Titlebook: New Perspectives on Desistance; Theoretical and Empi Emily Luise Hart,Esther F.J.C. van Ginneken Book 2017 The Editor(s) (if applicable) an

Adjourn

New Perspectives and the Future of Desistance: An Afterwordrcumstances, and we hope that this book has successfully mapped out some of the circumstances we need to consider in future research. This afterword highlights some of the new perspectives brought out by the chapters in this book, gives a few directions for future research, and discusses implications for policy and practice.

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Desistance After Life Imprisonmentt they underwent a transformation leading to a better version of themselves. What seems to be crucial for lifers in being successful in staying out on parole is a combination of social support structures, a regained sense of control, and a strong awareness of the restraints that govern their day-to-

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Constrained Agency: The Role of Self-Control in the Process of Desistanceistance, including life-course and agency perspectives. The chapter discusses relevant recent developments in the fields of psychology and behavioural economics and presents a new theoretical view on the relationship between agency, self-control, crime, and desistance. This situational conceptualisa

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Prisoners Post Release: The Need for a ‘Critical Desistance’ engagement with wider social change. The reformist trajectory of most desistance research and criminal justice practice has led to the continued notion that prison could work under certain circumstances. A critical desistance approach is grounded in the abolition of prisons and punishment, rather t

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Barbara J. Cookenstructed systems are compared, and the observed differences highlighted. The constructed systems are proposed as test problems for statistical methods, which are designed to detect and classify properties of given noisy time-series arising from biological applications.

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Cara Jardineod geometry. The stochastic modeling is used to analyze electrophysiological recordings and to extract in vivo biochemical constants. Modeling phototransduction has evolved at the far front of cell transduction and system biology and thus the approach presented here can be applied to many transducti

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Marie A. Huttona wider cell-to-cell heteroplasmy distribution—implies a higher probability of exceeding a given threshold value, meaning that stochastic models are essential to describe mtDNA disease. Mitochondria can undergo fusion and fission events with each other making the mitochondrial population a dynamic n