Lo studio della vittimologia nell’Arma dei Carabinieri

La centralità delle teorie criminologiche è stata per lungo tempo sbilanciata sullo studio di comportamenti antisociali, privilegiando il fascino dell’immagine cruenta e del suo autore alla figura della vittima e ai riflessi psicologici del reato sulla persona offesa. Dalla nascita della vittimologia, quale branca della criminologia, in parallelo con l’evoluzione socio-culturale-giuridica che ne è seguita -anche attraverso una crescente attività normativa, soprattutto a livello extracodicistico e ad alcuni interventi internazionali di rilievo- si è assistito ad una progressiva promozione ed elevazione del profilo della vittima a una “key figure” degna delle dovute garanzie legislative. Anche l’Arma dei Carabinieri si è inserita in questo nuovo contesto -facilitata peraltro dalla capillare architettura della sua struttura- partecipando insieme agli altri attori istituzionali del settore sicurezza a quella che è stata definita una “rivoluzione culturale” nell’approccio alla vittima del reato. Espressione di tale nuovo orientamento è il concetto di polizia di prossimità che, nato dall’idea di essere più vicini alla gente, cerca di colmare il gap esistente tra sicurezza reale e sicurezza percepita, sfruttando quel tradizionale patrimonio motivazionale che aiuta il Carabiniere ad essere primario interlocutore capace di ascoltare, aiutare ed indirizzare. La formazione di base e la specializzazione dei Carabinieri di ogni ordine e grado a questa nuova cultura nell’approccio alla vittima del reato viene pertanto avvertita dall’Istituzione come esigenza primaria, al fine di umanizzare e valorizzare la persona offesa che –spesso violentata nella sua privacy e nei suoi affetti personali- deve trovare di fronte a sé un chiaro e qualificato punto di riferimento, un cittadino che opera a favore di altri cittadini, un professionista capace di aiutare e sostenere. Résumé Pendant longtemps, la recherche en criminologie s’est concentrée sur l’étude des comportements déviants, en privilégiant l’image de l’acte cruel de l’auteur plutôt que de se focaliser sur la victime, en particulier sur les conséquences psychologiques du crime sur cette dernière. Depuis la naissance de la victimologie (branche de la criminologie) et l’intervention des grands noms de la victimologie, puis avec l’évolution socioculturelle et juridique sans cesse croissante, on a assisté à la prise en compte du profil de la victime comme étant un « élément clé » devant faire l’objet d’une attention accrue. L’Arme des Carabiniers (en raison notamment de sa dispersion sur tout le territoire) s’inscrit dans ce nouveau contexte, en participant avec les autres acteurs institutionnels de la sécurité à cette « révolution culturelle », qui se traduit par une meilleure prise en compte de la victime. Expression d’une nouvelle orientation majeure du service, le concept de police de proximité est né de l’idée de rendre l’Arme plus visible et plus proche des citoyens. Ainsi, l’action de proximité s’efforce de combattre un fort sentiment d’insécurité, en exploitant les valeurs du Carabinier, étant généralement le premier interlocuteur des personnes en détresse. Pour une meilleure satisfaction des attentes de la population, le développement d’une culture de l’accueil des victimes constitue une priorité pour l’Institution et fait l’objet d’une attention particulière dans la formation de base et continue de l’ensemble des militaires de l’Arme, tous grades confondus. La victime (souvent physiquement et moralement traumatisée) doit trouver en face d’elle un militaire, véritable professionnel chargé de son soutien et de son assistance, et toujours capable d’apporter des réponses empreintes d’humanité. Abstract The focal point of criminal theories has been, for some time now, uneven in regards to the study of anti-social behavior, because the tendency is to privilege the fascination of a cruel act and of its author rather than giving adequate consideration to the victim of crime and the psychological effects that crime produces on the person who has suffered an assault. Since victimology began as part of the criminology branch, along with the social-cultural-juridical evolution that followed (due also to the growth in rules and special laws that extend beyond the law code and to some very considerable international involvement), we have witnessed the progressive rise of the victim profile, to a “key figure”, worthy of the required legislative assurances. The expression of this new orientation can be found in the concept of “community policing”. This policy derives from the idea of getting closer to the community’s citizens and of filling the gap existing between actual security and sense of security felt. This is a result of having exploited the traditional motivational heritage that helps the Carabiniere Serviceman be a primary interlocutor experienced in listening, providing assistance and advising. The basic training and the skills of the Carabiniere Serviceman, of any social and military rank, for this new way of approaching a victim of crime is therefore perceived by the Institution, as an essential need in order to make the person who suffered an abuse, feel more human and more important, (often his/her privacy and family affection are violated) and bring him/her, to rely on a clear and qualified point of reference, who is a citizen that acts for other fellow citizens and in the same time, an expert capable of providing aid and support

Assessment of Natural Resources Use for Sustainable Development - DPSIR Framework for Case Studies in Portsmouth and Thames Gateway, U.K.

