Vitae sancti

Agericus Virdunensis (71). Aigulfus (134v). Albanus (220). Alexander episcopus et m. (184v). Amancius (212v). Ambrosius Caturcensis (69). Andreas (140). Antidius Bisuntinus (79). Attalus abbas (63). Augustinus (228v). Baomirus (211v). Benedicta (283). Bonifacius (35). Calixtus (286v). Cantius, Cantianus et Cantianilla (252). Caraunus (19). Carilefus (188). Catherina (173). Chrisantus et Daria (199). Christina (221). Ciricus et Julita (44v). Clemens (255v). Crispinus (293v). Decem millia mart. (52). Desiderius Lingonensis (1). Donatianus et Rogatianus (2v). Ebrulfus abbas (168). Eulalia (239v). Eusebius presb. (215). Felix et Adauctus (228). Felix papa et m. (214v). Ferreolus et Ferrutio (218). Fides (275v). Fides, Spes et Garitas (199v). Florentinus (95). Fotinus et Blandina (26v). Fronto (295v). Germanus Parisiensis (14, 87). Gervasius et Protasius (48). Gildardus (112v). Herasmus (31v). Honorina (195v). Isicius (210v). Januarius (288v). Julianus et Basilissa (203). Justina et Ciprianus (262). Lambertus (242). Leonardus (303v). Lucas (253v, 291). Lupus Senonensis (184). Machutus (173v). Maiolus (107). Marcellus m. (57v). Marcellus papa (224v). Mauricius (205v, 248v, 256). Maxentius (56). Maximinus (22v). Maximus m. (86v). Medardus (38). Mennas (312). Nicolaus (99, 162v). Pachomius (116v). Parthenius et Calocerus (217). Petrus m. et episcopus (203). Piaton (273v). Quintinus (202, 298v). Sabina (227v). Sanso (149v). Saturninus (161). Sergius et Bachus (277v). Symphorianus (254v). Thecla (208v, 261). Theobaldus (59v). Urbanus Lingonensis (65v). Urbanus papa (5). Valerius Lingonensis. (83).

Assessment of gait spatio-temporal parameters in neurological disorders using wearable inertial sensors

Movement analysis carried out in laboratory settings is a powerful, but costly solution since it requires dedicated instrumentation, space and personnel. Recently, new technologies such as the magnetic and inertial measurement units (MIMU) are becoming widely accepted as tools for the assessment of human motion in clinical and research settings. They are relatively easy-to-use and potentially suitable for estimating gait kinematic features, including spatio-temporal parameters. The objective of this thesis regards the development and testing in clinical contexts of robust MIMUs based methods for assessing gait spatio-temporal parameters applicable across a number of different pathological gait patterns. First, considering the need of a solution the least obtrusive as possible, the validity of the single unit based approach was explored. A comparative evaluation of the performance of various methods reported in the literature for estimating gait temporal parameters using a single unit attached to the trunk first in normal gait and then in different pathological gait conditions was performed. Then, the second part of the research headed towards the development of new methods for estimating gait spatio-temporal parameters using shank worn MIMUs on different pathological subjects groups. In addition to the conventional gait parameters, new methods for estimating the changes of the direction of progression were explored. Finally, a new hardware solution and relevant methodology for estimating inter-feet distance during walking was proposed. Results of the technical validation of the proposed methods at different walking speeds and along different paths against a gold standard were reported and showed that the use of two MIMUs attached to the lower limbs associated with a robust method guarantee a much higher accuracy in determining gait spatio-temporal parameters. In conclusion, the proposed methods could be reliably applied to various abnormal gaits obtaining in some cases a comparable level of accuracy with respect to normal gait.

Contribution of woody habitat islands to the conservation of birds and their potential ecosystem services in an extensive Colombian rangeland

The conservation of birds and their habitats is essential to maintain well-functioning ecosystems including human-dominated habitats. In simplified or homogenized landscapes, patches of natural and semi-natural habitat are essential for the survival of plant and animal populations. We compared species composition and diversity of trees and birds between gallery forests, tree islands and hedges in a Colombian savanna landscape to assess how fragmented woody plant communities affect forest bird communities and how differences in habitat characteristics influenced bird species traits and their potential ecosystem function. Bird and tree diversity was higher in forests than in tree islands and hedges. Soil depth influenced woody species distribution, and canopy cover and tree height determined bird species distribution, resulting in plant and bird communities that mainly differed between forest and non-forest habitat. Bird and tree species and traits widely co-varied. Bird species in tree islands and hedges were on average smaller, less specialized to habitat and more tolerant to disturbance than in forest, but dietary differences did not emerge. Despite being less complex and diverse than forests, hedges and tree islands significantly contribute to the conservation of forest biodiversity in the savanna matrix. Forest fragments remain essential for the conservation of forest specialists, but hedges and tree islands facilitate spillover of more tolerant forest birds and their ecological functions such as seed dispersal from forest to the savanna matrix.

