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This paper describes the compilation of a glossary of words related to the productive activities performed in the mid twentieth century in the middle course of the River Guadalquivir, on its way through Córdoba (Andalucía). The aim is to demonstrate that these words provide a fundamental knowledge about the local culture that is essential to fully understand oral records on that particular place at that time. The words included in the glossary, which can be found in the appendix, were collected from a number of biographical interviews that were carried out in the course of a larger project about the industrial heritage of the city, in which the authors participate as ethnographers and anthropologists. The paper shows how the transcription of the interviews influenced the decision to develop the glossary and how the words were chosen. As a sample, a specific analysis of one of the terms included, the vernacular form súa, is also provided. Finally, the paper reflects on the potential social use of this glossary and its patrimonial status. It argues that these words need to be documented and considers the risks associated to perspectives on heritage that place too much emphasis on conservationism. [ABSTRACT FROM AUTHOR]

Since the last twenty years, and more especially after the COVID 19 health crisis, the mountain ranges of Cordoba (Argentina) has been experiencing an accelerated process of demographic growth and urban expansion. The change from rural to urban land use is identified as the basis of a process of territorial transformation that exacerbates pre-existing local problems. This paper aims to analyse the socio-environmental impact of urban development in the Paravachasca Valley in order to identify the challenges for the environmental management of the territory of small towns of landscape and environmental value that involve a sustainability perspective. In order to do so, we analysed the processes of territorial defence related with the socio-environmental issues that affect these spaces. Results are presented in relation to narratives that place care for the environment and more sustainable ways of living at the centre. [ABSTRACT FROM AUTHOR]

The flowering period of plants is a critical time since it determines their reproductive success. Flowering is controlled by different factors including genetic regulation and environmental conditions. In the Mediterranean area, favourable conditions usually occur in spring, when most plant species flower including those of the Mediterranean Quercus genus. This paper reveals and analyses an unusual and lesser-known phenomenon occurring in the two main Mediterranean agroforestry ecosystems of South Europe, the Mediterranean forest and "dehesa", that is, a second flowering occurring in autumn for the species Quercus ilex subsp. ballota (holm oak). The continuous pollen monitoring of the atmosphere in the city of Cordoba (southern Spain) for 25 years, together with field phenological observations in the area, has indicated that, apart from the main pollination period in spring, secondary flowerings also occasionally occur in this area, specifically in autumn. The present work examines these uncommon pollination events detected in the autumns of certain years with the aim of determining the main environmental factors that influence and control them. During the 25-year study period, there were 7 years in which a secondary Quercus flowering was detected in the area from the second half of October until the end of November. The univariate statistical analysis of the influence of environmental variables determined that the meteorological conditions in September were the most influential. Low mean temperatures, together with record rainfall in that month, led to autumn flowering events. The phenological characteristics of the spring pollen season were also influential. In the years with a shorter spring, the Quercus pollen season tended to present autumn flowerings. A multivariate adaptive regression splines (MARS) model was built to explain the effects of the different variables on the occurrence of autumn pollination. The results indicated that the combined effect of three predicting variables, September rainfall, the length of the spring pollen season, and the end of the spring pollen season, explained 92% of the variance. The validation showed a strong relationship between the expected and the observed autumn pollen concentrations. Therefore, the present analysis of a long-term pollen database revealed that the main causes of this unusual second flowering in autumn were strongly related to climate change, i.e., strong dry summers and warm autumns. In addition, the results showed that the phenomenon was more frequent in the years with low pollination during spring due to different meteorological events potentiated by climate change, such as dryness or heavy rain episodes, as a way of ensuring acorn crops. The results explain how this unusual and lesser-known phenomenon in agroforestry dynamics is related to the adaptation to climate change and the main factors that are driving it, as well as the potential consequences for these important and endangered Mediterranean ecosystems. [ABSTRACT FROM AUTHOR]

