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References        CONF.216/CLD.13, I-GOOS/III/3S.          estuary (Brazil). J. Coastal Res. 95, 780-
                   KERR, R.; CUNHA, L. C. da; KIKUCHI, R. K.   784, 2020. DOI: 10.2112/SI95-152.1.
 ABC (Academia Brasileira de Ciências),   BRASIL, 2020. X Plano Setorial para   P.; HORTA, P. A.; ITO, R. G.; MÜLLER, M.   PRESTES, Y. O.; BORBA, T. A. C.; SIL-
 2021. Declaração da Academia Brasileira   os Recursos do Mar. Available in:   N. et al. The Western South Atlantic Ocean   VA, A. C.; ROLLNIC, M. A discharge
 de Ciências sobre a Década da Ciên-  https://www.in.gov.br/en/web/dou/-/  in a high-CO  World: current measure-  stationary model  for the Pará-Amazon
                              2
 cia Oceânica para o Desenvolvimen-  decreto-n-10.544-de-16-de-novembro-  ment capabilities and perspectives. Envi-  Estuarine system. J. Hydrol. Regional
 to Sustentável. Available in: 3 - EN  3.3    de-2020-288552390.  ron. Manage. 57, 740-752, 2016. DOI:   Stud. 28:100668, 2020. DOI: 10.1016/j.
 Trotte-Duha and Garcia - Ocean Observation   DAVIDSON, F.; ALVERA-AZCÁRATE, A.;   10.1007/s00267-015-0630-x.  ejrh.2020.100668.
 - why permanently monitor the South Atlan-  Barth, A.; BRASSINGTON, G. B.; CHASSIG-  LENTINI, C. A. D.; MENDONÇA, L. F. F.   PRESTES, Y. O.; SILVA, A. C.; ROLLNIC, M.;
 tic and Tropical oceans.docxhttp://www.abc.  NET, E. P.; CLEMENTI, E. et al. Synergies   Satellite Oceanography: Harnessing the   ROSARIO, R. P. The M2 and M4 tides in
 org.br/wpcontent/uploads/2021/07/Revis-  in operational oceanography: The intrinsic   Technological Revolution. Arq. Ciên. Mar,   the Pará river estuary. Tropical Oceanogr.
 ta-Gt-Oceanos-2021.pdf.   need for sustained ocean observations.   Fortaleza, 55 (Especial Labomar 60 anos),   45, 26-37, 2017. DOI: 10.5914/tropocean.
 ANGELO, C. Brazil’s government freezes   Front. Mar. Sci. 6:450., 2019. DOI:   2022, 163-179. DOI: 10.32360/78516.   v45i1.15198.
 nearly half of its science spending. Na-  10.3389/fmars.2019.00450.    LINDSTROM, E.; GUNN, J.; FISCHER, A.;   RAYNER, R.; JOLLY, C.; GOULDMAN,
 ture, 568, 155-156, 2019.  DOI: 10.1038/  FRANZ, G.; GARCIA, C. A. E.; PEREIRA, J.;   MCCURDY, A.; GLOVER, L.; ALVERSON, K.   C. Ocean Observing and the Blue Econ-
 d41586-019-01079-9.  ASSAD, L. P. F.; ROLLNIC, M.; GARBOSSA,   et al. A Framework for Ocean Observ-  omy. Front. Mar. Sci., vol. 6, article
 BAIA, E.; ROLLNIC, M.; VENEKEY, V. Sea-  L. H. P.; CUNHA, L. C. da,; LENTINI, C. A.   ing. By the Task Team for an Integrated   330, pages 1-6, 2019. DOI:10.3389/
 sonality of pluviosity and saline intrusion   D.; NOBRE, P., TURRA, A.; TROTTE-DUHÁ,   Framework for Sustained Ocean Observ-  fmars.2019.00330.
 drive meiofauna and nematodes on an   J. R.; CIRANO, M.; ESTEFEN, S. F.; LIMA,   ing, UNESCO, 2012, IOC/INF-1284, DOI:   REGAZZI, R. 2021. Economia do Mar:
 Amazon freshwater oligohaline beach.   J. A. M.; PAIVA, A. M.; NOERNBERG, M.   10.5270/OceanObs09-FOO.  uma estratégia para o desenvolvimento
 J. Sea Res. 170:102022, 2021. DOI:   A.; TANAJURA, C. A. S.; MOUTINHO, J.   GOOS-Brasil. Proposta de Reformulação   econômico e social. SEBRAE.
