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Honorable Mention, 2010 Best First Book, Association for Spanish and Portuguese Historical Studies In 1492, Granada, the last independent Muslim city on the Iberian Peninsula, fell to the Catholic forces of Ferdinand and Isabella. A century later, in 1595, treasure hunters unearthed some curious lead tablets inscribed in Arabic. The tablets documented the evangelization of Granada in the first century A.D. by St. Cecilio, the city's first bishop. Granadinos greeted these curious documents, known as the plomos, and the human remains accompanying them as proof that their city—best known as the last outpost of Spanish Islam—was in truth Iberia's most ancient Christian settlement. Critics, however, pointed to the documents' questionable doctrinal content and historical anachronisms. In 1682, the pope condemned the plomos as forgeries. From Muslim to Christian Granada explores how the people of Granada created a new civic identity around these famous forgeries. Through an analysis of the sermons, ceremonies, histories, maps, and devotions that developed around the plomos, it examines the symbolic and mythological aspects of a new historical terrain upon which Granadinos located themselves and their city. Discussing the ways in which one local community's collective identity was constructed and maintained, this work complements ongoing scholarship concerning the development of communal identities in modern Europe. Through its focus on the intersections of local religion and local identity, it offers new perspectives on the impact and implementation of Counter-Reformation Catholicism.

The epic battle for control of the Strait of Gibraltar waged by Castile, Morocco, and Granada in the late thirteenth and early fourteenth centuries is a major, but often overlooked, chapter in the history of the Christian reconquest of Spain. After the Castilian conquest of Seville in 1248 and the submission of the Muslim kingdom of Granada as a vassal state, the Moors no longer loomed as a threat and the reconquest seemed to be over. Still, in the following century, the Castilian kings, prompted by ideology and strategy, attempted to dominate the Strait. As self-proclaimed heirs of the Visigoths, they aspired not only to reconstitute the Visigothic kingdom by expelling the Muslims from Spain but also to conquer Morocco as part of the Visigothic legacy. As successive bands of Muslims over the centuries had crossed the Strait from Morocco into Spain, the kings of Castile recognized the strategic importance of securing Algeciras, Gibraltar, and Tarifa, the ports long used by the invaders.At a time when European enthusiasm for the crusade to the Holy Land was on the wane, the Christian struggle for the Strait received the character of a crusade as papal bulls conferred the crusading indulgence as well as ancillary benefits. The Gibraltar Crusade had mixed results. Although the Castilians seized Gibraltar in 1309 and Algeciras in 1344, the Moors eventually repossessed them. Only Tarifa, captured in 1292, remained in Castilian hands. Nevertheless, the power of the Marinid dynasty of Morocco was broken at the battle of Salado in 1340, and for the remainder of the Middle Ages Spain was relieved of the threat of Moroccan invasion. While the reconquest remained dormant during the late fourteenth and early fifteenth centuries, Ferdinand and Isabella conquered Granada, the last Muslim outpost in Spain, in 1492. In subsequent years Castile fulfilled its earlier aspirations by establishing a foothold in Morocco.

Creating Christian Granadaprovides a richly detailed examination of a critical and transitional episode in Spain's march to global empire. The city of Granada-Islam's final bastion on the Iberian peninsula-surrendered to the control of Spain's \"Catholic Monarchs\" Isabella and Ferdinand on January 2, 1492. Over the following century, Spanish state and Church officials, along with tens of thousands of Christian immigrant settlers, transformed the formerly Muslim city into a Christian one. With constant attention to situating the Granada case in the broader comparative contexts of the medieval reconquista tradition on the one hand and sixteenth-century Spanish imperialism in the Americas on the other, Coleman carefully charts the changes in the conquered city's social, political, religious, and physical landscapes. In the process, he sheds light on the local factors contributing to the emergence of tensions between the conquerors and Granada's formerly Muslim, \"native\" morisco community in the decades leading up to the crown-mandated expulsion of most of the city's moriscos in 1569-1570. Despite the failure to assimilate the moriscos, Granada's status as a frontier Christian community under construction fostered among much of the immigrant community innovative religious reform ideas and programs that shaped in direct ways a variety of church-wide reform movements in the era of the ecumenical Council of Trent (1545-1563). Coleman concludes that the process by which reforms of largely Granadan origin contributed significantly to transformations in the Church as a whole forces a reconsideration of traditional \"top-down\" conceptions of sixteenth-century Catholic reform.

Bringing together the critical tools of art history, literature and historiography, this collections offers a series of new approaches to the study of the painted ceilings in the Hall of Justice of the Alhambra.

Offering a rich ethnographic account, this book traces the historical processes by which Andalusians experienced the shift from being poor emigrants to northern Europe to becoming privileged citizens of the southern borderland of the European Union, a region where thousands of African immigrants have come in search of a better life. It draws on extended ethnographic fieldwork in Granada and Senegal, exploring the shifting, complementary and yet antagonistic relations between Spaniards and African immigrants in the Andalusian agrarian work place. The author's findings challenge the assumption of fixed national, cultural, and socioeconomic boundaries vis-a-vis outside migration in core countries, showing how legal and cultural identities of Andalusians are constructed together with that of immigrants.

