Marine Institute / Entire catchment / University of Stirling / Institute of Marine Research / Campus Universitário de Santiago / Killary Harbour / Portugal University of Aveiro / /
IndustryTerm
fjordic systems / aquatic products / less food depletion / food availability / average physical product / important food source / inshore food availability / Prospective energy needs / marginal physical product / food / food depletion / spatial planning tools / stream network / food source / renewable and sustainable energy solutions / classification algorithms / decision support tool / offshore and inshore systems / renewable energy systems / pelagic food supply / accessible operational oceanography products / /
NaturalFeature
Armona inlets / Maputo Bay / Norwegian fjord / /
Organization
New University of Lisbon / Interagency Ocean Policy Task Force / United Nations / Portuguese government / Marine Institute / US Federal Reserve / Food and Agriculture Organization of the United Nations / European Union / Faculty of Sciences and Technology / University of Stirling / Institute of Marine Research / Centre for Ocean and Environment / Portugal University of Aveiro / /
system model / aquaculture park sub-model Stand-alone ecological model / head / Corresponding author / Ecological model Sustainability FORWARD / Governor / model / Hunter / box model for ecosystem-level management / hydrodynamic model / Cao / representative / FORWARD / POLIS Litoral FORWARD / /
Aquaculture 426––164 Contents lists available at ScienceDirect Aquaculture journal homepage: www.elsevier.com/locate/aqua-online