bluuebunny/crossref_metadata_2025_split huggingface dataset:
Rapid, centralised decision-making in a higher education emergency
Authors: Freeman Brigid , Leihy Peodair , Teo Ian , Kim Dong Kwang 
Published: August 2021

Purpose
This study aims to explain the primacy that rapid, centralised decision-making gained in higher education institutions during the COVID-19 pandemic, with a particular focus on Australian universities.

Design/methodology/approach
This paper draws on discussions regarding policy problems of an international, purpose-convened on-line policy network involving over 100 registrations from multiple countries. It analyses emerging institutional policy governance texts and documents shared between network participants, applies policy science literature regarding traditional institutional policy-making routines and rapid decision-making, and references media reportage from 2020. The paper traces how higher education institutions rapidly adjusted to pandemic conditions and largely on-line operations.

Findings
The study finds that higher education institutions responded to the COVID-19 crisis by operationalising emergency management plans and introducing rapid, centralised decision-making to transition to remote modes of operation, learning and research under state-imposed emergency conditions. It highlights the need to ensure robust governance models recognising the ascendance of emergency decision-making and small-p policies in such circumstances, notwithstanding longstanding traditions of extended collegial policy-making routines for big-P (institutional) Policy. The pandemic highlighted practice and policy problems subject to rapid reform and forced institutions to clarify the relationship between emergency planning and decision-making, quality and institutional policy.

Practical implications
In covering a range of institutional responses, the study advances the possibility of institutions planning better for unexpected, punctuated policy shifts during an emergency through the incorporation of rapid decision-making in traditionally collegial environments. At the same time, the paper cautions against the normalisation of such processes. The study also highlights key practices and policies that require urgent reconsideration in an emergency. The study is designed as a self-contained and freestanding narrative to inform responses to future emergencies by roundly addressing the particularities of the 2020 phase of the COVID-19 pandemic as it affected higher education.

Originality/value
There is only limited research on policy-making in higher education institutions. This research offers an original contribution on institutional policy-making during a prolonged emergency that deeply changed higher education institution’s governance, operations and outlook. Particularly significant is the synthesis of experiences from a wide range of sector personnel, documenting punctuated policy shifts in policy governance (meta-policy), institutional policy-making routines and quality assurance actions under great pressure. This paper is substantially developed from a paper given at the Association for Tertiary Education Management Institutional Policy Seminar, 26th October 2020.
Analyzing governance challenges using Process Net-Map: a case study of a government microcredit scheme in Bangladesh
Authors: Parvin Mst Tania , Birner Regina 
Published: August 2021

Purpose
This paper aims to examine the governance challenges confronted by a government microcredit program in Bangladesh following a case study approach.

Design/methodology/approach
A novel qualitative research tool called process net-map (PNM) was applied to develop a framework for visual understanding of the exact credit implementation process and to identify the actors responsible for creating governance challenges. Key informant interviews were also conducted to identify and distinguish the challenges faced by both the supply-side and demand-side stakeholders.

Findings
The findings reveal that the studied case faced problems in allocating adequate resources to human and physical capacity development. It was combined with the shortage of funds that made it impossible to meet the clients’ expectations. The lack of legal and regulatory framework disabled the organization from controlling political influence and corruption in the system. Moreover, the policy of lending only to groups proved counterproductive as it led to the exclusion of potentially viable borrowers.

Practical implications
The key recommendation of the study is on increasing the microcredit fund and a reform of the group lending policy along with several other recommendations.