Simple Summary: The environmental impact of livestock production is an important concern of modern societies. In the case of grazing cattle, the accumulation of feces in some areas within paddocks (e.g., around water troughs) may lead to soil degradation. Current precision technologies can monitor grazing animals in (near) real-time to detect and eventually avoid environmental damage. In this paper, we proved that commercial GPS trackers can provide meaningful data on animal distribution and behavior, which can be used to model dung distribution. Model estimates are improved when contextual data (e.g., terrain slope) are considered. The automatic monitoring of dung distribution is an opportunity to improve grazing management and land fertilization, reducing the environmental footprint of cattle production. The sustainability of agrosilvopastoral systems, e.g., dehesas, is threatened. It is necessary to deepen the knowledge of grazing and its environmental impact. Precision livestock farming (PLF) technologies pose an opportunity to monitor production practices and their effects, improving decision-making to avoid or reduce environmental damage. The objective of this study was to evaluate the potential of the data provided by commercial GPS collars, together with information about farm characteristics and weather conditions, to characterize the distribution of cattle dung in paddocks, paying special attention to the identification of hotspots with an excessive nutrient load. Seven animals were monitored with smart collars on a dehesa farm located in Cordoba, Spain. Dung deposition was recorded weekly in 90 sampling plots (78.5 m2) distributed throughout the paddock. Grazing behavior and animal distribution were analyzed in relation to several factors, such as terrain slope, insolation or distance to water. Animal presence in sampling plots, expressed as fix, trajectory segment or time counting, was regressed with dung distribution. Cattle showed a preference for flat terrain and areas close to water, with selection indices of 0.30 and 0.46, respectively. The accumulated animal presence during the experimental period explained between 51.9 and 55.4% of the variance of dung distribution, depending on the indicator used, but other factors, such as distance to water, canopy cover or ambient temperature, also had a significant effect on the spatiotemporal dynamics of dung deposition. Regression models, including GPS data, showed determination coefficients up to 82.8% and were able to detect hotspots of dung deposition. These results are the first step in developing a decision support tool aimed at managing the distribution of dung in pastures and its environmental effects. [ABSTRACT FROM AUTHOR]

The main objective of this paper is to build a diagnosis of the current state of the local legal reality (Monteria and the department of Cordoba) regarding consumer law (identification of the most urgent and complex problems and the type of solutions they are currently subject to) in order to define lines of work in strategic litigation. Thus, the methodology used was to observe and analyze the repeated consultations to the Consumers League UPB Monteria of users' victims of impersonation (2019 to 2021), giving rise to this article in which a study is conducted ranging from the conceptual examination of the protection of personal data, the contractual modality used and impersonation, to the analysis of all related rules. The main findings allow identifying situations in which, due to the improper handling of the personal information of the subscribers of a contract that is generally of adhesion, they have been exposed to indiscriminate or improper use by malicious third parties without giving full compliance with the duties of protection and implementation of security protocols by the companies to ensure the proper custody of personal data, which in practice leaves the consumer exposed to various risks regarding the use of their personal information. [ABSTRACT FROM AUTHOR]

This paper states results from a research project focused on the analysis of school trajectories and access to Secondary School by youngsters from low income sectors of the city of Cordoba. Understanding that analysis and assessment of educational accessibility guidelines during pandemic must take especially into account the views, experiences and meanings of its target population, we analyze a set of interviews conducted at a secondary school during May 2021. Our findings indicate the relevance of school agents and their key role in sustaining their schooling. However, we also address some minor statements that take a critical stance towards the quality of learning processes and strategies implemented, providing significant elements to reflect about educational continuity during pandemic within a fragmented school system. [ABSTRACT FROM AUTHOR]

This paper is a revision of the female correctional project managed by Buen Pastor's congregation in Córdoba at the end of XIX century and the beginning of XX century, from a descolonial feminism perspective. Focusing specifically on the wide range of subjectivities that inhabited Cárcel Correccional de Mujeres y Asilo de Menores del Buen Pastor and on correcting strategies, such as job training, I identified relations that allow to spot a gender colonial arrangement that aimed at securing domination and assuring hegemony. Underlying fictions of race, gender and class in this society were identified through the implementation of colocación and weaving of actors that is implied. [ABSTRACT FROM AUTHOR]

