Vulnerability of Semi-Enclosed Marine Systems to Environmental Disturbances. In: Watersheds, Bays and Bounded Seas - The Science and Management of Semi-enclosed Marine Systems

@inbook{MacCracken2008,
  Title = {Vulnerability of Semi-Enclosed Marine Systems to Environmental Disturbances},
  Author = {MacCracken, M. and Escobar Briones, E. and Gilbert, D. and Korotaev, K. and Naqvi, S. W. A. and Perillo, G. M. E. and Rixen, Tim and Stanev, E. and Sundby, B. and Thomas, H. and Unger, Daniela and Urban Jr., E. R.},
  Editor = {Melillo, J. and Malanotte-Rizzoli, P. and Sundby, B. and Urban Jr., E.R.},
  Year = {2008},
  Pages = {8-23},
  Isbn = {978-1-59726-503-4},
  Booktitle = {Watersheds, Bays and Bounded Seas - The Science and Management of Semi-enclosed Marine Systems},
  Abstract = {Semi-enclosed marine systems (SEMSs) are impacted on time scales ranging from the very short (days or less) to the very long (decades and beyond) by many of the same forces and stresses as other components of the Earth system. Like the open ocean, SEMSs are linked to large-scale anthropogenic disturbances through climate change, acidification from increasing levels of atmospheric carbon dioxide (C02), and atmospheric deposition of contaminants.},
}

TY  - CHAP
AU  - MacCracken, M.
AU  - Escobar Briones, E.
AU  - Gilbert, D.
AU  - Korotaev, K.
AU  - Naqvi, S. W. A.
AU  - Perillo, G. M. E.
AU  - Rixen, Tim
AU  - Stanev, E.
AU  - Sundby, B.
AU  - Thomas, H.
AU  - Unger, Daniela
AU  - Urban Jr., E. R.
ED  - Melillo, J.
ED  - Malanotte-Rizzoli, P.
ED  - Sundby, B.
ED  - Urban Jr., E. R.
TI  - Vulnerability of Semi-Enclosed Marine Systems to Environmental Disturbances
PY  - 2008
SP  - 8-23
SN  - 978-1-59726-503-4
BT  - Watersheds, Bays and Bounded Seas - The Science and Management of Semi-enclosed Marine Systems
AB  - Semi-enclosed marine systems (SEMSs) are impacted on time scales ranging from the very short (days or less) to the very long (decades and beyond) by many of the same forces and stresses as other components of the Earth system. Like the open ocean, SEMSs are linked to large-scale anthropogenic disturbances through climate change, acidification from increasing levels of atmospheric carbon dioxide (C02), and atmospheric deposition of contaminants.
ER  -