Originality/value
The PNM is a newly developed participatory mapping technique that has not been applied in the field of microfinance. Therefore, the use of this method may add new knowledge of conducting an in-depth analysis of why such challenges are associated with mostly public microfinance programs and how they are linked to the implementation process. The challenges encountered are relevant for the implementation of developmental programs that are dependent on the allocation of public funds.
Change in the uses pattern of digital banking services by Indian rural MSMEs during demonetization and Covid-19 pandemic-related restrictions
Authors: Ahmed Shafique , Sur Samiran 
Published: August 2021

Purpose
In the ever fast-changing modern world, through the use of digital banking services (DBS), the old concept of banking in a traditional way has been completely changed. It was made possible through the use of modern artificial intelligence embedded technologies. It was done to meet the ever-growing demands of customers through more user-friendly and time-saving uses of technologies. This paper aims to uncover and analyse the factors affecting the adoption of digital banking services by rural micro small and medium enterprises (MSMEs). MSME is one of the most active sectors in India. It plays an important role in the economic development of the country through exports and domestic supplies and by creating employment opportunities.

Design/methodology/approach
The study was conducted using a questionnaire survey. In total, 148 rural MSME owners were considered for the analysis in this study. Rural MSMEs in India are way behind in using digital banking services than their urban counterparts. The present study uses IBM SPSS and AMOS to shed light on the prevalent factors that influence the attitude to use digital banking services.

Findings
It is found out that convenience (which includes perceived usefulness and perceived ease of use), perceived self-efficacy, demonetization, performance expectancy and pandemic effect have a significant effect on the attitude to adopt DBS. The findings of the study will provide deeper insights for the banks as well as different government agencies to revamp their strategies in changing the financial landscape of the country through a “cashless economy”.

Practical implications
Demonetization, a boom in eCommerce in India, pandemic-related lockdowns or restrictions and the government’s push for the digital economy will aid the use of DBS at a faster pace. The outcome of the study will help both the government and the financial institutions to chalk out strategies to cater to the rural MSMEs in embracing DBS.

Originality/value
The use of digital services for banking in India is in a nascent stage, but the rate of adoption is increasing at a cyclonic speed. Affordable electronic devices, cheap internet and different medium of using DBS are fuelling the rapid increase; yet, limited research focuses on the differences in the rate of acceptance of digital banking services concerning rural MSMEs.
Thermal flight performance reveals impact of warming on bumblebee foraging potential
Authors: Kenna Daniel , Pawar Samraat , Gill Richard J. 
Published: August 2021

Abstract

The effects of environmental temperature on components of insect flight determine life‐history traits, fitness, adaptability and, ultimately, organism ecosystem functional roles. Despite the crucial role of flying insects across landscapes, our understanding of how temperature affects insect flight performance remains limited.

Many insect pollinators are considered under threat from climatic warming. Quantifying the relationship between temperature and behavioural performance traits allows us to understand where species are operating in respect to their thermal limits, helping predict responses to projected temperature increases and/or erratic weather events.

Using a tethered flight mill, we quantify how flight performance of a widespread bumblebee, Bombus terrestris, varies over a temperature range (12–30℃). Given that body mass constrains insect mobility and behaviour, bumblebees represent a useful system to study temperature‐mediated size dependence of flight performance owing to the large intra‐colony variation in worker body size they exhibit.

Workers struggled to fly over a few hundred metres at the lowest tested temperature of 12℃; however, flight endurance increased as temperatures rose, peaking around 25℃ after which it declined. Our findings further revealed variation in flight capacity across the workforce, with larger workers flying further, longer, and faster than their smaller nestmates. Body mass was also positively related with the likelihood of flight, although importantly this relationship became stronger as temperatures cooled, such that at 12℃ only the largest workers were successful fliers. Our study thus highlights that colony foraging success under variable thermal environments can be dependent on the body mass distribution of constituent workers, and more broadly suggests smaller‐bodied insects may benefit disproportionately more from warming than larger‐bodied ones in terms of flight performance.

By incorporating both flight endurance and likelihood of flight, we calculated a simple metric termed ‘temperature‐mediated foraging potential’ to gain a clearer understanding of how temperature may constrain colony foraging. Of our tested temperatures, 27℃ supported the highest potential, indicating that for much of the range of this species, higher mean daily temperatures as forecasted under climate warming will push colonies closer to their thermal optimum for flight. Subsequently, warming may have positive implications for bumblebee foraging returns and pollination provision.

