Small-scale Events Research Articles

The social utility of small-scale art festivals with creative tourism in Portugal

PurposeThe purpose of this paper is to address the gaps in research on strategic planning for the social impacts of small-scale events in rural areas and small cities. This is achieved by investigating the social utility inferred by small-scale art festivals with a creative tourism element in terms of increasing social capital and positive social change, from an event stakeholder perspective.Design/methodology/approachThe identified gap in knowledge is addressed by using interviews and fieldnotes from participant observation to co-create meaning with the organizers of four small-scale art festivals in small cities and rural areas in Portugal. Theoretical frameworks relating to creative tourism development and social capital creation are used to analyze the social utility of small-scale art festivals.FindingsCreative tourism activities are integrated within small-scale art festivals in small cities and rural areas in various ways, mainly through art-related workshops. Significant empirical data give insight into how small-scale art festivals create social value by increasing the host community’s pride and reinforcing the social fabric of the festival’s local and “portable” community, in part through these creative tourism activities.Research limitations/implicationsOne of the limitations of this study is that it focuses on the perspectives and insights of the festival organizers. An analysis of the festival participants’ views, local community stakeholder analysis and community impact analyses would offer further insights into how the creative tourism experiences and other moments of shared meaning generation within small-scale art festivals influence the creation of social utility.Originality/valueThis paper offers insights into how creative tourism activities are being integrated into small-scale art festivals in small cities and rural contexts, and how these activities foster social connections among festival participants and with the local community. This addresses significant gaps in the literature on strategic planning for the social impacts of events, particularly in the context of small-scale events in rural areas/small cities, and the strategic value of including creative tourism activities within small-scale festivals.

Destination Image, Sport Event Quality, and Behavioral Intentions: The Cases of Three World Sambo Championships

This research tested the interactions among destination image, destination quality, sport event quality, and behavioral intentions in the context of small-scale sport events. The study included elite sambo athletes (N = 350) who participated in the World Sambo Championships, which were organized in Novi Sad (Serbia) in 2017 and 2018. The destination image was measured with the affective and cognitive dimensions, while the event quality was measured with the core, tangible and supporting dimensions. The results supported the measurement and structural models. They further indicated that the core aspect of the event quality directly influences participants’ behavioral intentions, while the destination quality partially mediates the relationship between destination image and participant behavioral intentions. The event quality was shown to have a direct relationship with the development of destination loyalty. The theoretical and applied value of these results are discussed.

Guided Walking Tours Exploring the Landscapes of Communist Urban Modernity in Prague and Krakow: Sets of Small-Scale Events With the Capacity to Influence Society

This article contributes to the small but growing body of academic work taking events literature beyond the confines of the events industry: appraising the impact of events on a fundamental sociocultural level, in the long term and in sectors outside of events. This case study, using participant observation, examines the impact of small, guided walking tours operating at the local level as they contribute to setting the theoretical agenda for dark tourism, a phenomenon that resonates heavily at the societal level. The walking tours in Prague and Krakow explore urban landscapes that emerged from historical modernity under Communism. Dark events or visitor attractions, which deal with modernity—often giving attendees a vision of the enormity of change and ambition inherent in modernity—commonly extend to the darkest and most profound reaches of the dark tourism sector. This article identifies three "themes of interpretation" in the tours: the stunning speed of modern change to have occurred in the urban landscapes visited; the greater abundance of "open air" between neighboring structures that can be sensed by the human being in the modern city, which can, at times be impressive to behold but can result in a dark or insecure experience for the pedestrian user; and the vast power of the state in the Communist regimes historically at work in Prague and Krakow to plan and bring about wholesale change of a landscape. This study also deepens understanding of interpretative techniques used in guided walking tours and appropriate research methods to study them.

