Page 649 - Economia Azul - versão: inglês

Basin deep water gas hydrates system. Mar. slope sediments, Brazil. Geosciences 9,
Geophys, Res. 31, 2010, 89-97. 2019, 73.
PRAEG, D.; SILVA, C.; REIS, A.T.; KETZER, J. RUPPEL, C. Methane hydrates and contem-
M.; MIGEON, S.; UNNITHAN, V.; PEROVA- porary climate change. Nat. Educ. Knowl.,
NO, R.; CRUZ, A.; GORINI, C. Gas hydrates, 2011, 3, 1-12.
fluid venting and slope stability on the up- SAD, A. R. E.; SILVEIRA, D. P.; MACHADO,
per Amazon deep-sea Fan. I Simpósio Bra- M. A. P. Hidratos de gás marinhos: a me-
sileiro de Geologia e Geofísica Marinha ga-ocorrencia da Bacia de Pelotas/Brasil. In:
(I SBGGM), Nov. 2018, Rio de Janeiro, International Congress of the Brazilian
Brazil. P2GM Projetos e Produções, Rio de Geophysical Society, 5, São Paulo, 1997.
Janeiro, Brasil, 31, 217-218. Extended Abstracts. p. 71 e 74.
Projeto CONEGAS – 2021 – PETROBRAS/ SAD, A. R. E.; SILVEIRA, D. P.; MACHA-
CENPES – PUCRS/IPR. Relatório Interno. DO, D. A. P.; SILVA, S. R. P.; MACIEL, R. R.
REIS, A.T.; PEROVANO, R.; SILVA, C.G.; VEN- Marine gas hydrates evidence along the
DEVILLE, B.C.; ARAÚJO, E.; GORINI, C.; OL- Brazilian coast. Proc. AAPG international
IVEIRA, V. Two-scale gravitational collapse in conference and exhibition. Rio de Janei-
the Amazon Fan: a coupled system of grav- ro, Brazil. Nov. 1998. 8-11, (CD-Rom).
ity tectonics and mass-transport processes. SCHMIDTKO, S.; JOHNSON, G. C. Mul-
J. Geol. Soc. 167, 2010, 593-604. tidecadal warming and shoaling of Antarc-
REIS, A.T.; ARAÚJO, E.; SILVA, C.G.; CRUZ, tic intermediate water. J. Clim, 2012, 25,
A.M.; GORINI, C.; DROZ, L.; MIGEON, S.; 207-221.
PEROVANO, R.; KING, I.; BACHE, F. Effects SLOAN JR., E.D.. Fundamental principles
of a regional décollement level for gravity and applications of natural gas hydrates.
tectonics on late Neogene to recent large- Nature, v. 426, 2003, p. 352-359.
scale slope instabilities in the Foz do Am- SILVA, C.C.; REIS, A. T.; PEROVANO, R.
azonas Basin, Brazil. Mar. Petrol. Geol., J.; GORINI, M. A.; SANTOS, M. V. M.;
2016, 75, 29-52. JECK, I. K.; TAVARES, A. A. A.; GORINI, C.
RODRIGUES, L.F.; KETZER, J. M.; LOURE- Multiple megaslide complexes and their
GA, R. V.; AUGUSTIN, A. H.; SBRISSA, G. significance for the Miocene stratigraphic
et al. The influence of methane fluxes on evolution of the offshore Amazon Basin.
the sulfate/methane interface in sediments In: LAMARCHE, G. et al. (eds). Submarine
from the Rio Grande Cone Gas Hydrate mass movements and their consequences.
Province, southern Brazil: A influência dos Advances in Natural and Technological Haz-
fluxos de metano na interface sulfato/meta- ards Research 41:49-60, 2016. Springer.
no em sedimentos de hidrato de gás do Rio SILVEIRA, D. P.; MACHADO, M. A. P. Bacias
Grande Cone, Sul do Brasil. Brazilian Jour- sedimentares brasileiras: Bacia de Pelotas.
nal of Geology, 47. 2017, 369-381. Boletim Informativo da Fundação Pale-
RODRIGUES, L.F.; KETZER, J.M.; OLIVEIRA, ontológica Phoenix, 6, 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 com- SENGER, K. 3D controlled-source elec-
position of hydrate-bound, dissolved and tromagnetic imaging of gas hydrates:
free gases in the Amazon deep-sea Fan and Insights from the Pelotas Basin offshore

646 BLUE ECONOMY State of the Art of Gas Hydrate Occurrences 647