Miracle-dz/UniFAR-FTUs huggingface dataset:
Recent and active faults and folds in the central-eastern Internal Zones of the Betic Cordillera

The most recent tectonic structures of the central-eastern Internal Zones of the Betic Cordillera (from 3.1oW to 1.7oW and to the south of 37.525oN) include fault and folds developed from the Late Miocene onwards, which are related to N-S/NW-SE directed continental collision and moderate thickening of a crust that is relatively hot at depth. In this setting, E-W to WSW-ENE folds, with locally associated E-W transpressive right-lateral and reverse faults, favoured the emersion of the northern Alboran basin palaeomargin and the progressive intramontane basin disconnection. The NNE-SSW to NE-SW trending regional left-lateral Palomares and Carboneras fault zones are dominant structures in the easternmost part of the cordillera. In addition, NW-SE to WNWESE trending normal and oblique-slip normal faults are widespread. The collision is still active and continues to drive active folds and faults, some probably being the likely source of moderate-sized earthquakes. The Campo de Dalias and surrounding sectors, deformed by active ENE-WSW folds and NW-SE to WNW-ESE oblique-slip normal faults, are probably the sites with the largest concentration of significant earthquakes during recent years. Moderate-magnitude earthquakes (Mw 5.0 to 6.5) have occurred there at fairly regular intervals, in 1804, 1910, and 1994. Toward the east, NW-SE trending normal faults extending from Almeria to the Tabernas basin deform the Quaternary rocks with associated moderate seismicity (the 2002 Gergal Mw 4.7 earthquake, and possibly the 1894 Nacimiento earthquake, felt with intensity VII). In the Sorbas-Vera basin, the Palomares fault zone is also responsible for moderate-sized earthquakes (1518 Vera earthquake). In the Almanzora corridor, NW-SE to WNW-ESE trending Lucar-Somontin faults also could be considered one of the possible source of moderate-magnitude seismicity (1932 Lucar, Mw 4.8 earthquake felt with intensity VIII). Toward the east, between Albox and Partaloa, several small reverse faults and associated compressive structures deform Quaternary alluvial and fluvial sediments. Although some of these folds reveal a slow and progressive deformation from the Middle Pleistocene onwards, some of these reverse fault segments that deform the western Huercal-Overa basin could host the 1972 NW Partaloa, mbLg 4.8 earthquake, felt with intensity VII.
Reactivation of a rhyolitic magma body by new rhyolitic intrusion before the 15 . 8 ka Rotorua eruptive episode : implications for magma storage in the Okataina Volcanic Centre , New Zealand

The 15.8 ka Rotorua rhyolite eruptive episode from the Okataina Volcanic Centre comprises a plinian pumice fall deposit followed by the extrusion of two rhyolitic lava domes or flows and their associated block-and-ash flows, with a total volume >I km3 (dense rock equivalent). Variations in mineralogy, wholerock, glass and mineral chemistry, and calculated magmatic properties suggest that two distinct rhyolitic magmas were sequentially tapped during the eruption. The first magma erupted (TI) is characterized by low Si02 (c. 76.5 wt% in glass), calcic feldspars (A%), magnesian homblendes (MgO c. 14.45 wtyo), clinopyroxene, and high temperatures (c. 835 OC) and j02 (1.8-2.1 AFMQ (where FMQ is the fayalitemagnetite-quartz buffer)). The second magma (T2) was more evolved and is characterized by higher Si02 (c. 77.4 wt% in glass), Na-rich feldspars (An24), less magnesian homblendes (MgO c. 11.8 wt%), biotite, and low temperatures (c. 750 "C) and.m2 (0.65-1.1 AFMQ). Both magmas are homogeneous, but evidence for some magma mingling indicates that they were in contact during eruption. However, there was only a minor degree of hybridization, perhaps reflecting the contrasting temperatures and viscosities of the two magmas. The crystal-rich, poorly vesicular nature of the T2 ejecta indicates that it originated from a cooling, high-level magma chamber that was reactivated by intrusion of hotter, volatile-rich TI magma. The ponding of rhyolite magmas at shallow depth and their subsequent reactivation by later rhyolitic intrusion may be an important process in the compositional evolution and eruption dynamics of many Okataina Volcanic Centre rhyolite magma bodies.
Effect of intestinal flora on the formation of endometritis of sow

