Zambia / Netherlands / Bangladesh / Thailand / Malaysia / United States / Australia / United Kingdom / China / / /
Event
Environmental Issue / /
Facility
Global Change Institute / University of Stirling / Institute of Environmental Sciences / University of Queensland / World Resources Institute / Kasetsart University / Institute of Aquaculture / Hall et al. / /
IndustryTerm
aquaculture production systems / energy demand / pond systems / intensive systems / aquaculture systems / technology characterization / commodity / energy policy / cumulative energy demand / freshwater finfish systems / ecosystem services / fish oil / agricultural products / Disruptive technology case study / energy supply / energy mix / animal species groups / energy / energy resources / intensification clean energy / electricity / aquaculture technology scenarios / intensive trout systems / aquaculture technologies / Electricity sources / higher energy / electricity production / important food security / chemicals / /
Faculty of Environment / Kasetsart University / Global Change Institute / World Resources Institute / World Bank / University of Queensland / Institute of Environmental Sciences / Ocean Foundation / Food and Agriculture Organization of the United Nations / Life Cycle Assessment Authors Rattanawan Mungkung / 1 Michael Phillips / 2* Sarah Castine / 2 Malcolm Beveridge / 3 Nuttapon Chaiyawannakarn1 / Supawat Nawapakpilai1 and Richard Waite4 Author Affiliations Centre of Excellence / Institute of Aquaculture / University of Stirling / /
Person
Randall Brummett / Hua Wen / David Tomberlin / Melanie King / Dalal Al-Abdulrazzak / Craig Hanson / Aaron McNevin / Andrew Hudson / Lauretta Burke / Michael Phillips / Christopher Delgado / Tim Searchinger / David Little / Sadasivam Kaushik / /
WHITE PAPER Exploratory analysis of resource demand and the environmental footprint of future aquaculture development using Life Cycle Assessment