This paper investigates the spatiotemporal variations of the Surface Urban Heat Island (SUHI) computed as the difference of urban and rural land surface temperatures for the three major cities of Argentina: Buenos Aires, Rosario, and Cordoba. Satellite-based data of 1 km x 1 km resolution available through the Global Surface UHI Explorer were used to estimate mean and maximum values, trends and percentage of each urban area with positive/negative intensities of SUHI for the period 2003-2017. Results indicate that, on average the nocturnal urban surface temperature is higher than the rural one (positive SUHI) for the annual, winter and summer mean for the three cities. The greatest contrast corresponds to Buenos Aires, where the maximum SUHI magnitude is +2°C in summer and the minimum is +1,5°C in winter. Both Rosario and Cordoba exhibit a difference in magnitude between summer and winter of only 0,1°C. The percentage of the area of each city with nocturnal surface temperatures greater than the rural ones is on average, 93 % for Buenos Aires, 97% for Rosario and 89% for Cordoba. During daytime, in some cases the SUHI intensity is negative generating a cold island. This effect is observed in the three cities during the cold season and in Rosario and Cordoba for the annual mean. In Buenos Aires, that hosts more than 30 % of the total population of the country, there is a significant positive trend in the daytime mean and maximum SUHI intensity. The comparison between the Buenos Aires' SUHI and canopy UHI (derived from standard air temperature measurements) shows positive intensities during night-time in both cases, although the mean annual and summer SUHI are warmer than the UHI in +0,3°C and +0,6°C, respectively. Additionally, there is a trend towards warmer daytime intensities of both types of heat islands. [ABSTRACT FROM AUTHOR]

This paper presents the results of the analysis carried out on quartz sources of the material recovered in three workshop qu arries: Arroyo La Mina 1 (CALM1), Arroyo El Vigilante 1 (CAEV1) and Arroyo El Tabaquillo 1 (CAET1) located in Córdoba ranges, and of a collection of tools from four sites of the micro region of southern Punilla. The methodology consisted in, on the one hand, field surveys and surface collections in quarry-workshop areas and on the other hand, in lithic analysis from techno-morphological approaches. The study of quartz sources reveals the importance that this resource has had in the manufacture of tools and bifaces in the past. This raw material, that includes the hyaline variety or rock crystal, reaches a distribution towards the valley floor areas displayed by the presence of projectile points typical of the final late Holocene. [ABSTRACT FROM AUTHOR]

This paper aims to provide an overview of the immigration of extra-Peninsular origin recorded in Colonia Patricia (Córdoba, Spain) based on the analysis of the available literary and epigraphic documentation. Starting from the foundation of the Roman city and its subsequent conversion into a colonia civium Romanorum, we will carry out an analysis of those individuals who, from the 2nd century BC, arrived in the city from non-Hispanic territories. We will deal with important aspects such as the regions and cities of origin of these immigrants, their professional occupations, the causes that determined their mobility and the activity they developed in Corduba after their arrival. Chronologically, our contribution covers the long period of time between the foundation of Corduba in the 2nd century BC by the consul M. Claudius Marcellus and the 5th century AD, which is the date of the latest case of mobility we have documented. [ABSTRACT FROM AUTHOR]

This paper shares some interpretations of stories of young people linked to the decision-making process that they are going through regarding the fact of having to live outside the family environment, decision justified mainly in the pursuit of continuing studies at a higher level, a topic developed in a research called “Student migration and the beginning of a university career. Youth experiences: from the imagined project to the concrete project”. We worked from a longitudinal qualitative approach, identifying aspects of the youngster’s trajectory, from the sixth grade of secondary school to the first two years of arrival in the city of Córdoba. In this instance, we will focus on the step prior to migration. Interviews were conducted with young people and mothers, in 2018 and 2019, in order to know how the mobility and study project is imagined and defined, as well as options, expectations and decisions. [ABSTRACT FROM AUTHOR]

The Merino breed of sheep is one of the oldest breeds still in existence. All around the world, purebred and mixed populations of the Merino and Merino-derived sheep breeds can be found. This is a result of their wide distribution and increasing popularity. They constitute a huge genetic resource that has been applied historically to create numerous new breeds. The current Hungarian Merino sheep breed has evolved over many years as a result of crossbreeding with different breeds. Consequently, the objective of this study is to compare the genomic inbreeding coefficient (FROH) and patterns of runs of homozygosity (ROH) between the Hungarian Merino and other closely related Merino breeds. Following Rambouillet, Hungarian Merino had the second highest number of ROH class of 1-6 mbs. The Spanish Merinos Cordoba had the most ROH class of > 48Mbs, while the Hungarian Merino had none. The FROH of Hungarian Merinos was comparable to that of other studied breeds, while Spanish Merinos Cordoba had the highest. This study confirms that Hungarian Merino has several intermediate ancestors, and its breeding management is comparable to other Merino breeds and may also indicate greater genetic diversity within the breed. The results can therefore be used to improve genomic management of Hungarian Merino sheep breed. [ABSTRACT FROM AUTHOR]

