bluuebunny/crossref_metadata_2025_split huggingface dataset:
Striving, Willing, and Acting in Pfänder and Husserl
Authors: Mertens Karl 
Published: May 2024

AbstractThis article presents a mutual critique of the analytic and phenomenological theory of action. The first perspective focuses on the standard approach introduced by G.E.M. Anscombe. According to Anscombe, actions are events that are intentional under a description. Consequently, the distinction between action and mere behavior depends on the linguistic description of behavior. However, this perspective fails to address the possible transitions between behavior and action. One way to fill this gap is by investigating the specific form of intentionality belonging to striving or tendency. Such an investigation can complement the standard theory of action by illuminating the realm in which volitional and intentional actions are formed. In this regard, it is instructive to examine A. Pfänder’s and E. Husserl’s philosophy of striving and willing. Pfänder’s Phenomenology of Willing (1900) and the essay Motives and Motivation (1911) reflect on the genesis of volition from striving. Both texts view willing as a particular form of striving that may, but does not have to, lead to action. Similarly, Husserl aims to retrace the pre-voluntary roots of willing, but unlike Pfänder, he considers willing and action to be necessarily connected. The second perspective focuses on what analytic philosophy contributes to philosophical action theory: the recognition of language’s constitutive role in determining actions. This is evident not only in terms of how we describe actions (Anscombe), but also in how we ascribe willing, intending, and acting to one another in communicative contexts (H.L.A. Hart). Therefore, a phenomenological investigation of action should be complemented by linguistic analysis. This idea is already outlined in rudiments by Husserl and particularly by Pfänder.
LSH SimilarityJoin Pattern in FastFlow
Authors: Tonci Nicolò , Rivault Sébastien , Bamha Mostafa , Robert Sophie , Limet Sébastien , Torquati Massimo 
Published: May 2024

AbstractSimilarity joins are recognized to be among the most used data processing and analysis operations. We introduce a C++-based high-level parallel pattern implemented on top of FastFlow Building Blocks to provide the programmer with ready-to-use similarity join computations. TheSimilarityJoinpattern is implemented according to the MapReduce paradigm enriched with locality sensitive hashing (LSH) to optimize the whole computation. The new parallel pattern can be used with any C++ serializable data structure and executed on shared- and distributed-memory machines. We present experimental validations of the proposed solution considering two different clusters and small and large input datasets to evaluate in-core and out-of-core executions. The performance assessment of theSimilarityJoinpattern has been conducted by comparing the execution time against the one obtained from the original hand-tuned Hadoop-based implementation of the LSH-based similarity join algorithms as well as a Spark-based version. The experiments show that theSimilarityJoinpattern: (1) offers a significant performance improvement for small and medium datasets; (2) is competitive also for computations using large input datasets producing out-of-core executions.
Sports recommender systems: overview and research directions
Authors: Felfernig Alexander , Wundara Manfred , Tran Thi Ngoc Trang , Le Viet-Man , Lubos Sebastian , Polat-Erdeniz Seda 
Published: May 2024

AbstractSports recommender systems receive an increasing attention due to their potential of fostering healthy living, improving personal well-being, and increasing performances in sports. These systems support people in sports, for example, by the recommendation of healthy and performance-boosting food items, the recommendation of training practices, talent and team recommendation, and the recommendation of specific tactics in competitions. With applications in the virtual world, for example, the recommendation of maps or opponents in e-sports, these systems already transcend conventional sports scenarios where physical presence is needed. On the basis of different examples, we present an overview of sports recommender systems applications and techniques. Overall, we analyze the related state-of-the-art and discuss future research directions.
Role of Japan Sea Throughflow in the spatial variability of the long-term sea surface temperature trend
Authors: Matsuura Hiromi , Kida Shinichiro 
Published: May 2024

