7,649 research outputs found
A Look at the California Records Act and Its Exemptions
Authors: Edward M. Schaffer, et al
Replication Data for: "Who’s afraid of more ambitious climate policy? How distributional implications shape policy support and compensatory preferences"
This repository contains the replication material for the analysis reported in Schaffer, L. M. "Who’s afraid of more ambitious climate policy? How distributional implications shape policy support and compensatory preferences" . Forthcoming in Environmental Politics.
Abstract: Nation states need to strengthen domestic climate policies to address global climate change. As more ambitious climate policy shapes the material interests of different societal groups, distributional conflict about who wins and loses will likely intensify over the coming years. I use the recent complete revision of the Swiss CO2 law as an example of a change towards more ambitious climate policy and experimentally test whether distributional implications resulting from this policy change affect both people's policy support and redistributive preferences. I establish that learning about negative impacts on some societal groups significantly decreases support, while information about groups profiting also increases support. Moreover, being informed about the negative consequences of ambitious climate policy makes people more likely to support redistributive schemes, even if they are not personally affected. These results show the centrality of distributional implications for the political feasibility of progressive climate policy
[Handwritten note concerning Jack Ruby and Nolan Ray Schaffer]
Handwritten note by an unknown author concerning Jack Ruby and Nolan Ray Schaffer
Disputatio inauguralis medica, de soporosis affectibus in genere; atque in specie de Caro
quam ... pro summis in arte medica honoribus, privilegiis ac insignibus doctoralibus solemniter legitimeque consequendis, publicae ... & placidae disquisitioni committit Adamus Schafferus, Hervordia Westphalus. Ad diem 15. Martii Ann. M DC XLIIIEnth. 42 ThesenDiss. med. Basel, 164
Analogue resolution in a model of the Schaffer collaterals
. We have analytically and numerically solved the mutual information expression for a quantitative model of the Schaffer collateral projections from the CA3 to the CA1 pyramidal cells within the hippocampus. Here we discuss in particular results from the model on the effect of analogue coding levels in the Schaffer collaterals, and the fact that this depends upon the sparseness of firing rate distributions in the hippocampus. 1 Introduction Recent advances in techniques for the formal analysis of neural networks [1, 2, 3, 4] have introduced the possibility of detailed quantitative analyses of real brain circuitry. This approach is particularly appropriate for regions such as the hippocampus, which show distinct structure and for which the microanatomy is relatively simple and well known [5]. The Schaffer collateral model describes, in a simplified form, the connections from the N CA3 pyramidal cells to the M CA1 pyramidal cells. Most Schaffer collateral axons project into the stratum ..
Audrey M. Schaffer (interviewed by Dou Dou)
Interview conducted with an MIT alumna as part of the Margaret MacVicar Memorial AMITA (Association of MIT Alumnae) Oral History Project. The purpose of the project is to document the life histories of women graduates of the Massachusetts Institute of Technology
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