Avian occupancy probabilities, vegetation structure, and presence of Northern Bobwhite (Colinus virginianus) in eastern and central Oklahoma (2009-2011)

Changes in land use and land cover throughout the eastern half of North America have caused substantial declines in populations of birds that rely on grassland and shrubland vegetation types, including socially and economically important game birds such as the Northern Bobwhite (Colinus virginianus; hereafter bobwhites). As much attention is focused on habitat management and restoration for bobwhites, they may act as an umbrella species for other bird species with similar habitat requirements. We quantified the relationship of bobwhites to the overall bird community and evaluated the potential for bobwhites to act as an umbrella species for grassland and shrubland birds. We monitored bobwhite presence and bird community composition within 31 sample units on selected private lands in the south-central United States from 2009 to 2011. Bobwhites were strongly associated with other grassland and shrubland birds and were a significant positive predictor for 9 species. Seven of these, including Bell's Vireo (Vireo bellii), Dicksissel (Spiza americana), and Grasshopper Sparrow (Ammodramus savannarum), are listed as species of conservation concern. Species richness and occupancy probability of grassland and shrubland birds were higher relative to the overall bird community in sample units occupied by bobwhites. Our results show that bobwhites can act as an umbrella species for grassland and shrubland birds, although the specific species in any given situation will depend on region and management objectives. These results suggest that efficiency in conservation funding can be increased by using public interest in popular game species to leverage resources to meet multiple conservation objectives.

MIMU sensors for joint kinematic estimation: anatomical landmarking and frame correction

The ability to capture human motion allows researchers to evaluate an individual’s gait. Gait can be measured in different ways, from camera-based systems to Magnetic and Inertial Measurement Units (MIMU). The former uses cameras to track positional information of photo-reflective markers, while the latter uses accelerometers, gyroscopes, and magnetometers to measure segment orientation. Both systems can be used to measure joint kinematics, but the results vary because of their differences in anatomical calibrations. The objective of this thesis was to study potential solutions for reducing joint angle discrepancies between MIMU and camera-based systems. The first study worked to correct the anatomical frame differences between MIMU and camera-based systems via the joint angles of both systems. This study looked at full lower body correction versus correcting a single joint. Single joint correction showed slightly better alignment of both systems, but does not take into account that body segments are generally affected by more than one joint. The second study explores the possibility of anatomical landmarking using a single camera and a pointer apparatus. Results showed anatomical landmark position could be determined using a single camera, as the anatomical landmarks found from this study and a camera-based system showed similar results. This thesis worked on providing a novel way for obtaining anatomical landmarks with a single point-and-shoot camera, as well aligning anatomical frames between MIMUs and camera-based systems using joint angles.

Evaluación de bancos naturales de invertebrados marinos comerciales, Región La Libertad-Perú, 2011

La evaluación de los bancos naturales, se realizó entre 07°10’27”S, 79°41’18”W (Punta Chérrepe) y 08°45’44,9”S, 78°47’42,2”W (Isla Chao), del 13 al 24 de diciembre 2011. Se evaluó ocho especies de invertebrados de importancia comercial en 15 bancos naturales. Las especies fueron: Platyxanthus orbignyi cangrejo violáceo, Stramonita chocolata caracol negro, Octopus mimus pulpo, Argopecten purpuratus concha de abanico, Semele sp. almeja, Emerita analoga muy muy, Pattalus molli pepino de mar, Donax sp. palabritas.

Genus seditiosorum. L'oratoria dei populares nelle testimonianze e nei frammenti (133-44 a.C.)

Il lavoro verifica l’ipotesi dell’esistenza, durante la tarda repubblica romana (133-44 a.C.), di uno stile oratorio riconoscibile come proprio dei populares. Per identificarne le caratteristiche tecniche distintive si procede, previa revisione e aggiornamento dell’edizione critica di riferimento (Malcovati 19764), alla traduzione delle testimonianze e dei frammenti oratori relativi ai 25 principali esponenti della pars popularis (da P. Licinio Crasso Divite Muciano a G. Scribonio Curione il Giovane) e al commento di tali testi. Nell’introduzione vengono discussi, alla luce di un’esposizione dettagliata dei relativi status quaestionis e di una rilettura delle fonti, i seguenti punti: esistenza dei populares; identificazione degli oratori populares; modalità di selezione e trasmissione del materiale oratorio e caratteristiche della sua tradizione; stato del materiale e modalità migliori di edizione; eloquentia popularis in Cicerone (impiegata anche dagli ottimati); stile oratorio di Gaio Gracco, di Giulio Cesare e degli oratori graccani, mariani e cesariani; riformulazione della categoria critica (eloquentia popularium) e conclusioni storiche e stilistiche. Nella trattazione sono integrati i risultati della ricerca, che consentono di formulare di volta in volta un giudizio autonomo. I dati vengono proposti anche in forma di tabelle in tre appendici, che presentano: l’attività politico-legislativa di G. Gracco, Saturnino, Clodio e Cesare a confronto (1), le figure e gli aspetti retorici rilevati nei frammenti (2.1), i giudizi sullo stile e le qualità retoriche riscontrati nelle testimonianze (2.2). Nel commento si rende ragione delle principali questioni filologiche, storiche e storiografiche relative a ciascun passo, mentre il focus è posto sugli aspetti linguistici e retorici. Vengono messe in luce le indicazioni offerte dalla fonte sul contesto performativo, per poi passare all’analisi puntuale (sinora un desideratum della critica) degli argumenta e dello stile oratorio e studiare, infine, come tali dati si inseriscano nel quadro complessivo dell’eloquenza di questo gruppo di oratori.