Running together: The social capitals of a tourism running event

This article discuss the types of social capital that are co-produced and consumed by a host of actors during a small-scale sport event called Etape Bornholm, a five-day tourism running event. We make a contribution to the literature on social capital in small-scale tourism sport events by developing the spatial dimensions of territoriality and mobility as a supplement to discussions of bridging and bonding. Through a qualitative investigation of local organisers, volunteers, runners, supporters and spectators, we show how four types of social capital are involved in making the event happen. The conclusion develops the metaphor of “running together” to conclude on the forms of social capital that are drawn upon and practised.

Population structure and transmission modes of indigenous typhoid in Taiwan

BackgroundIndigenous typhoid fever was continuing to be identified in Taiwan which has not been endemic for the enteric fever for more than 20 years. The source and transmission by which the local patients acquired typhoid and the population structure of the indigenous typhoid strains remain not well characterized.MethodsDuring 2001 and 2014, non-duplicated clinical Salmonella enterica serovar Typhi isolates in a hospital were analyzed by whole-genome sequencing (WGS) and determined for pulsotypes. Maximum likelihood phylogeny was constructed by nucleotide alterations in core genomes and compared to the framework of global typhoid strains. Potential source and transmission were traced by correlating the phylogeny and the temporal relationship between isolates.ResultsA total of 43 S. Typhi isolates from indigenous cases were analyzed and a majority (39, 90.7%) of them were belonged to six WGS-defined genotypes prevailing mainly in Southeast Asia. Genotype 3.4.0 and a multidrug-resistant type 4.3.1 (also known as pandemic H58 haplotype) were associated respectively with two solitary small-scale outbreaks, implying a transmission mode of importation followed by outbreak. Twelve isolates with nearly identical core genomes were belonged to genotype 3.2.1 but were categorized into three different pulsotypes. The 3.2.1 isolates were identified across 13 years and involved in three clusters and a sporadic case, indicating sustained local transmission of the same strain. The remaining indigenous isolates belonging to three genotypes (2.1, 3.1.2, and 3.0.0) were of substantial genetic diversity and isolated at different time points, indicating independent event of each case.ConclusionsIndigenous typhoid in Taiwan occurred mainly with the forms of small-scale outbreaks or sporadic events likely by contracting imported strains which prevailed in Southeast Asia. Sustained local transmission of certain strain was also evident by WGS analysis, but not by conventional pulsotyping, highlighting the importance of continuing molecular surveillance of typhoid fever with adequate tools in the non-endemic region.

Strategic leveraging: evidences of small-scale sport events

Purpose The purpose of this paper is to identify the strategic leveraging goals associated with a portfolio of small-scale events and to analyze their implementation process (actors/tactics: who did what?) in order to propose new leverage typologies through new empirical research evidence. Design/methodology/approach Three techniques of data collection conducted the fieldwork: qualitative interviewing, direct observation and documental research. Based on the principles of grounded theory and using qualitative data analysis software (Nvivo) data were inductively analyzed. Findings Results showed the coexistence of a plurality of strategic leveraging goals, namely: “strengthen political advantage”; “integrate and retain partners/sponsors”; and “develop sports dynamics”. There was a set of tactics and actions identified and successfully implemented due to the coordination of the network of organizations part of the events, which included local and external actors. Research limitations/implications Researchers realized that it was impossible to take a neutral research stand. In fact, in qualitative research, the investigator is the first instrument of data collection. In this sense, it was important for researchers to constantly reflect on their role, as Pelias (2011) says “reflexive writing strategies include indicating how the researcher emerged as a contaminant, how the researcher´s insider status was revelatory or blinding, and how the researcher is implicated in the problem being addressed” (p. 662). It is also considered that, when organizing events, the network of interactions is extremely complex, making it difficult to capture all the actors’ perspectives. Practical implications In relation to the practical implications, it is important that sports event managers have in-depth knowledge and skills on event leveraging; it is also important that managers understand the sports culture in order to recognize the multidimensionality of strategic leveraging in sporting events. The strategic dynamic should be developed and coevolved with community/local and external actors. The coordination between the actors is a key point to achieve successful leveraging. Social implications A theoretical implication related to the event leverage is the creation of a new strategic objective – “developing the sport dynamics”. The sport participation tactic among other tactics were found, namely “enhancing of the sports shows” and “tuning of skills in sports management”. Originality/value The dynamics and plurality of strategic goals associated with the leverage of an event portfolio, namely the actions that were developed and also the actors’ interaction in small-scale events. Another factor is the identification of the prominent role of the external event organization committee in the dynamics of event leveraging, as well as the deep analysis of the leveraging process supported by the observation of all the events.

