BURNETT, W.C.AGGARWAL, P.K.AURELI, A.BOKUNIEWICZ, H.CABLE, J.E.CHARETTE, M.A.KONTAR, E.KRUPA, S.KULKARNI, K.M.LOVELESS, A.MOORE, W.S.OBERDORFER, J.A.OLIVEIRA, J.OZYURT, N.POVINEC, P.PRIVITERA, A.M.G.RAJAR, R.RAMESSUR, R.T.SCHOLTEN, J.STIEGLITZ, T.TANIGUCHI, M.TURNER, J.V.2014-07-312014-07-312014-07-312014-07-312006BURNETT, W.C.; AGGARWAL, P.K.; AURELI, A.; BOKUNIEWICZ, H.; CABLE, J.E.; CHARETTE, M.A.; KONTAR, E.; KRUPA, S.; KULKARNI, K.M.; LOVELESS, A.; MOORE, W.S.; OBERDORFER, J.A.; OLIVEIRA, J.; OZYURT, N.; POVINEC, P.; PRIVITERA, A.M.G.; RAJAR, R.; RAMESSUR, R.T.; SCHOLTEN, J.; STIEGLITZ, T.; TANIGUCHI, M.; TURNER, J.V. Quantifyning submarine groundwater discharge in the coastal zone via multiple methods. <b>Science of the Total Environment</b>, v. 367, p. 498-543, 2006. Disponível em: http://repositorio.ipen.br/handle/123456789/7754.0048-9697http://repositorio.ipen.br/handle/123456789/7754498-543openAccesscoastal regionsfluctuationsground watergroundwater rechargeigneous rocksmetamorphic rocksradium isotopesradonreviewsseasseasonal variationsshoressubmarinesArtigo de periódico367