The synergetic use of meteorological information, remote sensing both ground-based active (lidar) and passive (sun-photometry) techniques together with backtrajectory analysis and in-situ measurements is devoted to the characterization of dust intrusions. A case study of air masses advected from the Saharan region to the Canary Islands and the Iberian Peninsula, located relatively close and far away from the dust sources, respectively, was considered for this purpose. The observations were performed over three Spanish geographically strategic stations within the dust-influenced area along a common dust plume pathway monitored from 11 to 19 of March 2008. A 4-day long dust event (13–16 March) over the Santa Cruz de Tenerife Observatory (SCO), and a linked short 1-day dust episode (14 March) in the Southern Iberian Peninsula over the Atmospheric Sounding Station \"El Arenosillo\" (ARN) and the Granada station (GRA) were detected. Meteorological conditions favoured the dust plume transport over the area under study. Backtrajectory analysis clearly revealed the Saharan region as the source of the dust intrusion. Under the Saharan air masses influence, AERONET Aerosol Optical Depth at 500 nm (AOD500) ranged from 0.3 to 0.6 and Ångström Exponent at 440/675 nm wavelength pair (AE440/675) was lower than 0.5, indicating a high loading and predominance of coarse particles during those dusty events. Lidar observations characterized their vertical layering structure, identifying different aerosol contributions depending on altitude. In particular, the 3-km height dust layer transported from the Saharan region and observed over SCO site was later on detected at ARN and GRA stations. No significant differences were found in the lidar (extinction-to-backscatter) ratio (LR) estimation for that dust plume over all stations when a suitable aerosol scenario for lidar data retrieval is selected. Lidar-retrieved LR values of 60–70 sr were obtained during the main dust episodes. These similar LR values found in all the stations suggest that dust properties were kept nearly unchanged in the course of its medium-range transport. In addition, the potential impact on surface of that Saharan dust intrusion over the Iberian Peninsula was evaluated by means of ground-level in-situ measurements for particle deposition assessment together with backtrajectory analysis. However, no connection between those dust plumes and the particle sedimentation registered at ground level is found. Differences on particle deposition processes observed in both Southern Iberian Peninsula sites are due to the particular dust transport pattern occurred over each station. Discrepancies between columnar-integrated and ground-level in-situ measurements show a clear dependence on height of the dust particle size distribution. Then, further vertical size-resolved observations are needed for evaluation of the impact on surface of the Saharan dust arrival to the Iberian Peninsula.

In this work we present an analysis of aerosol microphysical properties during a mineral dust event taking advantage of the combination of different state-of-the-art retrieval techniques applied to active and passive remote sensing measurements and the evaluation of some of those techniques using independent data acquired from in situ aircraft measurements. Data were collected in a field campaign performed during a mineral dust outbreak at the Granada, Spain, experimental site (37.16° N, 3.61° W, 680 m a.s.l.) on 27 June 2011. Column-integrated properties are provided by sun- and star-photometry, which allows for a continuous evaluation of the mineral dust optical properties during both day and nighttime. Both the linear estimation and AERONET (Aerosol Robotic Network) inversion algorithms are applied for the retrieval of the column-integrated microphysical particle properties. In addition, vertically resolved microphysical properties are obtained from a multi-wavelength Raman lidar system included in EARLINET (European Aerosol Research Lidar Network), by using both LIRIC (Lidar Radiometer Inversion Code) algorithm during daytime and an algorithm applied to the Raman measurements based on the regularization technique during nighttime. LIRIC retrievals reveal the presence of dust layers between 3 and 5 km a.s.l. with volume concentrations of the coarse spheroid mode up to 60 µm3 cm−3. The combined use of the regularization and LIRIC methods reveals the night-to-day evolution of the vertical structure of the mineral dust microphysical properties and offers complementary information to that from column-integrated variables retrieved from passive remote sensing. Additionally, lidar depolarization profiles and LIRIC retrieved volume concentration are compared with aircraft in situ measurements. This study presents for the first time a comparison of the total volume concentration retrieved with LIRIC with independent in situ measurements, obtaining agreement within the estimated uncertainties for both methods and quite good agreement for the vertical distribution of the aerosol layers. Regarding the depolarization, the first published data set of the CAS-POL for polarization ratios is presented here and qualitatively compared with the lidar technique.

Offering a rich ethnographic account, this book traces the historical processes by which Andalusians experienced the shift from being poor emigrants to northern Europe to becoming privileged citizens of the southern borderland of the European Union, a region where thousands of African immigrants have come in search of a better life. It draws on extended ethnographic fieldwork in Granada and Senegal, exploring the shifting, complementary and yet antagonistic relations between Spaniards and African immigrants in the Andalusian agrarian work place. The author's findings challenge the assumption of fixed national, cultural, and socioeconomic boundaries vis-à-vis outside migration in core countries, showing how legal and cultural identities of Andalusians are constructed together with that of immigrants.

Accurate early warning systems for landslides are a reliable risk-reduction strategy that may significantly reduce fatalities and economic losses. Several machine learning methods have been examined for this purpose, underlying deep learning (DL) models’ remarkable prediction capabilities. The long short-term memory (LSTM) and gated recurrent unit (GRU) algorithms are the sole DL model studied in the extant comparisons. However, several other DL algorithms are suitable for time series forecasting tasks. In this paper, we assess, compare, and describe seven DL methods for forecasting future landslide displacement: multi-layer perception (MLP), LSTM, GRU, 1D convolutional neural network (1D CNN), 2xLSTM, bidirectional LSTM (bi-LSTM), and an architecture composed of 1D CNN and LSTM (Conv-LSTM). The investigation focuses on four landslides with different geographic locations, geological settings, time step dimensions, and measurement instruments. Two landslides are located in an artificial reservoir context, while the displacement of the other two is influenced just by rainfall. The results reveal that the MLP, GRU, and LSTM models can make reliable predictions in all four scenarios, while the Conv-LSTM model outperforms the others in the Baishuihe landslide, where the landslide is highly seasonal. No evident performance differences were found for landslides inside artificial reservoirs rather than outside. Furthermore, the research shows that MLP is better adapted to forecast the highest displacement peaks, while LSTM and GRU are better suited to model lower displacement peaks. We believe the findings of this research will serve as a precious aid when implementing a DL-based landslide early warning system (LEWS).