AbstractThe Japan Sea shows a much stronger warming of long-term sea surface temperature (SST) than surrounding oceans. The warming trend possesses a meridionally alternating zonal band pattern, with weak trends along the paths of the Japan Sea Throughflow and strong trends in the remaining interior region. Using idealized models of the Japan Sea Throughflow and atmospheric heating, this study examines the process behind the formation of such spatial patterns in the SST trend. We find that zonal band structures form in a flat rectangular coastline model, and heat budget analysis shows that horizontal heat transport, due to throughflow, reduces the warming effect created by the surface heat flux. A weak SST trend appears around the jet, while a strong SST trend appears elsewhere. Bathymetric effects are also examined using a model with realistic coastline settings. The location of the western boundary current stabilizes, and the coastal branch begins to disconnect from the Japanese coastline toward the north, allowing a more stable SST warming region to form in the southern interior region. Lagrangian particle tracking experiments confirm that a weak (strong) SST trend corresponds to a short (long) residence time, and eddies in the Japan Sea prolong the residence time in interior regions. The model results suggest that the accumulation time of surface heating is essential to the spatial distribution of the long-term SST warming trend.
Struggling with Fitting in: Clients Mixed Experiences of Receiving Job Support and Getting a Job When Participating in Individual Placement and Support in Norway
Authors: Kinn Liv Grethe , Davidson Larry , Oedegaard Ketil Joachim , Langeland Eva 
Published: May 2024

AbstractPurposeTo explore clients’ experiences of receiving job support from employment specialists (ESs) working with individual placement and support (IPS) in Norway. IPS is developed to help people with severe mental illness (SMI) into competitive employment as an integral component of mental health services.MethodsUsing a hermeneutic phenomenological methodology, this study comprises individual semi-structured interviews with ten participants engaged in IPS at two districts psychiatric centers. Data analysis was conducted according to systematic text condensation.ResultsThree themes emerged: (1) ES—a door opener? (2) Striving to sidestep a “spider web” of triggers at and away from work; and (3) Calling for a safer route.ConclusionThis study highlights the importance of ESs offering IPS clients’ opportunities to try out diverse jobs and focusing more on assessing the work environment in the jobs they place people into. Our findings imply that ESs should spend more time on building a good working alliance with both clients and employers, and pay more attention on understanding individuals’ vocational capacities and support needs at the worksite. The ES training should focus not simply on the technical processes of job development and placement, but more directly on empowering clients to stay focused on their vocational ambitions and prospects. The salutogenic model of health can help ESs to analyze whether clients experience workplaces as meaningful, manageable, and comprehensible.
Magnitude estimation and site characterization in southwestern British Columbia: application to earthquake early warning
Authors: Babaie Mahani Alireza , Ferguson Eli , Pirenne Benoit 
Published: May 2024

AbstractIn this study, we took a close look at the Ocean Networks Canada’s earthquake early warning system in southwestern British Columbia through analysis of the magnitude estimates by this system and characterization of site conditions for both onshore and offshore stations. Using magnitude values estimated at each station, over hundreds of notifications, we provided station terms to correct the magnitudes for stations that systematically generate high or low magnitude values. Moreover, by compiling a rich ground motion amplitude dataset and applying the horizontal-to-vertical spectral ratio method from Fourier amplitude of acceleration and response spectral acceleration, we investigated site characterization through evaluation of non-linear site response behavior and estimation of the site dominant frequency (fpeak) and its peak amplitude (Apeak) for each station. In general, no strong evidence of non-linearity is observed at any stations considering the magnitude-distance distribution of ground motions in this study. Offshore sites show fpeak and Apeak in the range of approximately 1.7–6 Hz and 0.4–1.2 (in base-10 log unit), respectively, whereas onshore sites show approximately 1–6 Hz for fpeak and 0.3–0.7 (in base-10 log unit) for Apeak.
37 years after the chernobyl: the current radiation status in Kocaeli, Turkey
Authors: Günay Osman , Yalçin Caner , Güray R. Taygun , Avci Karakurt Didem , Tantoğlu Ezgi , Başdemir Safa 
Published: May 2024