Background Aberration of birth canal microbiota is one of the most important factors in the etiology of sow endomentritis. Nevertheless, reports about the structure and composition of birth canal microbiota in endomentritis sow and their relationship with intestinal microbes is limited. Therefore, understanding the relationship between birth canal microbiota and intestinal microbiota of the host has become exceedingly crucial. Results In this study, 4 healthy and 4 endomentritis sows were selected basing on whether the sow had endometritis or not in a farm of China. The microflora of their birth canal secretions and fresh feces were analyzed via sequencing the V3 + V4 region of bacterial 16S rDNA gene. The results showed that the significant difference between endometritis and healthy sows birth canal flora in the composition and abundance. Sow endomentritis was associated with increasing in the relative abundance of Porphyromonas, Clostridium_sensu_stricto_1, Streptococcus, Ezakiella, Fusobacterium, Actinobacillus, Bacteroides, and Prevotella as well as Anaerococcus. On the contrary, the majority of beneficial bacteria that belonging to Firmicutes phylum (e.g., Lactobacillus and Enterococcus ) declined in endomentritis sow. The increased relative abundance of Porphyromonas in the vaginal secretions might correlate with the decrease of Lactobacillusin the feces of endometritis sows. Moreover, the experimental result also found that some intestinal bacteria (such as Escherichia-Shigella and Bacteroides) may be bound up with the onset of sow endometritis. Conclusion Sow endometritis is closely related to the microbiota of birth canal, and that some intestinal bacteria may promote the onset of endometritis. The above results can supply a theoretical basis to research the pathogenesis of endometritis and the microbiota of sow's birth canal and gut.
Determinants of Enterprises Radical Innovation and Performance: Insights into Strategic Orientation of Cultural and Creative Enterprises

A firm’s strategic orientation determine its business direction and scope of operation. Several researchers have tried to identify how strategic orientations affect business development. However, only a few scholars have explored how strategic orientations shape a firm’s organizational capability. In addition, the extent to which radical innovation contributes to a firm’s operations has not been well researched. Given these research shortcomings, this study explores the integration of firms’ strategic orientations, radical innovation, competitive advantages, and business performance within a conceptual framework. A sample of 86 cultural and creative firms was obtained. The results of the regression analysis and of the PLS SEM model are compared in this study. Our findings suggest that factors from either market orientation or entrepreneurial orientation add to a firm’s radical innovation capability and adoption. Lastly, the brand advantage is identified to be the most important factor in firms’ performance after a radical innovation capability and product advantage. This paper offers several contributions to the research. First, it advances knowledge of the strategic orientations of cultural and creative firms in a developing market. Second, it demonstrates the usefulness of radical innovation capability in profiling the development of competitive advantages. Lastly, it adds to our understanding of factors that facilitate the business performance of cultural and creative entrepreneurs.
Loughborough University Institutional Repository Super Storm Desmond : a process-based assessment

Super’ Storm Desmond broke meteorological and hydrological records during a record warm year in the British–Irish Isles (BI). The severity of the storm may be a harbinger of expected changes to regional hydroclimate as global temperatures continue to rise. Here, we adopt a process-based approach to investigate the potency of Desmond, and explore the extent to which climate change may have been a contributory factor. Through an Eulerian assessment of water vapour flux we determine that Desmond was accompanied by an atmospheric river (AR) of severity unprecedented since at least 1979, on account of both high atmospheric humidity and high wind speeds. Lagrangian air-parcel tracking and moisture attribution techniques show that long-term warming of North Atlantic sea surface temperatures has significantly increased the chance of such high humidity in ARs in the vicinity of the BI. We conclude that, given exactly the same dynamical conditions associated with Desmond, the likelihood of such an intense AR has already increased by 25% due to long-term climate change. However, our analysis represents a first-order assessment, and further research is needed into the controls influencing AR dynamics.
Local Air–Sea Relationship in Observations and Model Simulations