 10.1016/j.seares.2021.102022.   L.; CAMPUZANO, F.; PEREIRA, E. S.; LIMA,   do Comitê Executivo do Sistema Bra-  ROLLNIC, M.; ROSÁRIO, R. P. Tide prop-
 BORBA, T. A. C.; ROLLNIC, M. Runoff   A. C.; MENDONÇA, L. F. F.; NOCKO, H.;   sileiro de Observação dos Oceanos e   agation in tidal courses of the Pará river
 quantification on Amazonian Estuary   MACHADO, L.; ALVARENGA, J. B. R.;   Clima (GOOS-Brasil). 64a Reunião do   estuary, Amazon Coast, Brazil. J. Coast-
 based on hydrodynamic model. J. Coast-  MARTINS, R. P.; BÖCK, C. S.; TOSTE, R.;   GOOS-Brasil, Diretoria de Hidrografia da   al Res. Spl. 65, 1581-1586, 2013. DOI:
 al Res. Spl. Issue, 75, 43-47, 2016. DOI:   LANDAU, L.; MIRANDA, T.; SANTOS, F.;   Marinha, março de 2022.  10.2112/SI65-267.1.
 10.2112/SI75-009.1.  PELLEGRINI, J.; JULIANO, M.; NEVES, R.;    FOLTZ, G. R.; BRANDT, P.; RICHTER, I.;   SOARES, M. O.; TEIXEIRA, C. E. P.; BEZERRA,
 BOURLÈS, B.; LUMPKIN, R.; MCPHADEN,   POLEJACK, A. Coastal Ocean Observing   RODRIGUEZ-FONSECA, B.; HERNANDEZ,   L. E. A.; RABELO, E. F.; CASTRO, I. B.; CAV-
 M. J.; HERNANDEZ, F.; NOBRE, P.; CAM-  and Modelling Systems in Brazil: Initiatives   F.; DENGLER, M.; TROTTE-DUHÁ, J. et al.   ALCANTE, R. M. The most extensive oil spill
 POS, E.; YU, L.; PLANTON, S.; BUSALAC-  and Future Perspectives. Frontiers in   The tropical Atlantic observing system.   registered in tropical oceans (Brazil): the bal-
 CHI, A. J.; MOURA, A. D.; SERVAIN, J.;    Marine Science, 8: 681619, 2021. DOI:   Front. Mar. Sci. 6:206, 2019. DOI:  0.3389/  ance sheet of a disaster. Environ Sci Pollut
 TROTTE, J. The PIRATA Program: History,   10.3389/fmars.2021.681619.  fmars.2019.00206.  Res, 29, 19869-19877, 2022. DOI: https://
 Accomplishments, and Future Directions.   IOC-UNESCO. A Roadmap for the Im-  MASCARENHAS, A. C. C.; GOMES, G. S.;   doi.org/10.1007/s11356-022-18710-4.
 Bulletin of the American Meteoro-  plementation of the Global Ocean   LIMA, A. P. Y.; SILVA, H. K. N.; SANTANA,   TROTTE, J. R. Por que monitorar perma-
 logical Society (BAMS), Vol. 89, N°   Observing System 2030 Strategy. Paris,   L. S.; ROSÁRIO, R. P. et al. Seasonal varia-  nentemente os oceanos? Revista Maríti-
 8, 1111-1125, 2008. DOI: https://doi.  UNESCO Publishing, 2019.  tions of the Amazon River Plume with focus   ma Brasileira, 3º T, 2008. p. 10-20.
 org/10.1175/2008BAMS2462.1.  IOC-UNESCO. United Nations Decade   on the Eastern Sector. J. Coastal Res. 75,   VALENTIM, M. M.; MONTEIRO, S. M.;
 BOURLÈS, B.; ARAÚJO, M.; MCPH-  of Ocean Science for Sustainable   532-536, 2016. DOI: 10.2112/SI75-107.1.  ROLLNIC, M. The influence of seasonality
 ADEN, M. J.; BRANDT, P.; FOLTZ, G. R.;   Development 2021-2030, Implemen-  NOBRE, P.  et al. The 2019 Northeast Bra-  on   haline zones in an Amazonian Estuary.
 LUMPKIN, R. et al. PIRATA: A sustained   tation Plan Version 2.0. Paris, UNESCO   zil Oil Spill: Scenarios. Annals of the Brazil-  J. Coastal Res. Spl. 85, 76-80, 2018. DOI:
 observing system for tropical Atlantic   Publishing, 2020.  ian Academy of Sciences, 2022. (no prelo)  10.2112/SI85-16.1.
 climate research and forecasting. Earth   IOC/WMO/UNEP. Committee for the   NOVAES, G. O.; MONTEIRO, S. M.; ROLL-  WELLER, R.  et al. The Challenge of Sustain-
 Space Sci. 6, 577-616, 2019.  DOI:   Global Ocean Observing System   NIC, M. Microplastics in the fluvioestuarine   ing Ocean Observations. In: Oceanobs’19:
 10.1029/2018EA000428.  (I-GOOS), 3rd. Paris, 1997 [1]. DOI: SC.97/  beaches of Cotijuba Island, Pará River    An Ocean of Opportunity. 2019.


 394   BLUE ECONOMY                                                                      Ocean Observation 395
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