scholarly journals A Reflection on African Religious Life Through the 21 Conferences of "L'Africa Romana” (1983-2020)

Author(s):  
Paola Ruggeri

The international conferences of “L’Africa romana”, organized by the University of Sassari since 1983, are the most important events of the last forty years, regarding the history, archaeology and epigraphy of North Africa; they have given the opportunity to well-established and young scholars alike, from dozens of countries, to compare their experience and knowledge. The result is a new vision of the Roman provinces of Africa, due to the presentation of a considerable amount of unpublished material. The African provinces, although included in the Mediterranean koine, have been regarded in their specific characteristics, paying due attention to the essential local religious strata, to the internal and external non-religious aspects of the cult and to the original merging of said elements in the religious life between the Atlantic Ocean and the Gulf of the Great Sirte. Ever since the first conferences it was decided to overcome the ethnocentric view, remnant of the colonial past, and underline how in the African provinces local and imported divinities have come together. The present contribution proposes a first annotated bibliographic overview of the works that involved Universities, Research Centers, Agencies for the Development Heritage and Scientific Societies who carried out international research by comparing methods and going beyond a traditional view that was incapable of understanding the ancient world in depth.

1912 ◽  
Vol 39 (6) ◽  
pp. 375-382
Author(s):  
Wellington H. Tinker

2018 ◽  
Vol 31 (22) ◽  
pp. 9107-9124 ◽  
Author(s):  
Asha K. Jordan ◽  
Anand Gnanadesikan ◽  
Benjamin Zaitchik

North Africa is the world’s largest source of mineral dust, and this dust has potentially significant impacts on precipitation. Yet there is no consensus in published studies regarding the sign or magnitude of dust impacts on rainfall in either the highly climate-sensitive Sahel region of North Africa or the neighboring tropical Atlantic Ocean. Here the Geophysical Fluid Dynamics Laboratory (GFDL) Climate Model 2 (GFDL CM2.0) with Modular Ocean Model, version 4.1 (MOM4.1), run at coarse resolution (CM2Mc) is applied to investigate one poorly characterized aspect of dust–precipitation dynamics: the importance of sea surface temperature (SST) changes in mediating the atmospheric response to dust. Two model experiments were performed: one comparing Dust-On to Dust-Off simulations in the absence of ocean–atmosphere coupling, and the second comparing Dust-On to Dust-Off with the ocean fully coupled. Results indicate that SST changes in the coupled experiment reduce the magnitude of dust impacts on Sahel rainfall and flip the sign of the precipitation response over the nearby ocean. Over the Sahel, CM2Mc simulates a net positive impact of dust on monsoon season rainfall, but ocean–atmosphere coupling in the presence of dust decreases the inflow of water vapor, reducing the amount by which dust enhances rainfall. Over the tropical Atlantic Ocean, dust leads to SST cooling in the coupled experiment, resulting in increased static stability that overrides the warming-induced increase in convection observed in the uncoupled experiment and yields a net negative impact of dust on precipitation. These model results highlight the potential importance of SST changes in dust–precipitation dynamics in North Africa and neighboring regions.


2018 ◽  
Vol 13 (S349) ◽  
pp. 139-146
Author(s):  
Jean-Louis Bougeret

AbstractBenjamin Baillaud was appointed president of the First Executive Committee of the International Astronomical Union which met in Brussels during the Constitutive Assembly of the International Research Council (IRC) on July 28th, 1919. He served in this position until 1922, at the time of the First General Assembly of the IAU which took place in Rome, May 2–10. At that time, Baillaud was director of the Paris Observatory. He had previously been director of the Toulouse Observatory for a period of 30 years and Dean of the School of Sciences of the University of Toulouse. He specialized in celestial mechanics and he was a strong supporter of the “Carte du Ciel” project; he was elected chairman of the permanent international committee of the Carte du Ciel in 1909. He also was the founding president of the Bureau International de l’Heure (BIH) and he was directly involved in the coordination of the ephemerides at an international level. In this paper, we present some of his activities, particularly those concerning international programmes, for which he received international recognition and which eventually led to his election in 1919 to the position of first president of the IAU. We also briefly recount the very first meetings and years of the IAU.


2020 ◽  
Vol 6 (3) ◽  
pp. 186-198
Author(s):  
O. B. Voeykova

This article is devoted to solving the problem of systematizing the existing concepts of innovation in higher education, reflecting the new vision of the university by modern scientists. The author studied the content and conducted a comparative analysis of various concepts relating to the emergence of the future image of the University. First of all, these are the works of the classics of post-industrialism, who defined science and education as a new industry within the emerging knowledge economy and noted the need to form, in this regard, a new type of University. Important potential for understanding the role and place of the University, as well as to get an idea of its supposed (futuristic) model in the new realities have the concepts of innovatization of higher education, the analysis of which is given most of the article. Under the concepts of innovatization of higher education in the article we understand the concept of modern scientists who consider the transformation of the traditional University in its innovative model that meets the needs of the economy and society focused on innovation. The concepts of innovatization are also divided into several types, grouped according to the relevant features, which suggests the possibility of transition to the innovative model of the University in different ways.


