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Showing posts from May, 2023

Notable Recent Publications - June 2023

Notable Recent Publications features the latest empirical research and data related to indigent defense. Should you have suggestions, ideas for work that should be included, or trouble accessing any of the articles featured, please write to albdavies@smu.edu . Book David M. Feldman, Paul M. Silvasi, Dayna Rotshtyn, Caleigh Covell Intersections of the Legal System and the Deaf Community From Law Enforcement to Incarceration . (Springer Cham.) This book examines how those with disabilities, and in particular, the Deaf and hard-of-hearing, are impacted by the influence language and culture in policing, criminal law, and corrections... [T]his book can serve as an important resource to the myriad of issues and difficulties that may be experiences by the Deaf suspect, defendant, or inmate, as well as by law enforcement officers, attorneys, and correctional officers.  Articles Kelsey S. Henderson, Kelly T. Sutherland, and Miko M. Wilford, “Reject the Offer”: The Asymmetric Impact

Notable Recent Publications - May, 2023

Notable Recent Publications features the latest empirical research and data related to indigent defense. Should you have suggestions, ideas for work that should be included, or trouble accessing any of the articles featured, please write to albdavies@smu.edu . Videos IDRA discussion: Client surveys are tough. What should we be doing?   Articles Aviv Caspi Overworking Public Defenders. Most U.S. criminal defendants are represented by government-employed public defenders (PDs). PDs consistently face higher caseloads than recommended by professional guidelines, but systematic evidence of the impacts of excessive workloads on defendants is lacking. This paper uses novel case-level data from three U.S. counties and an instrumental variable approach to study the causal impacts of high caseloads on PD time allocations and defendant outcomes. I exploit variation in case assignment timing, which can lead to unexpected increases in PD workloads, to instrument for workloads and find t