Abstract The present study compares the local simultaneous correlation between rainfall–evaporation and sea surface temperature (SST)–SST tendency among observations, coupled general circulation model (CGCM) simulations, and stand-alone atmospheric general circulation model (AGCM) simulations. The purpose is to demonstrate to what extent the model simulations can reproduce the observed air–sea relationship. While the model-simulated correlation agrees with the observations in the tropical eastern Pacific, large discrepancies are found in the subtropics, midlatitudes, and tropical Indo-western Pacific Ocean regions. In tropical Indo-western Pacific Ocean regions and the midlatitudes where the atmosphere contributes to the observed SST changes, the specified SST simulations produce excessive SST forcing, whereas the CGCM captures the atmospheric feedback on the SST, but with somewhat of an overestimation. In the subtropics, both the AGCM and CGCM produce unrealistic positive rainfall–SST correlations. In th.
Physical limitations, depressive symptoms and cognitive problems: exploring the complex structure of un-health among older people in Italy

Although health has always been a multidimensional concept, the research on older people health has been mostly focused on specific dimension or disease, studied one at a time. The present work aims at understanding the complex associations among different indicators of older people fs un health in Italy. In order to reach this purpose, the work uses the Italian panel of the Survey on Health, Ageing and Retirement in Europe (SHARE) and explores the associations among a wide range of indicators of health problems by applying a series of Confirmative Factor Analysis. Differences between men and women and between a numbers of age groups of old people are systematically scrutinized. Finally, a SEM is carried out in order to map the inter ]relations of the retained un health dimensions across time. The preferred representation of the data is a nested model that identified one global factor, which related to all manifest indicators, and four residual factors that measured the specific experiences of physical impairment, cognitive problems, affective suffering and motivational difficulties. The findings confirm the invariance of the proposed nested latent structure across time and improve our understanding about how health dimensions are connected over time.
Receptive Vocabulary Size of Male and Female Saudi English Major Graduates

This study measured Saudi university students’ receptive vocabulary knowledge towards the end of their final semester. The subjects were 71 Saudi male and female students. The Vocabulary Levels Test, adopted from Nation’s (2008), was administered in this study. The test assesses learners’ receptive knowledge of word meaning at the following distinct vocabulary levels: the 2nd 1,000-word level, the 3rd 1,000-word level, the 5th 1,000-word level, the 10th 1,000-word level, and the Academic Word List (AWL). The results showed different participants’ performance at different word levels with decreasing mean scores as the frequency of word levels decreased. The results also showed, with no exception, that males outperformed females with statistically significant differences in all the five sections of the test. The participants’ average vocabulary size is approximately 876 and 799 words in the 2nd 1,000-word level, 436 and 355 words in the AWL, 725 and 590 words in the 3rd 1,000-word level, 580 and 477 words in the 5th 1,000-word level for males and females respectively. However, the average vocabulary size decreased dramatically in the 10th 1,000-word level to 254 words for males and 124 for females. Based on these findings, it is concluded that Saudi English Language and Translation university graduates, even with large vocabulary size in the high frequency bands, are generally still below the level of the desired vocabulary competency as EFL learners, and are in fact, in need for more support and concentration in their undergraduate study with regard to their vocabulary learning.
Infrastructure connectivity and regional economic integration in East Asia: Progress and challenges

Intra-regional trade serves as a key growth engine for East Asian economies. Accompanying the rapid growth of bilateral and intra-regional trade ties, the East Asian economies are becoming increasingly connected and interdependent. Infrastructure connectivity plays a crucial role in bridging different areas of the East Asian region and enabling them to reap the full socioeconomic benefits of economic cooperation and integration. Nevertheless, further improvement of infrastructure in the region faces major challenges due to the lack of effective mechanisms for coordination and dialogue on regional integration through funding infrastructure projects, as well as the serious trust deficit among member states that has arisen from the on-going territorial and historical disputes.
The Effect of Customer Relationship Management and Organizational Performance in Mogadishu Somalia

