Page 647 - Economia Azul - versão: inglês
P. 647
References Western South Atlantic Ocean. Deep-sea evidence from the Cascadia. Geology, v.
Research. Part I, Oceanographic research 22, 1994. p. 459-462.
ARNING, E.; van BERK, W.; SANTOS NETO, S.; BECHSTÄDT, T. Seismic stratigraphy papers. MARTINS, L. R.; MELO, U.; FRANÇA, A.
E.; NAUMANN, R.; SCHULZ, H.; The quan- and subsidence analysis of the southern GRAULS, D. Gas hydrates: importance M. C.; SANTANA, C. I.; MARTINS, I. R.
tification of methane formation in Amazon Brazilian margin (Campos, Santos and Pelo- and applications in petroleum exploration. Distribuição Faciológica da Margem Con-
Fan sediments (ODP Leg 155, Site 938) by tas basins). Mar. Pet. Geol. 27, 2010, p. Marine and Petroleum Geology, v. 18, tinental Sul-Riograndense. Congr. Bra-
hydrogeochemical modeling solid e Aque- 1952-1980. 2001. p. 519-523. sileiro de Geologia. Belém. 1972, Bras.
ous solution e Gas interactions. Journal of FIGUEIREDO, J.; HOORN, C.; van der VEN, KETZER, J.M.; AUGUSTIN, A.; RODRIGUES, 26, 115-132.
South American Earth Sciences, v. 42, P.; SOARES, E. Late Miocene onset of the L.F.; OLIVEIRA, R.; PRAEG, D.; PIVEL, M.A.; MASLIN, M.; VILELA, C.; MIKKELSEN, N.;
2013, p. 205-215. Amazon River and the Amazon deep-sea REIS, A.T.; SILVA, C.; LEONEL, B. Gas seeps GROOTES, P. Causes of catastrophic sed-
BOHRMANN, G.; TORRES, M.E. Gas Hy- Fan: Evidence from the Foz do Amazonas and gas hydrates in the Amazon deep-sea iment failures of the Amazon Fan. Qua-
drates in Marine Sediments. In: SCHULZ, Basin. Geology, 2009, 37, 619-622. Fan. Geo-Marine Letters, v. 38, 2018. ternary Science Reviews, v. 24, p., 2005.
H.D.; ZABEL, M. (eds). Marine Geochemis- FLOOD, R.D.; MANLEY, P.L.; KOWSMANN, 429-438. 2180-2193.
try. Berlin/Heidelberg: Springer, 2006. R.O.; APPI, C.J.; PIRMEZ, C. Seismic facies KETZER, Marcelo; PRAEG, Daniel; PIVEL, MEDINA-SILVA, R.; OLIVEIRA, R. R. de;
BUENO, G.V. Bacia de Pelotas em retro- and Late Quaternary growth of Amazon Maria A. G.; AUGUSTIN, Adolpho H.; PIVEL, M. A. G.; BORGES, L.G.A.; SIMÃO,
spective. In: JENILEK, A.; SOMMER, C. submarine Fan. In: WEIMER, P.; LINK, M.H. RODRIGUES, Luiz F.; VIANA, Adriano R.; T.L.L. et al. Microbial diversity from chlo-
(eds.). Contribuições à geologia do Rio (eds). Seismic facies and sedimentary CUPERTINO, José A. Gas Seeps at the rophyll maximum, oxygen minimum and
Grande do Sul e de Santa Catarina. So- processes of submarine Fans and tur- Edge of the Gas Hydrate Stability Zone on bottom zones in the southwestern Atlantic
ciedade Brasileira de Geologia, 2021. bidite systems. New York: Springer-Verlag, Brazil’s Continental Margin. Geosciences Ocean. Journal of Marine Systems, 178,
CHANG, R. (ed.). Chemistry. McGraw & 1991. p. 415-434. 2019, v. 9, 193. (2018a), 52-61.
Hill, 2010, p. 1038. FLOOD, R.D.; PIPER, D. J. W.; KLAUS, A. et KETZER, J. M.; PRAEG, D.; RODRIGUES, MEDINA-SILVA R.; OLIVEIRA R. R.; PIVEL M.