On the Relation Between Transition Region Network Jets and Coronal Plumes

Both coronal plumes and network jets are rooted in network lanes. The relationship between the two, however, has yet to be addressed. For this purpose, we perform an observational analysis using images acquired with the Atmospheric Imaging Assembly (AIA) 171{\AA} passband to follow the evolution of coronal plumes, the observations taken by the Interface Region Imaging Spectrograph (IRIS) slit-jaw 1330{\AA} to study the network jets, and the line-of-sight magnetograms taken by the Helioseismic and Magnetic Imager (HMI) to overview the the photospheric magnetic features in the regions. Four regions in the network lanes are identified, and labeled ``R1--R4''. We find that coronal plumes are clearly seen only in ``R1''&''R2'' but not in ``R3''&``R4'', even though network jets abound in all these regions. Furthermore, while magnetic features in all these regions are dominated by positive polarity, they are more compact (suggesting stronger convergence) in ``R1''&``R2'' than that in ``R3''&``R4''. We develop an automated method to identify and track the network jets in the regions. We find that the network jets rooted in ``R1''&``R2'' are higher and faster than that in ``R3''&``R4'',indicating that network regions producing stronger coronal plumes also tend to produce more dynamic network jets. We suggest that the stronger convergence in ``R1''&``R2'' might provide a condition for faster shocks and/or more small-scale magnetic reconnection events that power more dynamic network jets and coronal plumes.

Observations of small-scale energetic events in the solar transition region: explosive events, UV bursts, and network jets

In this paper, we review observational aspects of three common small-scale energetic events in the solar transition region (TR), namely TR explosive events, ultraviolet bursts and jets. These events are defined in either (both) spectral or (and) imaging data. The development of multiple instruments capable of observing the TR has allowed researchers to gain numerous insights into these phenomena in recent years. These events have provided a proxy to study how mass and energy are transported between the solar chromosphere and the corona. As the physical mechanisms responsible for these small-scale events might be similar to the mechanisms responsible for large-scale phenomena, such as flares and coronal mass ejections, analysis of these events could also help our understanding of the solar atmosphere from small to large scales. The observations of these small-scale energetic events demonstrate that the TR is extremely dynamic and is a crucial layer in the solar atmosphere between the chromosphere and the corona.

Наблюдения мелкомасштабных энергетических событий в солнечной переходной области: взрывных событий, всплесков ультрафиолетового излучения и струйных явлений

In this paper, we review observational aspects of three common small-scale energetic events in the solar transition region (TR), namely TR explosive events, ultraviolet bursts and jets. These events are defined in either (both) spectral or (and) imaging data. The development of multiple instruments capable of observing the TR has allowed researchers to gain numerous insights into these phenomena in recent years. These events have provided a proxy to study how mass and energy are transported between the solar chromosphere and the corona. As the physical mechanisms responsible for these small-scale events might be similar to the mechanisms responsible for large-scale phenomena, such as flares and coronal mass ejections, analysis of these events could also help our understanding of the solar atmosphere from small to large scales. The observations of these small-scale energetic events demonstrate that the TR is extremely dynamic and is a crucial layer in the solar atmosphere between the chromosphere and the corona.