: Background Study: Customer relationship management (CRM) is an approach to managing a company's interaction with current and potential future customers. The CRM approach tries to analyses data about customers' history with a company, to improve business relationships with customers, specifically focusing on customer retention, and ultimately to drive sales growth (Afsaneh Malkami, 2016) One important aspect of the CRM approach is the systems of CRM that compile information from a range of different communication channels, including a company's website, telephone, email, live chat, marketing materials, social media, and more(David Sims, 2007) Through the CRM approach and the systems used to facilitate CRM, businesses learn more about their target audiences and how to best cater to their needs. However, adopting the CRM approach may also occasionally lead to favoritism within an audience of consumers, resulting in dissatisfaction among customers and defeating the purpose of CRM (Saeed Saadat Nazarian, 2016). General objective the effect of customer Relationship management and organizational performance in Mogadishu Somalia Methodology: The study was conducted through descriptive design. The researcher was used this approach in order to describe and to investigate the relationship between effects of operational budgeting on organizational performance in some selected companies in Mogadishu using information gained from the questionnaire. Sample Size The researchers was selected some employee of the Salam Somali Bank which was mentioned above, these was currently employee in Salam Somali Bank, and the sample size of the study was 8 0 respondents Major Findings the Study Based on the findings in objective one presented that To examine Customer orientation scored Average mean 3.42overall and this result indicates that the overall of objectives one in the selected organization was very good. Based on the findings in objective one presented that to determine the Knowledge management scored Average mean 3.17 overall and this result indicates that the overall of objectives one in the selected organization was good.
Neutron conduction in the inner crust of a neutron star in the framework of the band theory of solids

Even though the ``free'' neutrons in the inner crust of a neutron star are superfluid, they are still strongly coupled to nuclei due to nondissipative entrainment effects. These effects have been systematically studied in all regions of the inner crust in the framework of the band theory of solids. Using concepts from solid-state physics, it is shown that the density of conduction neutrons, i.e., neutrons that are effectively free, can be much smaller than the density of unbound neutrons (by an order of magnitude in some layers) due to Bragg scattering. These results suggest that a revision of the interpretation of various observable neutron-star phenomena might be necessary.
Acoustic Intensity and Speech Breathing Kinematics in a Patient with Parkinson’s Disease

Parkinson’s disease (PD) is a neurodegenerative disease which affects the basal ganglia control circuit (Duffy, 2013). The motor speech disorder most strongly associated with PD is hypokinetic dysarthria, which presents with distinctive speech characteristics including reduced loudness and the inability to adequately maintain loud speech (Darley, Aronson, & Brown 1969; Duffy 2013). This is due to the variable kinematics for speech breathing associated with PD, which may result in abnormal muscular excursions, reduced vital capacity, and irregular breathing cycles (Duffy, 2013). The impaired ventilatory control can be attributed to the rigidity of muscles of inhalation and exhalation, as well as bradykinesia and hypokinesia. The study aimed to evaluate whether a patient with PD was able to manipulate their acoustic intensity, and if such intensity changes were accompanied by changes in speech breathing kinematics in a novel intraoperative environment. The study’s data were collected intra-operatively during surgery for deep brain stimulation and recordings from the subthalamic nucleus and cortex. The patient was instructed to modulate acoustic intensity while repeating three syllable CV triplets. Speech breathing kinematics of the rib cage were obtained using a Piezo Crystal Effort Sensor with a double buckle band throughout speech production. The speech breathing kinematics of interest were duration, displacement, and peak velocity of inhalation, peak velocity of exhalation, and duration from onset of exhalation to onset of speech, as well as a descriptive comparison between tidal breathing and speech breathing. Spearman Rho correlations indicated that there were weak to no relationships observed between speech breathing kinematics and intensity in this specific participant. However, a medium effect size (Hedge’s g) was observed between tidal and speech breathing for inhalation duration, and small to medium effect size for inhalation displacement and peak velocity. While previous literature suggests that people with PD can manipulate intensity when cued as a result of kinematic modulations for speech breathing, the current study does not support these findings for this one patient. However, previously reported differences between tidal and speech breathing were supported. Potential explanations for the lack of intensity modulation are explored, including constraints induced by the intra-operative environment.
Title Postprandial serum endotoxin in healthy humans is modulated by dietary fat in a randomized , controlled , cross-over study