A free Plain Language Summary can be found within the Supporting Information of this article.
Quercetin promotes locomotor function recovery and axonal regeneration through induction of autophagy after spinal cord injury
Authors: Wang Yeyang , Xiong Man , Wang Mingsen , Chen Hongdong , Li Wenjun , Zhou Xiaozhong 
Published: August 2021

AbstractQuercetin (Que), one of the flavonoids, exerts numerous actions on the central nervous system. However, the roles and underlying mechanism of Que in locomotor function recovery and axonal regeneration following spinal cord injury (SCI) have not been fully elucidated. A rat model of spinal cord injury (SCI) was established at T10 using the modified Allen's method. The results in our study indicated that Basso, Beattie and Bresnahan (BBB) locomotor scores were significantly higher after Que treatment. Additionally, Que administration cut down the latency of somatosensory evoked potentials (SEP) and motor evoked potentials (MEP), increased the amplitude of MEP and SEP following SCI. Hematoxylin‐eosin (HE) staining demonstrated that Que administration reduced lesion size and cavity formation. Biotinylated dextran amine (BDA) anterograde tracing revealed that BDA positive fibres were increased by Que following SCI. Immunofluorescence staining revealed that Que elevated 5‐hydroxytryptamine (5‐HT) positive nerve fibres and neurofilament‐200 (NF‐200) positive neurons, reduced glial fibrillary acidic protein (GFAP) positive astrocytes. In addition, Que inhibited GFAP expression, increased both NeuN and NF‐200 expression and facilitated the spinal cord energy metabolism. Moreover, Que increased 18F‐FDG uptake in a time‐dependent manner. Furthermore, Que increased Beclin 1 and LC3 II expression, blocked the phosphorylation of Akt, mTOR and p70S6K. 3‐methyladenine (3‐MA) partly abolished the neuro‐protective roles of Que following SCI. Taken together, our study suggested that Que might promote locomotor function recovery, axonal regeneration and energy metabolism through induction of autophagy via Akt/mTOR/p70S6K pathway.
Fiscal response to the COVID‐19 crisis in advanced and emerging market economies†
Authors: Alberola Enrique , Arslan Yavuz , Cheng Gong , Moessner Richhild 
Published: August 2021

AbstractThe fiscal policy response to the COVID‐19 crisis was swift and strong, in tandem with monetary policy. Advanced economies (AEs) deployed a much larger fiscal response than emerging market economies (EMEs) throughout the pandemic. This study focuses on the drivers of this divergent fiscal response in the first months of the pandemic. Apart from the fact that EMEs entered the crisis later than AEs, narrower fiscal policy space in EMEs, further reduced by the tightening of their financing conditions in the early stages of the pandemic, constrained their fiscal response. The size and composition of the fiscal response also depended on some structural factors, such as the level of income, the strength of the social safety nets and automatic stabilisers.
Genome‐wide identification and comparative analysis of Cry toxin receptor families in 7 insect species with a focus on Spodoptera litura
Authors: Li Qilin , Li Mengge , Zhu Mengyao , Zhong Jielai , Wen Liang , Zhang Jie , Zhang Ruonan , Gao Qiang , Yu Xiao‐Qiang , Lu Yuzhen 
Published: August 2021

AbstractCadherin, aminopeptidase N (APN) and alkaline phosphatase (ALP) have been characterized as Cry receptors. In this study, comparative genomic analysis of the 3 receptor families was performed in 7 insects. ALPs and APNs are divided into three and eight clades in phylogenetic trees, respectively. ALPs in clade 3 and APNs in clade 1 contain multiple paralogs within each species and most paralogs are located closely in chromosomes. Drosophila melanogaster has expanded APNs in clade 5 and were lowly expressed in midgut. Cadherins are divided into 16 clades; they may diverge before holometabolous insect speciation except for BtR and Cad89D‐like clades. Eight insects from different orders containing BtR orthologs are sensitive to Cry1A or Cry3A, while five species without BtR are insensitive to both toxins. Most APNs in clade 1, several ALPs in clade 3, BtR and Cad89D‐like genes were highly or moderately expressed in larval midgut of Spodoptera litura and the other six species, and several members in these clades have been identified as Cry receptors. Expressions of putative S. litura Cry receptors in the midgut after exposing to Bt toxins were also analyzed.
Simple rules for sensemaking praxis: How HR can contribute to strategic change by developing sensemaking capability in organisations
Authors: Kieran Sarah , MacMahon Juliet , MacCurtain Sarah 
Published: August 2021