DAVIES, R.J.; YANG, J.; LI, A.; MATHIAS, S.; al. Proceedings of the Ocean Drilling L.R.; AUGUSTIN, A.H.; PIVEL, M.A.; RAH- A. G.; BORGES, L. G. A.; SIMÃO, T. L. L. et
HOBBS, R. An irregular feather-edge and po- Program, Initial Reports, v. 155, College MATI-ABKENAR, M.; MILLER, D.J.; VIANA, al. Microbial diversity from chlorophyll max-
tential outcrop of marine gas hydrate along Station, TX, 1995 (Ocean Drilling Program), A.R.; CUPERTINO, J.A.; Gas hydrate dissoci- imum, oxygen minimum and bottom zones
the Mauritanian margin. Earth and Plane- 1233 p. ation linked to contemporary ocean warm- in the southwestern Atlantic Ocean. Journal
tary Science Letters, 423, 202-209, 2015. FONTANA, L.R.; 1989. Evidências geofísicas ing in the southern hemisphere. Nature of Marine Systems, (2018b), 178: 52-61.
DAMUTH, J.E.; KUMAR, N. Amazon cone, da presença de hidratos de gás na Bacia de communications, 11, 3788, 2020, 9 p. MILLER, D. J.; KETZER, J. M.; VIANA, A.
morphology, sediments, age, and growth Pelotas. In: 1st Congress of the Brazilian KETZER, M.; VIANA, A.; MILLER, D.; AU- R.; KOWSMANN, R.O.; FREIRE, A. F. M.;
pattern. Geol. Soc. Am. Bull, 86, 863-878, Geophysical Society, Rio de Janeiro. GUSTIN, A.; RODRIGUES, F.; PRAEG, D.; OREIRO, S. G.; Augustin, A.H.; LOUREGA,
1975. FONTANA, R.L.; MUSSUMECI, A. Hydrates CUPERTINO, J.; FREIRE, F.; KOWSMANN, R.V.; RODRIGUES, L. F.; HEEMANN, R.; PRE-
CASTILLO, L.L.A.; KAZMIERCZAK, T. de offshore Brazil. In: Annals of the New R.; Dickens, G. R.; MALINVERNO, A. Gas ISSLER, A. G.; MACHADO, C. X.; SBRISSA,
S.; CHEMALE JR., F. Rio Grande cone tec- York Academy of Sciences, International hydrate systems on the Brazilian conti- G. F. Natural gas hydrates in the Rio Grande
tono-stratigraphic model e Brazil: seismic Conference on Natural Gas Hydrates 715, nental margin. In: MIENERT, J.; BERNDT, Cone (Brazil): A new province in the west-
sequences. Earth Sci. Res. J. 13, 2009, 1994. p. 106 e 113. C.; TRÉHU, A.M.; CAMERLENGHI, A.; LIU, ern South Atlantic. Marine and Petro-
42-53. FONTANA, R.L. Geotectônica e Sis- C-S. (eds.). World Atlas of Submarine leum Geology, v. 67, 2015, p. 187-196.
COLLETT, T.S.; JOHNSON, A.H.; KNAPP, moestratigrafia da Bacia de Pelotas e Gas Hydrates in Continental Margins. MIENERT, J.; VANNESTE, M.; HAFLIDASON,
C.C.; BOSWELL, R.. Natural Gas hydrates: Plataforma de Florianópolis. Tese (Dou- Springer, 2022, Chapter 29. +++ H.; BÜNZ, S. Norwegian margin outer shelf
a review. In: COLLETT, T.; JOHNSON, A.; torado em Geociências) – Universidade KVENVOLDEN, K.A. Gas hydrates – geo- cracking: a consequence of climate-in-
KNAPP, C.; BOSWELL, R. (eds.). Natural Federal do Rio Grande do Sul, Porto Alegre, logical perspective and global change. Rev. duced gas hydrate dissociation? Int. J.
Gas Hydrates: Energy Resource Potential 2 vols., 214 p. Geophysics, v. 31-2, 1993, p. 173-187. Earth Sci. (Geol Rundsch) 99 (Suppl. 1),
and Associated Geologic Hazards, AAPG GIONGO, A.; HAAG, T.; SIMAO, T.; MEDI- MACKAY, M.E.; JARRARD, R. D.; WEST- 2010.S207eS225.
Memoir 89, 2009, p. 146-219. NA-SILVA, R.; UTZ, L. et al. Discovery of a BROOK, G. K.; HYNDMAN, R. D. Origin of OLIVEIRA, S.; VILHENA, O.; COSTA, E. da
CONTRERAS, J.; ZÜHLKE, R.; BOWMAN, Chemosynthesis-based Community in the bottom-simulating reflectors: Geophysical Time–frequency spectral signature of Pelotas
644 BLUE ECONOMY State of the Art of Gas Hydrate Occurrences 645

