Problems Prisoners Face in the Reentry Industry

Prison sentences vary depending on the crime committed. When sentences come to an end, prisoners return to society. Society does not just accept these prisoners back into everyday life with open arms. This paper explores the challenges incarcerated individuals experience when they reenter society after incarceration? The discussion focuses on the different challenges that these individuals face in their battle of entering back into society and being accepted by individuals in the communities they return to. Some key elements will focus on how reentry affects work, housing, rehabilitation and relationships

A review of the theoretical basis for bulk mass flux convective parameterization

Most parameterizations for precipitating convection in use today are bulk schemes, in which an ensemble of cumulus elements with different properties is modelled as a single, representative entraining-detraining plume. We review the underpinning mathematical model for such parameterizations, in particular by comparing it with spectral models in which elements are not combined into the representative plume. The chief merit of a bulk model is that the representative plume can be described by an equation set with the same structure as that which describes each element in a spectral model. The equivalence relies on an ansatz for detrained condensate introduced by Yanai et al. (1973) and on a simplified microphysics. There are also conceptual differences in the closure of bulk and spectral parameterizations. In particular, we show that the convective quasi-equilibrium closure of Arakawa and Schubert (1974) for spectral parameterizations cannot be carried over to a bulk parameterization in a straightforward way. Quasi-equilibrium of the cloud work function assumes a timescale separation between a slow forcing process and a rapid convective response. But, for the natural bulk analogue to the cloud-work function (the dilute CAPE), the relevant forcing is characterised by a different timescale, and so its quasi-equilibrium entails a different physical constraint. Closures of bulk parameterization that use the non-entraining parcel value of CAPE do not suffer from this timescale issue. However, the Yanai et al. (1973) ansatz must be invoked as a necessary ingredient of those closures

Cloud tracking in cloud-resolving models

In recent years Cloud Resolving Models (CRMs) have become an increasingly important tool for the study of convective phenomena. CRMs should not be regarded as simply providing surrogates for observations; rather

Surname studies with genetics

Genetic studies of surnames are briefly reviewed. In particular, such DNA studies can sometimes provide clues to a surname's meaning. A few surnames are being found to include unusually large single families, which are far more populous than computer simulations for monogamous families predict, suggesting that they might best be explained by their getting off to a fast start through polygyny or concubines: Brehon Law in Ireland and medieval Welsh Law were relatively accepting of polygyny. The Plant surname in the Welsh Marches largely comprises an abnormally large single family and this favours the Welsh meaning '[many] children', though various other meanings for this surname have been suggested. The surnames Meates, Meats, Mates, Mate and Myatt in north Staffordshire and Ireland belong to a single family and appear to have derived from the female forename Maiot

Modern merthods and a controversial surname: Plant

In the past few years, DNA testing has begun to contribute to our understanding. It is currently emerging more clearly which surnames are multi-origin, originating with many different forefathers, and which descend from a single male ancestor. As a case study, I shall describe the application of modern, multidisciplinary methods to the surname Plant, which has been ascribed a different meaning each time an authority has written about it. The recent emergence of a different view anout this name's origins has prompted a reassessment of its meaning

Occurrence of Kelvin-Helmholtz Billows in Sea-breeze Circulations

Centred at the interface between the sea-breeze and the return flow aloft, Kelvin-Helmholtz billows (KHB) are an important feature of the turbulent structure of some sea-breeze circulations (SBCs). In other SBCs, there are no prominent KHBs observed. Factors governing the appearance of billows are determined from a database of 139 sea breezes, constructed from two years of summertime surface observations at a site on the south coast of England. Post-frontal oscillations occur in the surface data for some SBCs and are interpreted as indicating possible KHBs aloft. The SBCs are formed under a wide range of synoptic conditions, enabling various measures of possible billow occurrence to be related to properties of the large-scale, ambient flow. Consistent with laboratory experiments of density currents, KHBs are suppressed for propagation into a head wind and enhanced with a tail wind. They are also found to be enhanced for stronger ambient wind speeds, while large-scale coast-parallel flow is effective in suppressing the billows