AbstractThis paper explores how sensemaking theory offers a new perspective on HR's role during strategic change. As change in organisations today is less of a programme and more of a continuous cycle of business transformation, there has been a shift in focus to its underpinning, cognitive process of sensemaking. However, HR's role in developing sensemaking praxis in organisations is not widely researched to date. This paper addresses that gap. We draw on Eisenhardt and Sull's ‘simple rules’ whereby complex strategy praxis is reduced to a highly translatable, small number of key rules (2001). Through a diary study of middle managers engaging in strategic change, we investigate their real‐time, lived sensemaking praxis. We conclude that HR have a significant contribution to play in developing an organisation's sensemaking praxis through four Simple Rules of Sensemaking: (1) plan creative discourse opportunities, (2) ensure leader‐middle manager parity, (3) mutually direct sensemaking through ongoing re‐planning and re‐prioritisation, and (4) ensure leadership effort continues beyond the initiation of strategic change.
Occupational commitment of women working in SET: The impact of coping self‐efficacy and mentoring
Authors: Blaique Lama , Pinnington Ashly H. 
Published: August 2021

AbstractThe under‐representation of women employed in Science, Engineering and Technology (SET) industries is a long‐term problem for human resource management. We report the results of a qualitative research study designed to investigate the factors that positively influence women's retention and occupational commitment within the MENA region. The data are based on 40 semi‐structured interviews of women employed in SET occupations. The results reveal that self‐directed attitudes (coping self‐efficacy, protean attitude and professional identity) and contextual support (mentoring and the quality of the mentoring relationship) positively influence women's occupational commitment in jobs in SET. Our contributions to academic research on HRM and HRD include the important role that the psychological functions of mentoring play in OCC. In terms of the contribution to practice, we propose that professional HRM institutes and associations could contribute by launching campaigns to promote greater organisational awareness of the potential of mentoring for retaining women in SET.
Coalescence times, life history traits and conservation concerns: An example from four coastal shark species from the Indo‐Pacific
Authors: Lesturgie Pierre , Planes Serge , Mona Stefano 
Published: August 2021

AbstractDispersal abilities play a crucial role in shaping the extent of population genetic structure, with more mobile species being panmictic over large geographical ranges and less mobile ones organized in metapopulations exchanging migrants to different degrees. In turn, population structure directly influences the coalescence pattern of the sampled lineages, but the consequences on the estimated variation of the effective population size (Ne) over time obtained by means of unstructured demographic models remain poorly understood. However, this knowledge is crucial for biologically interpreting the observed Ne trajectory and further devising conservation strategies in endangered species. Here we investigated the demographic history of four shark species (Carharhinus melanopterus, Carharhinus limbatus, Carharhinus amblyrhynchos, Galeocerdo cuvier) with different degrees of endangered status and life history traits related to dispersal distributed in the Indo‐Pacific and sampled off New Caledonia. We compared several evolutionary scenarios representing both structured (metapopulation) and unstructured models and then inferred the Ne variation through time. By performing extensive coalescent simulations, we provided a general framework relating the underlying population structure and the observed Ne dynamics. On this basis, we concluded that the recent decline observed in three out of the four considered species when assuming unstructured demographic models can be explained by the presence of population structure. Furthermore, we also demonstrated the limits of the inferences based on the sole site frequency spectrum and warn that statistics based on linkage disequilibrium will be needed to exclude recent demographic events affecting meta‐populations.
The ecological costs and benefits of a feral cat poison‐baiting programme for protection of reintroduced populations of the western quoll and brushtail possum
Authors: Moseby Katherine , Hodgens Patrick , Bannister Hannah , Mooney Patricia , Brandle Robert , Lynch Catherine , Young Catherine , Jansen Jeroen , Jensen Melissa 
Published: August 2021