This chapter reports on the uses of the DPSIR framework to assess the sustainability of the intertidal environments within the two UK case study areas, Portsmouth and Thames Gateway. It focuses on statutory conservation areas dominated by intertidal habitats. Two are located in Portsmouth (Portsmouth and Langstone Harbours) and four in the Thames Gateway (Benfleet Marshes, South Thames Estuary, Medway Estuary and the Swale in the Thames Gateway). Based on the reduction of a number of pressures and impacts observed in recent decades and the improvement of overall environmental quality, all six SSSIs are considered to be sustainable in the short and medium term. In the future, it is possible that the impacts of climate change, especially sea-level rise, might result in further reduction in the area and/or quality of intertidal habitats. Further integration between conservation and planning objectives (both for urban development and management of flood risk) at local level is needed to support the long-term sustainability of intertidal habitats

En face optical coherence tomography of foveal microstructure in full-thickness macular hole: a model to study perifoveal müller cells.

PURPOSE: To characterize perifoveal intraretinal cavities observed around full-thickness macular holes (MH) using en face optical coherence tomography and to establish correlations with histology of human and primate maculae. DESIGN: Retrospective nonconsecutive observational case series. METHODS: Macular en face scans of 8 patients with MH were analyzed to quantify the areas of hyporeflective spaces, and were compared with macular flat mounts and sections from 1 normal human donor eye and 2 normal primate eyes (Macaca fascicularis). Immunohistochemistry was used to study the distribution of glutamine synthetase, expressed by Müller cells, and zonula occludens-1, a tight-junction protein. RESULTS: The mean area of hyporeflective spaces was lower in the inner nuclear layer (INL) than in the complex formed by the outer plexiform (OPL) and the Henle fiber layers (HFL): 5.0 × 10(-3) mm(2) vs 15.9 × 10(-3) mm(2), respectively (P < .0001, Kruskal-Wallis test). In the OPL and HFL, cavities were elongated with a stellate pattern, whereas in the INL they were rounded and formed vertical cylinders. Immunohistochemistry confirmed that Müller cells followed a radial distribution around the fovea in the frontal plane and a "Z-shaped" course in the axial plane, running obliquely in the OPL and HFL and vertically in the inner layers. In addition, zonula occludens-1 co-localized with Müller cells within the complex of OPL and HFL, indicating junctions in between Müller cells and cone axons. CONCLUSION: The dual profile of cavities around MHs correlates with Müller cell morphology and is consistent with the hypothesis of intra- or extracellular fluid accumulation along these cells

GNSS-based Location Determination System Architecture for railway performance assessment in presence of local effects

GNSS plays a strategic role on the introduction of the Virtual Balise functionality and the train integrity. Thanks to GNSS, it could be possible to realize cost effective solutions to increase the safety in the regional lines, where the traffic density is lower. The train position estimation is implemented taking into account that the train is constrained to lie on the track (i.e. track constraint). In this way, we can express the position in terms of the curvilinear abscissa (progressive mileage) of the track corresponding to the train position. However, the impact of local effects such as multipath, foliage attenuation and shadowing in the railway environment plays a crucial role due to the presence of infrastructures like platform roofs, side walls, tunnel entrances, buildings and so on close to the trackside. In the paper, we analyse the impact of those threats on the train GNSS-based position estimation performance. At this aim, several scenarios have been generated by using both real data acquired on a railway test-bed in Sardinia, and synthetic data generated in the lab through ad hoc multipath and foliage models. A sensitivity analysis has been conducted, varying main scenarios parameters (e.g. height of obstacles, presence of trees and shadowing). The result of the performed analysis, in terms of availability, accuracy and integrity, are here presented. mitigations implemented by the ERTMS at system level are not considered since the attention is focused on GNSS only

Localizzazione inusuale di cisti del dotto tireoglosso

nglish version Summary: An unusual localization of thyroglossal duct cyst. M. Barbaro, A. Di Mario, D. De Seta, G. Rispoli, E. Covelli, G.A. Bertoli, A. Minni Thyroglossal duct cysts are most common neck masses after benign lymphonodes. They originate from primitive thiroglossal duct, so they could be locate along its course. Every mass in the middle line of the neck can be considerated as a thyroglossal cyst. Best treatment is surgery (Sistrunk procedure). We present a case of unusual localization at floor of the mouth of thyroglossal in a 34 years old woman. To our knowledge in literature, only two cases, have been reported both

Mantra 2.0: An online collaborative resource for drug mode of action and repurposing by network analysis

Elucidation of molecular targets of a compound (mode of action, MoA) and of its off-targets is a crucial step in drug development. We developed an online collaborative resource (MANTRA 2.0) that supports this process by exploiting similarities between drug-induced transcriptional profiles. Drugs are organised in a network of nodes (drugs) and edges (similarities) highlighting “communities” of drugs sharing a similar MoA. A user can upload gene expression profiles (GEPs) before and after drug treatment in one or multiple cell types. An automated processing pipeline transforms the GEPs into a unique drug ”node” embedded in the drug-network. Visual inspection of the neighbouring drugs and communities helps in revealing its MoA, and to suggest new applications of known drugs (drug repurposing). MANTRA 2.0 allows storing and sharing user-generated network nodes, thus making MANTRA 2.0 a collaborative ever-growing resource