Author(s):  
Jonathan Shepard

By the time that he completed his fiftieth year, Dimitri Obolensky had been Professor of Russian and Balkan History at the University of Oxford for nearly seven years and had achieved distinction in a number of fields. But it was a work then in progress that drew together his literary and historical talents to spectacular effect, offering a new vision of the development of East European history across a thousand-year span. A well-paced narrative and reliable work of reference within a clear conceptual framework, The Byzantine Commonwealth is likely to remain indispensable for anyone interested in exploring the pre-modern history of Europe east of Venice and the Vistula. The distinctive texture of the book not only derives from its blend of careful scholarship and bold advocacy of an idea. There is also a tension, well contained, between the scrupulous presentation of the facts and possible interpretations arising from them and passionate recall of the religious affiliations and values that once had underlain eastern Christendom.


Author(s):  
Fergus Millar

This epilogue examines various strands of social history, religious affiliation and language in the Roman Near East in relation to the beginning of Muhammad's preaching in about 610. Muhammad was born, probably in about 570, in Mecca, where he began to receive divinely inspired messages in Arabic. After he died, Muhammad's followers invaded the nearest Roman provinces and conquered all of the Roman Near East, the Sasanid empire, Egypt and Roman North Africa. These are known as ‘the great Arab conquests’. This chapter considers whether the Arabian Peninsula can be properly treated under the title of ‘Arabia and the Arabs’. It also analyses evidence from the Mediterranean and Mesopotamian Near East, as well as the kingdom of Himyar. Finally, it looks at brief allusions to the life-history of Muhammad in a number of Christian sources to shed light on his preaching.


Tsunami ◽  
2021 ◽  
pp. 151-160
Author(s):  
James Goff ◽  
Walter Dudley

Most Europeans do not worry about tsunami waves as much as those who live around the rim of the Pacific Ocean, but they should. On All Saint’s Day, 1755, a huge earthquake struck Lisbon, Portugal, causing most stone buildings to collapse, including churches, monasteries, nunneries, and chapels, trapping the faithful inside the ruins, which votive candles quickly turned into burning pyres. Voltaire would write, “The sole consolation is that the Jesuit Inquisitors of Lisbon will have disappeared.” To add to the irony, among the few buildings safely left standing following the disaster were the lightly constructed wooden bordellos of the city. Most of Lisbon’s prostitutes but few of her nuns survived. Tsunami waves would not only kill thousands around Lisbon’s harbor but also travel south to Spain and North Africa, north to Ireland and Wales, and across the Atlantic Ocean to the Caribbean, flooding the streets of Barbados.


Data ◽  
2019 ◽  
Vol 4 (1) ◽  
pp. 43 ◽  
Author(s):  
E. Sanz-Pérez

The data presented in this article are related to a research carried out at the University Rey Juan Carlos in Spain. Chemical Engineering taught as a subject across three Energy Engineering-based degree streams was evaluated for two academic years. Student insight on course development, their own expectations and results, and the evaluation system were explored via a 33-item survey, receiving 47 full responses. The present contribution provides the full responses obtained from students to the survey administered. The received data were studied applying thorough statistical analyses used to infer conclusions. The full set of data are made public here independently from the research article.


Author(s):  
Subha Kumpaty ◽  
Esther Akinlabi ◽  
Andrew Gray ◽  
Kevin Sivak ◽  
Mutiu Erinosho ◽  
...  

This paper details the ongoing research conducted by Milwaukee School of Engineering senior undergraduate students in South Africa under the third year of the Research Experiences for Undergraduates grant EEC-1460183 sponsored by the National Science Foundation (Principal Investigator Dr. Kumpaty). Andrew Gray and Kevin Sivak conducted research in summer of 2017 under advisement of Dr. Kumpaty and his South African collaborators, Dr. Esther Akinlabi, Dr. Mutiu Erinosho and Dr. Sisa Pityana. They extended the work of Paoli (reported in IMECE2017-71037), with varying percent of Mo (0–15%) in the combination of Ti64-Mo deposited on Ti64 substrate at laser powers of 1500 and 1700 W for a select scan speed. Laser metal deposition was completed at the CSIR – National Laser Center, in Pretoria, South Africa and the material characterization was performed at the University of Johannesburg as in the previous year. Hardness decreased with addition of Mo. Lowest hardness was observed in 10% Mo layers, and greater percent of Mo led some agglomeration issues due to its melting temperature being much higher than that of Ti64. Corrosion tests were also attempted. Etching challenges were present as percent of Mo varied in the same sample. Results are directly applicable to biomedical industry in evaluating functionally graded materials. An alumnus of MSOE, Peter Spyres served as a liaison for our international REU participants as he engaged them during the weekends in a cultural immersion which otherwise would not have been possible. Gray and Sivak were able to spend July 4th at the U.S. Consulate in Pretoria. While the research collaborators have generously provided support, it is the care taken by Peter’s remarkable household, which enhanced the beneficial value of this international research enterprise.


Sign in / Sign up

Export Citation Format

Share Document