AbstractConservation practitioners implement management interventions for the protection of threatened species, but the benefits are rarely measured. We investigated the efficacy of aerial poison baiting for feral cats, a species identified as a threat to reintroduced populations of two Australian mammals. We measured individual survival, short‐term changes in activity and longer term population trajectories in cats and reintroduced western quolls and brushtail possums before and after annual baiting events. Between 87% and 100% of radiocollared feral cats that remained in the baited area died from poisoning in 2017, 2018 and 2019. Camera detection rates significantly declined after each event (40–77%), and the proportion of cameras occupied remained lower after baiting commenced (20–60% before vs. <20% after). Cat decline on cameras was significantly higher in areas with low rabbit abundance, suggesting controlling alternative prey would improve baiting success. Importantly, none of 37 radiocollared quolls died from poisoning despite pre‐baiting trials determining that they were the most common species removing baits (26%). We detected no negative impact of baiting on the quoll and possum populations but could not demonstrate a significant net benefit. Trapping data suggested no change in annual quoll survival after baiting despite a slight increase in survival of radiocollared quolls. Quoll detection rates on camera did not significantly decline after each baiting event. A decline in the last two years of monitoring was possibly due to drought conditions. Approximately 10% of radiocollared possums died from poisoning after the first baiting event, but trapping and camera detections suggested a stable or increasing population. Poison baiting successfully reduced cat abundance, and there was no measurable negative effect on populations of reintroduced species. Long‐term monitoring through a range of seasonal conditions is required to determine the net benefit of predator control for reintroduced populations where paired impact and control sites are impractical.
Genome‐wide interaction study reveals epistatic interactions for beef lipid‐related traits in Nellore cattle
Authors: Amorim S. T. , Stafuzza N. B. , Kluska S. , Peripolli E. , Pereira A. S. C. , Muller da Silveira L. F. , de Albuquerque L. G. , Baldi F. 
Published: August 2021

SummaryGene–gene interactions cause hidden genetic variation in natural populations and could be responsible for the lack of replication that is typically observed in complex traits studies. This study aimed to identify gene–gene interactions using the empirical Hilbert–Schmidt Independence Criterion method to test for epistasis in beef fatty acid profile traits of Nellore cattle. The dataset contained records from 963 bulls, genotyped using a 777 962k SNP chip. Meat samples of Longissimus muscle, were taken to measure fatty acid composition, which was quantified by gas chromatography. We chose to work with the sums of saturated (SFA), monounsaturated (MUFA), polyunsaturated (PUFA), omega‐3 (OM3), omega‐6 (OM6), SFA:PUFA and OM3:OM6 fatty acid ratios. The SNPs in the interactions where were mapped individually and used to search for candidate genes. Totals of 602, 3, 13, 23, 13, 215 and 169 candidate genes for SFAs, MUFAs, PUFAs, OM3s, OM6s and SFA:PUFA and OM3:OM6 ratios were identified respectively. The candidate genes found were associated with cholesterol, lipid regulation, low‐density lipoprotein receptors, feed efficiency and inflammatory response. Enrichment analysis revealed 57 significant GO and 18 KEGG terms ( < 0.05), most of them related to meat quality and complementary terms. Our results showed substantial genetic interactions associated with lipid profile, meat quality, carcass and feed efficiency traits for the first time in Nellore cattle. The knowledge of these SNP–SNP interactions could improve understanding of the genetic and physiological mechanisms that contribute to lipid‐related traits and improve human health by the selection of healthier meat products.