Rain erosion numerical modeling applied to multi-MW off-shore wind turbine

In this work, the authors present a numerical prediction of erosion on two different blade geometry of a 6 MW HAWT designed for different aerodynamic loading, with the aim of studying their sensitiveness to erosion. First, the fully 3D simulations are performed using an Euler-Lagrangian approach. Flow field simulations are carried out with the open-source code OpenFOAM, based on a finite volume approach, using Multiple Reference Frame methodology. Reynolds Averaged Navier- Stokes equations for incompressible flow were solved with a k-ε turbulence model. An in-house code (P-Track) is used to compute the rain drops transport and dispersion, adopting the Particle Cloud Tracking approach (PCT). The PCT was used by some of the authors in previous works (Corsini et al., 2012; Corsini et al., 2014) to predict erosion on both axial and centrifugal fans, obtaining satisfactory results. The PCT allows to simulate a huge number of transported phase tracking just few cloud trajectories, thus resulting in reduction of computational time comparing with single particle tracking approach. Erosion is modelled accounting for the main quantities affecting the phenomenon, which is impact velocity and angle, and material properties of the target surface. Results provide the regions of the two blades more sensitive to erosion, and the effect of the blade geometry on erosion attitude

Rain erosion numerical modeling applied to multi-MW off-shore wind turbine

In this work, the authors present a numerical prediction of erosion on two different blade geometry of a 6 MW HAWT designed for different aerodynamic loading, with the aim of studying their sensitiveness to erosion. First, the fully 3D simulations are performed using an Euler-Lagrangian approach. Flow field simulations are carried out with the open-source code OpenFOAM, based on a finite volume approach, using Multiple Reference Frame methodology. Reynolds Averaged Navier- Stokes equations for incompressible flow were solved with a k-ε turbulence model. An in-house code (P-Track) is used to compute the rain drops transport and dispersion, adopting the Particle Cloud Tracking approach (PCT). The PCT was used by some of the authors in previous works (Corsini et al., 2012; Corsini et al., 2014) to predict erosion on both axial and centrifugal fans, obtaining satisfactory results. The PCT allows to simulate a huge number of transported phase tracking just few cloud trajectories, thus resulting in reduction of computational time comparing with single particle tracking approach. Erosion is modelled accounting for the main quantities affecting the phenomenon, which is impact velocity and angle, and material properties of the target surface. Results provide the regions of the two blades more sensitive to erosion, and the effect of the blade geometry on erosion attitude

Development of improved blade tip endplate concepts for low-noise operation in industrial fans

The application of improved blade tip geometries is studied with the aim of identifying an effective design concept for industrial fan passive noise control. The concept developed optimizes a datum blade by means of profiled endplates at the tip, reducing fan noise by changing the tip leakage flow behaviour. Experimental and computational investigations have been carried out on a family of axial fans, in fully ducted configuration, to establish the aerodynamic merits of the proposed blade tip design concept. The flow mechanisms in the fan tip region are correlated to specific blade design features that promote a reduction of the fan aero-acoustic signature in both tonal and broadband noise components. The tip vortical flow structures are characterized, and their role in creation of overall stage acoustic emissions clarified. The reported research identifies modification of tip geometry as markedly affecting the multiple vortex behaviour of blade tip leakage flow by altering the near-wall fluid flow paths on both blade surfaces. Blade tip endplates were also demonstrated to influence the rotor loss behaviour in the blade tip region. Improvement of rotor efficiency was correlated to the control of tip leakage flows

Social Emotional Learning in Young Children with Autism Spectrum Disorder

Interventions for young children with autism spectrum disorder (ASD) often focus on reducing negative behaviors or increasing the frequency of positive behaviors. Little discussion, however, focuses on the underlying mental health and developmental factors or ancillary skill deficits that may be contributing to problem behaviors. With social emotional standards built into the educational system, schools are uniquely positined to provide social emotional support and instruction to students with disabilities, especially children with ASD. Often, Individualized Education Programs (IEPs) of preschool and early elementary school children with ASD focus on state academic standards rather than the social-emotional needs often associated with the underlying core symptoms of ASD that are the true driver of “educational need” in the school setting. This manuscript provides a framework for incorporating social emotional learning (SEL) goals into the IEPs of young children with ASD. The family- school partnership approach, including effective relational (i.e., communication, collaboration, parent-teacher relationship/alliance) and structural (i.e., behavioral supports, home-based involvement) components (Sheridan et al., 2019) will be emphasized to meet the mental health and developmental needs of children with ASD via pivotal SEL goals across home and school environments. We conclude with a case study of the COMPASS parent-teacher consultation intervention for improving SEL outcomes through shared parent-teacher decision making and collaboration for SEL goal selection, individualized intervention planning, teacher coaching, and outcomes-based monitoring