Page 649 - Livro - Economia Azul

PRAEG, D.; SILVA, C.; REIS, A.T.; KETZER, J. RUPPEL, C. Methane hydrates and con-
M.; MIGEON, S.; UNNITHAN, V.; PEROVA- temporary climate change. Nat. Educ.
NO, R.; CRUZ, A.; GORINI, C. Gas hydra- Knowl., 2011, 3, 1-12.
tes, fluid venting and slope stability on the SAD, A. R. E.; SILVEIRA, D. P.; MACHADO,
upper Amazon deep-sea fan. I Simpósio M. A. P. Hidratos de gás marinhos: a me-
Brasileiro de Geologia e Geofísica Ma- ga-ocorrencia da Bacia de Pelotas/Brasil.
rinha (I SBGGM), Nov. 2018, Rio de Janei- In: International Congress of the Bra-
ro, Brazil. P2GM Projetos e Produções, Rio zilian Geophysical Society, 5, São Paulo,
de Janeiro, Brasil, 31, 217-218. 1997. Extended Abstracts. p. 71 e 74.
Projeto CONEGAS – 2021 – PETROBRAS/ SAD, A. R. E.; SILVEIRA, D. P.; MACHADO,
CENPES – PUCRS/IPR. Relatório Interno. D. A. P.; SILVA, S. R. P.; MACIEL, R. R. Ma-
REIS, A.T.; PEROVANO, R.; SILVA, C.G.; rine gas hydrates evidence along the Bra-
VENDEVILLE, B.C.; ARAÚJO, E.; GORINI, zilian coast. Proc. AAPG international
C.; OLIVEIRA, V. Two-scale gravitational conference and exhibition. Rio de Janei-
collapse in the Amazon Fan: a coupled ro, Brazil. Nov. 1998. 8-11, (CD-Rom).
system of gravity tectonics and mass-trans- SCHMIDTKO, S.; JOHNSON, G. C. Mul-
port processes. J. Geol. Soc. 167, 2010, tidecadal warming and shoaling of Ant-
593-604. arctic intermediate water. J. Clim, 2012,
REIS, A.T.; ARAÚJO, E.; SILVA, C.G.; CRUZ, 25, 207-221.
A.M.; GORINI, C.; DROZ, L.; MIGEON, S.; SLOAN JR., E.D.. Fundamental principles
PEROVANO, R.; KING, I.; BACHE, F. Effects and applications of natural gas hydrates.
of a regional décollement level for gravity Nature, v. 426, 2003, p. 352-359.
tectonics on late Neogene to recent large- SILVA, C.C.; REIS, A. T.; PEROVANO, R. J.;
scale slope instabilities in the Foz do Am- GORINI, M. A.; SANTOS, M. V. M.; JECK, I.
azonas Basin, Brazil. Mar. Petrol. Geol., K.; TAVARES, A. A. A.; GORINI, C. Multiple
2016, 75, 29-52. megaslide complexes and their significance
RODRIGUES, L.F.; KETZER, J. M.; LOURE- for the Miocene stratigraphic evolution
GA, R. V.; AUGUSTIN, A. H.; SBRISSA, G. et of the offshore Amazon Basin. In: LA-
al. The influence of methane fluxes on the MARCHE, G. et al. (eds). Submarine mass
sulfate/methane interface in sediments from movements and their consequences.
the Rio Grande Cone Gas Hydrate Province, Advances in Natural and Technological Haz-
southern Brazil: A influência dos fluxos de ards Research 41:49-60, 2016. Springer.
metano na interface sulfato/metano em sed- SILVEIRA, D. P.; MACHADO, M. A. P.
imentos de hidrato de gás do Cone do Rio Bacias sedimentares brasileiras: Bacia
Grande, Sul do Brasil. Brazilian Journal of de Pelotas. Boletim Informativo da
Geology, 47. 2017, 369-381. Fundação Paleontológica Phoenix, 6,
RODRIGUES, L.F.; KETZER, J.M.; OLIVEIRA, 2004, vol. 63.
R.R.; SANTOS, V.H.J.M.; AUGUSTIN, A.H.; THARIMELA, R.; AUGUSTIN, A.; KETZER, J.
CUPERTINO, J.A.; VIANA, A.R.; LEONEL, B.; M.; CUPERTINO, J.; MILLER, D.; VIANA, A.;
DORLE, W. Molecular and isotopic compo- SENGER, K. 3D controlled-source elec-
sition of hydrate-bound, dissolved and free tromagnetic imaging of gas hydrates:
gases in the Amazon deep-sea fan and slope Insights from the Pelotas Basin offshore
sediments, Brazil. Geosciences 9, 2019, 73. Brazil. Interpretation, 7, 4, 2019.

646 ECONOMIA AZUL Estado da Arte das Ocorrências de Hidratos de Gás 647