2013
DOI: 10.1111/agec.12045
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The global bio‐economy

Abstract: Throughout history, agriculture and natural resources have been used for the production of food, feed, fibre, fuel, and environmental goods. Recent developments in demand both in terms of quantity and quality, technology, and traditional energy and chemistry markets have reinforced the demand for nonfood applications. These developments, in combination with increased consumer demands for various food characteristics, have led to a rapidly growing and globally integrated "bio-economy." This article introduces a… Show more

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Cited by 18 publications
(9 citation statements)
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“…The TM literature places significant emphasis on the role of 'guiding visions' in affecting change, where ideas about how things might develop or what we wish for the future could serve as drivers for the future [20,30,48]. According to Smith, Stirling and Berkhout [20] visions or expectations about future system innovations can have several important functions: (1) giving a realm of plausible alternatives; (2) showing the problems that need to be solved; (3) providing a stable frame for thinking in the same manner or monitoring progress; (4) binding certain types of actors into networks, and excluding others; (5) and becoming a symbol used for attracting resources outside the core of a regime. We argue for the need for TM to include visions and expectations to a greater extent, reaching out to a broader set of stakeholders, before entering the smaller transition arena.…”
Section: Expectations Driving Transitionsmentioning
confidence: 99%
See 1 more Smart Citation
“…The TM literature places significant emphasis on the role of 'guiding visions' in affecting change, where ideas about how things might develop or what we wish for the future could serve as drivers for the future [20,30,48]. According to Smith, Stirling and Berkhout [20] visions or expectations about future system innovations can have several important functions: (1) giving a realm of plausible alternatives; (2) showing the problems that need to be solved; (3) providing a stable frame for thinking in the same manner or monitoring progress; (4) binding certain types of actors into networks, and excluding others; (5) and becoming a symbol used for attracting resources outside the core of a regime. We argue for the need for TM to include visions and expectations to a greater extent, reaching out to a broader set of stakeholders, before entering the smaller transition arena.…”
Section: Expectations Driving Transitionsmentioning
confidence: 99%
“…One solution developing over the last decade has been a suggestion of a paradigm shift towards a "globally integrated" bioeconomy [2], as a solution to particularly sustainable resource use, an increasing demand for food and energy, and the need to decouple economic growth from environmental degradation [3].…”
Section: Introductionmentioning
confidence: 99%
“…Starting points are the mergers between international biotech, chemical, pharmaceutical and agribusiness companies [3], tremendous advances in biological sciences [4], especially in genetics and molecular technologies, and the increasing biomass demand for non-food applications in energy and chemistry markets [5]. Not the limits of growth, but new growth possibilities are now in the focus.…”
Section: Introductionmentioning
confidence: 99%
“…There is an emerging recognition in bioeconomy literature around the potential to reconceptualise and repurpose bio-technologies/processes (which my be otherwise, just framed in the conversion/exploitation of biogenic resources and wastes [168][169][170]), in order to contribute toward resolving the ubiquitous challenges of excessive urbanisation, diminishing biodiversity, resource exploitation, post-fossil energy and chemical transition, and climate change and inequitable and unsustainable economic development [171][172][173][174]. For example, by cascading levels of extraction of, initially high-value-added chemicals and products, then bio-materials and finally 100% (aka zero waste [168,[175][176][177]) bioprocessing of residual biomass and further a CO 2 biosequestration, closed loop, zero emission bio-refinery [178][179][180].…”
Section: Zero Waste: Formation Convergence Circularity and Critiquementioning
confidence: 99%