• A study on housing stock improvement potential in Mediterranean areas is presented. • Three typical case studies were chosen from the stock of a southern Spanish city. • Monitoring on environmental and electricity data and tests logged real performance. • Energy models were built and adjusted based on real occupancy conditions. • The considered building retrofits raise indoor temperature and reduce discomfort. Renovating buildings is one of the major targets within the current European goals toward decarbonized cities in 2050. The residential stock offers extensive opportunities to achieve current energy horizons, since more than 75% of the existing buildings in the European Union are energy deficient, with poorly insulated thermal envelopes which drive indoor conditions far from current comfort standards. This paper aims to provide a protocol for forecasting the upgrading potential of this housing stock in southern Europe, particularly in Mediterranean areas, identifying the level of obsolescence and possibilities for improvement, especially in winter indoor thermal conditions, offered by standard passive strategies. Following an architectural, constructive, and energy analysis of common patterns throughout the urban stock of the southern Spanish city of Córdoba, three case studies built-in 1951–1980 – pre-dating the first Spanish regulations on thermal conditioning in buildings – were selected for the assessment. Long-term monitoring and in situ tests (i.e., infrared thermography, airtightness) recorded the performance of these buildings under real occupancy conditions, subsequently incorporating them into the calibration of simulation energy models, aiming to predict the potential improvements after implementing standard passive strategies in these buildings. Results show that building retrofits not only improve the quality of indoor thermal conditions by increasing indoor temperatures by 3–4 °C but also almost eliminate occupied hours outside the comfort range. [ABSTRACT FROM AUTHOR]

• Ordinal target labels improve classification results in PD diagnosis over nominal. • Ordinal information may be used to guide the data augmentation process. • Data augmentation for 3D images can be performed efficiently after a CNN projection. • The beta distribution is better suited for the OGO-SP inter-class sample generation. 3D image scans are an assessment tool for neurological damage in Parkinson's disease (PD) patients. This diagnosis process can be automatized to help medical staff through Decision Support Systems (DSSs), and Convolutional Neural Networks (CNNs) are good candidates, because they are effective when applied to spatial data. This paper proposes a 3D CNN ordinal model for assessing the level or neurological damage in PD patients. Given that CNNs need large datasets to achieve acceptable performance, a data augmentation method is adapted to work with spatial data. We consider the Ordinal Graph-based Oversampling via Shortest Paths (OGO-SP) method, which applies a gamma probability distribution for inter-class data generation. A modification of OGO-SP is proposed, the OGO-SP- β algorithm, which applies the beta distribution for generating synthetic samples in the inter-class region, a better suited distribution when compared to gamma. The evaluation of the different methods is based on a novel 3D image dataset provided by the Hospital Universitario 'Reina Sofía' (Córdoba, Spain). We show how the ordinal methodology improves the performance with respect to the nominal one, and how OGO-SP- β yields better performance than OGO-SP. [ABSTRACT FROM AUTHOR]

Design strategies for achieving reliable, affordable, and clean electricity are crucial for energy sustainability. Attaining it requires managing the three core factors (TCF) of the energy trilemma (ET) to increase reliability (energy equity), minimize the levelized cost of electricity (LCOE) (energy equity), and avoid potential CO2 emission (environmental sustainability) simultaneously. This paper aims to present a design strategy for the hybrid energy system microgrid (HESM) model, consisting of a distributed rooftop solar PV (DRSP), battery, and diesel-generator to meet the increasing demand while balancing the TCF of the ET. The design strategy was applied in a cluster of 11 households in Gilutongan Island, Cebu, Philippines, where there is no open land space for a solar PV microgrid system. This study used PVSyst and HOMER Pro software to perform the techno-enviro-economic (TEE) analysis to select all feasible system configurations (FSCs). To identify the optimal FSC, a scoring mechanism that considers the LCOE based on the 5% household electricity expense limit, the 5% unmet load fraction, and the renewable penetration fraction was used. Results show that the optimal system requires an average of 32.2% excess energy from DRSP to balance the TCF of the ET based on the energy demand considered. Thus, planning when energy demand increases is vital to map the next appropriate steps toward sustainable energy transition. Overall, the obtained results can support project developers and policymakers to make informed decisions in balancing the ET from various trade-offs of energy systems. [ABSTRACT FROM AUTHOR]