AbstractThis study aims to assess the artificial and natural radiation dose levels in certain districts of Kocaeli province within the Marmara region, 37 years after the Chernobyl nuclear accident, and evaluate the current status prior to potential nuclear leakage events from Zaporijya or other nuclear power plants. Radioactive concentrations of 232Th, 238U, 40K and 137Cs were determined using HPGe gamma spectrometry in 26 soil samples collected from the region of interest. The average concentrations were found to be 22.35 Bqkg−1 for 238U, 26.36 Bqkg−1 for 232Th, 368.34 Bqkg−1 for 40K, and 2.44 Bqkg−1 for 137Cs. Furthermore, the study revealed an absorbed dose rate of 41.73 nGyh−1, an annual effective dose equivalent of 51.18 µSvy−1, and an excess lifetime cancer risk of 0.00018.
Decision tree for adaptation after radical changes: linking dynamic capabilities, ambidexterity, and strategic alliances
Authors: Cozzolino Alessio , Verona Gianmario 
Published: May 2024

AbstractWe developed a decision tree that integrates relevant organizational adaptation theories to respond to radical changes. The understanding of organizational adaptation often requires a combination of multiple theoretical lenses, especially considering today’s radical changes in technologies, markets, and regulations. However, the research streams on adaptation and change are often disconnected and we lack a unifying adaptation framework that might reveal the synergistic contribution of each theoretical perspective to the problem. To fill this important lacuna, we integrate four relevant scholarly perspectives on the topic: dynamic capabilities, ambidexterity, vertical alliances, and horizontal strategic alliances. Our main contribution is an integrative decision tree that unveils when and why each perspective is most appropriate to respond to radical changes. Our research also unpacks dynamic capabilities theory by suggesting when ambidexterity, vertical, and horizontal alliances are appropriate to integrate the upper-level theory of dynamic capabilities, and how they can overcome some of its limitations. The paper also clarifies that, in order to adapt ambidextrously after radical changes destroying core and/or complementary assets, companies need specific alliance strategies.
Evolution of novel Mesorhizobium genospecies that competitively and effectively nodulate Cicer arietinum following inoculation with the Australian commercial inoculant strain M. ciceri CC1192
Authors: Hill Yvette J. , Kohlmeier MacLean G. , Agha Amiri Alireza , O’Hara Graham W. , Terpolilli Jason J. 
Published: May 2024

Abstract
Background and aims
Mesorhizobium ciceri CC1192 is the commercial inoculant strain for Cicer arietinum (chickpea) cultivation in Australia, including in the Ord River Irrigation Area (ORIA), where C. arietinum cropping began in 1985. Mesorhizobium strains are known to gain the capacity to nodulate legumes through acquisition of symbiosis Integrative and Conjugative Elements (ICEs), leading to the evolution of novel rhizobia. Here, we assess the impact of symbiosis ICE transfer and compare the genomic diversity and symbiotic effectiveness of C. arietinum nodulating rhizobia from the ORIA.

Methods
Nodule isolates collected from field cultivated C. arietinum were genotyped by RAPD-PCR, and representative strains from each genotype were whole genome sequenced and symbiotically phenotyped in glasshouse conditions to assess N2 fixation effectiveness against CC1192.

Results
A total of 68 nodule isolates, all harbouring the CC1192 symbiosis ICE (ICEMcSym1192), were analysed, with 12 identified as the inoculant strain, and 56 novel strains clustering into ten genotypes. These novel genotypes dominated as nodule occupants across the majority of sites sampled. Nine of the ten representative strains were as effective at N2 fixation as CC1192, with WSM4904 the only ineffective strain. Core genome phylogeny showed the ten strains represent four novel Mesorhizobium genospecies. Novel strains WSM4904 and WSM4906 shared 98.7% sequence identity, yet exhibited very different symbiotic phenotypes.

Conclusions
The CC1192 symbiosis ICE has transferred to a wide diversity of Mesorhizobium spp. in the ORIA. These evolved strains are competitive against CC1192 at nodulating C. arietinum, and the majority are effective symbiotic N2 fixers.
Investment incentives attract foreign direct investment: evidence from the great recession
Authors: Katitas Aycan , Pandya Sonal 
Published: May 2024

