Environmental Science & Policy 26 (2013) 90-101
We assess how unequal information affects the bargaining within resource allocation, a stakeholder interaction that is critical for climate adaptation within the water sector. Motivated by water allocation among unequal actors in NE Brazil, within Ceara´ State, we employ ‘ultimatum’ field experiments in which one participant lacks information. We find that, despite having veto power, the less informed are vulnerable to inequity. When all are informed, we see a typical resource split (60% initiator–40% responder) that balances an initiator’s advantage with a responder’s willingness to punish greed. When instead responders have only a resource forecast upon which to base decisions, the fully informed initiators get 80% of resources for conditions of resource scarcity. Thus, despite each of the stakeholder types having an unquestioned ‘seat at the table’, information asymmetries make bargaining outcomes more unequal. Our results are widely relevant for adaptation involving the joint use of information, and suggest that equity can rise with dissemination of scientific outputs that are integral in adaptation.
Amer. J. Agr. Econ. 94(5): 1136–1153; doi: 10.1093/ajae/aas065
Farmers have to make key decisions, such as which crops to plant or whether to prepare the soil, before knowing how much water they will get.They face losses if they make costly decisions but do not receive water, and they may forego profits if they receive water without being prepared.We consider the coordination of farmers’ decisions, such as which crops to plant or whether to prepare the soil when farmers must divide an uncertain water supply. We compare ex-ante queues (pre-decision) to an ex-post spot market (post-decision & post-rain) in experiments in rural Brazil and a university in England. Queues have greater coordination success than does the spot market.
Climatic Change (2007) 84:217–239
We assess the potential benefits from innovative forecasts of the stream flows that replenish reservoirs in the semi-arid state of Ceará, Brazil. Such forecasts have many potential applications. In Ceará, they matter for both water-allocation and participatory-governance issues that echo global debates. Our qualitative analysis, based upon extensive fieldwork with farmers, agencies, politicians and other key actors in the water sector, stresses that forecast value changes as a society shifts. In the case of Ceará, current constraints on the use of these forecasts are likely to be reduced by shifts in water demand, water allocation in the agricultural Jaguaribe Valley, participatory processes for water allocation between this valley and the capital city of Fortaleza, and risk perception. Such changes in the water sector can also have major distributional impacts.
EOS (American Geophysical Union), May 15 2001
Earth-science predictions of natural phenomena are increasingly seen as valuable aids to improved societal decision making. Pielke et al. recently (EOS 7/13/99) argued persuasively that good predictions alone won’t achieve better societal decisions. These authors’ call to change the decision environments in which scientific predictions are used, though, may be more relevant to the daily activities of policy makers than to those of scientists. We see a role also for changing the information that scientists feed into those decision environments. In particular, scientists could better serve societal needs by generating not only possible scenarios, but also improved probabilities that decision makers need, including for decisions to be taken in the near future.
NATURE|VOL 397 | 25 FEBRUARY 1999
The effective and equitable dissemination of climate forecasts is as important and challenging as their accuracy. During El Niño 1997–98, Peruvian fisheries showed the need to understand forecast use and all parties’ interests.