... . Note, that this limiting factor has to stay limiting over the _t1t approach path and in any steady-state equilibrium. Fisheries Ecosystem Technical change Game theory Multiple externalities Biodiversity C70 D23 D24 D47 Q22 Q27 Q28...

... autoregression ecosystem externality biodiversity. Q57 Q22 Q30 Q38 Human production and consumption activities critically depend on a continued flow of ecosystem services, but the services are threatened by the immense scale of the activities (Millennium Ecosystem Assessment, 2005). We have...

... discarding, taking into account the probability of detection, the probability of being convicted and the size of the penalty if imposed (Hatcher and Gordon, 2005). ³ Incentive-based management bycatch discarding marine conservation fisheries management Q22 Q27 Q28 D01...

... ecosystems. For example, some marine species grow slowly, and can live more than 100 years at depths of over 1000 meters (e.g., orange roughy), while others live for only a few years (e.g., red sea urchin) and occupy shallow inter-tidal zones. Q0 Q2 Q22 R0 Q57 Bioeconomics; fisheries...

... Renewable Resources and Conservation – Government Policy Environment and Development Property Rights Infrastructure Q22 Q23 Q24 Q25 Q28 Q56 D23 H54 The security of the property right may also vary. Rights can be “insecure” by design or by default. Rights are insecure by default...