AbstractDo investment incentives influence private firms’ location decisions? Whereas prior research emphasizes tax incentives, we focus on incentives that require real-time government spending including job training and infrastructure. Real incentives influence where firms invest by resolving costly information asymmetries, and are subject to budget constraints that give rise to political targeting. This paper evaluates how real incentives shape the location decisions of foreign firms, investors who suffer from acute information asymmetries. We leverage features of the Great Recession and the 2009 American Recovery and Reinvestment Act stimulus, which temporarily increased states’ fiscal capacity to fund real incentives. During the narrow stimulus spending window, states that received more federal Medicaid stimulus—instrumented with the exogenous component of the Act’s funding formula—attracted more foreign direct investment (FDI) and increased state spending on real incentives. The stimulus window approximately coincides with FDI’s temporary geographic expansion into US counties that lacked a history of these investments. On average, these counties had narrow vote margins in the prior gubernatorial election and garnered more state real incentive spending. These correlates are pronounced in counties with idle industrial capacity and in states whose governors sought re-election. Tax incentives had no effect on FDI. These findings have important implications for the efficacy of investment incentives and the political economy of industrial policy.
Symbols and reasons in democratization: cultural sociology meets deliberative democracy
Authors: Sass Jensen , Dryzek John S 
Published: May 2024

AbstractWe develop an account of societal democratization that synthesizes cultural sociology and deliberative democracy. Cultural sociologists emphasize the symbolic inclusion of marginalized groups into the civil sphere. Deliberative democrats stress growth in the deliberative capacity of society. We argue that democratization entails the co-evolution of culture and reason. The basis of co-evolution is the performative construction of an inclusive demos, which requires a deliberative background but is also a source of the moral emotions that motivate deliberation. Since moral emotions can also sweep people up and make them do reckless things, they must in turn be redeemable in inclusive deliberation. This synthesis sharpens a normative position for the evaluation of episodes of inclusion, extends current accounts of the place of emotion in cultural sociology and deliberative democracy, and provides a frame for comparative analyses of democratization. We illustrate with an examination of the exclusion and inclusion of Indigenous Australians.
Safety and dream scepticism in Sosa’s epistemology
Authors: Carter J. Adam , Cowan Robert 
Published: May 2024

AbstractA common objection to Sosa’s epistemology is that it countenances, in an objectionable way, unsafe knowledge. This objection, under closer inspection, turns out to be in far worse shape than Sosa’s critics have realised. Sosa and his defenders have offered two central response types to the idea that allowing unsafe knowledge is problematic: one response type adverts to the animal/reflective knowledge distinction that is characteristic of bi-level virtue epistemology. The other less-discussed response type appeals to the threat of dream scepticism, and in particular, to the idea that many of our everyday perceptual beliefs are unsafe through the nearness of the dream possibility. The latter dreaming response to the safety objection to Sosa’s virtue epistemology has largely flown under the radar in contemporary discussions of safety and knowledge. We think that, suitably articulated in view of research in the philosophy and science of dreaming, it has much more going for it than has been appreciated. This paper further develops, beyond what Sosa does himself, the dreaming argument in response to those who think safety (as traditionally understood) is a condition on knowledge and who object to Sosa’s account on the grounds that it fails this condition. The payoffs of further developing this argument will be not only a better understanding of the importance of insights about dreaming against safety as a condition on knowledge, but also some reason to think a weaker safety condition, one that is relativised to SSS (i.e., skill/shape/situation) conditions for competence exercise, gets better results all things considered as an anti-luck codicil on knowledge.
Against zetetic encroachment
Authors: Vollmer Michael 
Published: May 2024

AbstractProponents of zetetic encroachment claim that certain zetetic or inquiry-related considerations can have a bearing on the epistemic rationality of one’s belief formation. Since facts about the interestingness or importance of a topic can be the right kind of reasons for inquisitive attitudes, such as curiosity, and inquisitive attitudes are ways to suspend judgement, these facts also amount to reasons against believing. This mechanism is said to explain several contentious phenomena in epistemology, such as the occurrence of pragmatic encroachment. In this paper, I provide two lines of reasoning against zetetic encroachment. First, on any contrastivist understanding of epistemic reasons, the case in favour of zetetic encroachment loses all its motivational force. Second, the thesis of zetetic encroachment is incompatible with the most promising way to understand degrees of inquisitive attitudes.
An epistemic distinction among essences, its metaphysical ground, and the role of philosophy
Authors: Gaultier Benoit 
Published: May 2024