Background: High-fat diets may contribute to metabolic disease via postprandial changes in serum endotoxin and inflammation. It is unclear how dietary fat composition may alter these parameters. We hypothesized that a meal rich in n-3 (ω3) fatty acids would reduce endotoxemia and associated inflammation but a saturated or n-6 (ω6) fatty acid-rich meal would increase postprandial serum endotoxin concentrations and systemic inflammation in healthy adults. Methods: Healthy adults (n = 20; mean age 25 ± 3.2 S.D. years) were enrolled in this single-blind, randomized, crossover study. Participants were randomized to treatment and reported to the laboratory, after an overnight fast, on four occasions separated by at least one week. Participants were blinded to treatment meal and consumed one of four isoenergetic meals that provided: 1) 20 % fat (control; olive oil) or 35 % fat provided from 2) n-3 (ω3) (DHA = 500 mg; fish oil); 3) n-6 (ω6) (7.4 g; grapeseed oil) or 4) saturated fat (16 g; coconut oil). Baseline and postprandial blood samples were collected. Primary outcome was defined as the effect of treatment meal on postprandial endotoxemia. Serum was analyzed for metabolites, inflammatory markers, and endotoxin. Data from all 20 participants were analyzed using repeated-measures ANCOVA. Results: Participant serum endotoxin concentration was increased during the postprandial period after the consumption of the saturated fat meal but decreased after the n-3 meal (p < 0.05). The n-6 meal did not effect a different outcome in participant postprandial serum endotoxin concentration from that of the control meal (p > 0. 05). There was no treatment meal effect on participant postprandial serum biomarkers of inflammation. Postprandial serum triacylglycerols were significantly elevated following the n-6 meal compared to the n-3 meal. Non-esterified fatty acids were significantly increased after consumption of the saturated fat meal compared to other treatment meals. Conclusions: Meal fatty acid composition modulates postprandial serum endotoxin concentration in healthy adults. However, postprandial endotoxin was not associated with systemic inflammation in vivo. Trial registration: This study was retrospectively registered at clinicaltrials.gov as NCT02521779 on July 28, 2015.
Assessment of Heavy Metals Inactivation in Contaminated Soil by Coal Fly and Bottom Ashes

Abstract The study compared coal fly and bottom ashes for their ability to inactivate metals and lead to soil remediation. Soil was artificially contaminated with Cu, Zn, Pb and Cd at five degrees. Next, both ashes were added at five rates: 0, 0.5, 1.0, 1.5 and 2.0% and all treatments incubated. Data showed that for moderately contaminated soils, ash rates of 0.5 - 1.0% were efficient from 40 to 70% for Zn and Cd, and raised markedly to between 70 and 93% for Cu and Pb. For extremely contaminated soils, the rates of ashes at 1.0, 1.5 and 2% were much more efficient (60 - 80%). The use of fly and bottom ashes for metal inactivation and soil remediation should give greater consideration to the effect of pH and the type of heavy metals than the content of SiO2and Al2O3. Fly ash displayed superior inactivation and remediation effects to the bottom ash.
RESPONSE TO THE REVIEWER # 2 ’ S COMMENTS

The intensity, duration, and geographic extent of floods in Bangladesh mostly depend on the combined influences of three river systems, Ganges, Brahmaputra and Meghna (GBM). In addition, climate change is likely to have significant effects on the hydrology and water resources of the GBM basin and may ultimately lead to more serious floods in Bangladesh. However, the assessment of climate change impacts on the basin-scale hydrology by using well-calibrated hydrologic modelling has seldom been conducted in GBM basin due to the lack