Growth and Mortality to Determine a Species' Ecological Role from Isotopic Signatures
Phytoplankton ecological interactions in freshwater ecosystems - Integrating relationships in subtropical shallow lakes
Is phytoplankton functional classification a suitable tool to investigate spatial heterogeneity in a subtropical shallow lake?
Development of temporary subtropical wetlands induces higher gas production
Short-term photochemical and biological unreactivity of macrophyte-derived dissolved organic matter in a subtropical shallow lake
Food-web structure in a subtropical coastal lake: how phylogenetic constraints may affect species linkages
more