AbstractUniformism is the view that one and the same epistemology should apply for all modal knowledge. I argue that, whether or not all modal knowledge can be accounted for in terms of knowledge of essences, uniformism about knowledge of essences is untenable. I do this by showing that, while some essences are empirically discoverable, others are not. I then argue that the uniquely realisable–non-uniquely realisable distinction is a better metaphysical candidate for grounding this epistemic difference than the concrete–abstract distinction. I conclude by suggesting that the task of philosophy is to identify non-empirically discoverable essences.
Measuring the impact of dietary supplementation with citrus or cucumber extract on chicken gut microbiota using 16s rRNA gene sequencing
Authors: Riva Francesca , McGuinness David H. , McKeegan Dorothy E. F. , Peinado-Izaguerri Jorge , Bruggeman Geert , Hermans David , Eckersall Peter D. , McLaughlin Mark , Bain Maureen 
Published: May 2024

AbstractThis study investigated the effects of dietary supplements, citrus (CTS) and cucumber (CMB), on the jejunum and cecum microbiota of 14- and 28-days old broiler chickens to evaluate their impact on the gut health and assess their role as alternatives to antibiotic growth promoters (ABGPs). 16SrRNA gene sequencing revealed the overall bacterial microbiota composition was significantly affected by the gut site (p?<?0.001) but not by either of the dietary supplements, CTS and CMB, at both 14 and 28 days of age. However, as a result of Linear discriminant analysis (LDA) effect size (LEfSE), CTS dietary supplements significantly increased the counts of Lactobacillus (p?<?0.01) and decreased the counts of Enterococcus (p?<?0.01) and Clostridium (p?<?0.05) in the jejunum, whereas the counts of Blautia were increased (p?<?0.01) and Enterococcus were decreased (p?<?0.05) in the cecum at both ages. Only minor CMB effects were identified in the cecum and non in the jejunum. The use of CTS dietary supplements has been shown to be associated to the reduction of potentially pathogenic bacteria (Enterococcus and Clostridium) and to the growth of beneficial bacteria (Lactobacillus and Blautia) which are known to have positive effects on chicken health in terms of nutrients absorption, stimulation and production of short chain fatty acids (SCFAs). Therefore, this study suggests that the use of a CTS supplemented diet could promote gut health while no clear advantages have been identified with the use of CMB as a dietary supplement.
Temporally Consistent Enhancement of Low-Light Videos via Spatial-Temporal Compatible Learning
Authors: Zhu Lingyu , Yang Wenhan , Chen Baoliang , Zhu Hanwei , Meng Xiandong , Wang Shiqi 
Published: May 2024

AbstractTemporal inconsistency is the annoying artifact that has been commonly introduced in low-light video enhancement, but current methods tend to overlook the significance of utilizing both data-centric clues and model-centric design to tackle this problem. In this context, our work makes a comprehensive exploration from the following three aspects. First, to enrich the scene diversity and motion flexibility, we construct a synthetic diverse low/normal-light paired video dataset with a carefully designed low-light simulation strategy, which can effectively complement existing real captured datasets. Second, for better temporal dependency utilization, we develop a Temporally Consistent Enhancer Network (TCE-Net) that consists of stacked 3D convolutions and 2D convolutions to exploit spatial-temporal clues in videos. Last, the temporal dynamic feature dependencies are exploited to obtain consistency constraints for different frame indexes. All these efforts are powered by a Spatial-Temporal Compatible Learning (STCL) optimization technique, which dynamically constructs specific training loss functions adaptively on different datasets. As such, multiple-frame information can be effectively utilized and different levels of information from the network can be feasibly integrated, thus expanding the synergies on different kinds of data and offering visually better results in terms of illumination distribution, color consistency, texture details, and temporal coherence. Extensive experimental results on various real-world low-light video datasets clearly demonstrate the proposed method achieves superior performance to state-of-the-art methods. Our code and synthesized low-light video database will be publicly available at https://github.com/lingyzhu0101/low-light-video-enhancement.git.