Evolutionary history of the human multigene families reveals widespread gene duplications throughout the history of animals

BackgroundThe hypothesis that vertebrates have experienced two ancient, whole genome duplications (WGDs) is of central interest to evolutionary biology and has been implicated in evolution of developmental complexity. Three-way and Four-way paralogy regions in human and other vertebrate genomes are considered as vital evidence to support this hypothesis. Alternatively, it has been proposed that such paralogy regions are created by small-scale duplications that occurred at different intervals over the evolution of life.ResultsTo address this debate, the present study investigates the evolutionary history of multigene families with at least three-fold representation on human chromosomes 1, 2, 8 and 20. Phylogenetic analysis and the tree topology comparisons classified the members of 36 multigene families into four distinct co-duplicated groups. Gene families falling within the same co-duplicated group might have duplicated together, whereas genes belong to different co-duplicated groups might have distinct evolutionary origins.ConclusionTaken together with previous investigations, the current study yielded no proof in favor of WGDs hypothesis. Rather, it appears that the vertebrate genome evolved as a result of small-scale duplication events, that cover the entire span of the animals’ history.

On the Origin of the Magnetic Energy in the Quiet Solar Chromosphere

Abstract The presence of magnetic field is crucial in the transport of energy through the solar atmosphere. Recent ground-based and space-borne observations of the quiet Sun have revealed that magnetic field accumulates at photospheric heights, via a local dynamo or from small-scale flux emergence events. However, most of this small-scale magnetic field may not expand into the chromosphere due to the entropy drop with height at the photosphere. Here we present a study that uses a high-resolution 3D radiative MHD simulation of the solar atmosphere with non-gray and non-LTE radiative transfer and thermal conduction along the magnetic field to reveal that (1) the net magnetic flux from the simulated quiet photosphere is not sufficient to maintain a chromospheric magnetic field (on average), (2) processes in the lower chromosphere, in the region dominated by magnetoacoustic shocks, are able to convert kinetic energy into magnetic energy, (3) the magnetic energy in the chromosphere increases linearly in time until the rms of the magnetic field strength saturates at roughly 4–30 G (horizontal average) due to conversion from kinetic energy, (4) and that the magnetic features formed in the chromosphere are localized to this region.

Flame-like Ellerman Bombs and Their Connection to Solar Ultraviolet Bursts

Abstract Ellerman bombs (EBs) are small-scale intense brightenings in Hα wing images, which are generally believed to be signatures of magnetic reconnection around the temperature minimum region of the solar atmosphere. They have a flame-like morphology when observed near the solar limb. Recent observations from the Interface Region Imaging Spectrograph (IRIS) reveal another type of small-scale reconnection event called an ultraviolet (UV) burst, in the lower solar atmosphere. Though previous observations have shown a clear coincidence between the occurrence of some UV bursts and EBs, the exact relationship between these two phenomena is still debated. We investigate the spatial and temporal relationship between flame-like EBs and UV bursts using joint near-limb observations between the 1.6 m Goode Solar Telescope (GST) and IRIS. In total, 161 EBs have been identified from the GST observations, and ∼20 of them reveal signatures of UV bursts in the IRIS images. Interestingly, we find that these UV bursts have a tendency to appear at the upper parts of their associated flame-like EBs. The intensity variations of most EB-related UV bursts and their corresponding EBs match well. Our results suggest that some of these UV bursts and EBs likely form at different heights during a common reconnection process.

Relations between stress drops and acoustic emission measured during mechanical loading

Avalanche events occur during mechanical loading of many material systems and are characterized by stress drops and acoustic emission (AE). Stress drops are directly related to the macroscopic response of the investigated material, but their detection capability is restricted to relatively large and slow events. AE measurements can detect events with smaller amplitude and shorter duration, but their energy and duration are not directly related to the change of the system. In this paper, we present simultaneous measurements of stress drops and AE during mechanically induced twin boundary motion in Ni-Mn-Ga. We found that the probability of finding an AE event during a stress drop is $\ensuremath{\sim}100$ times higher than between stress drops. Analysis of the relations between mechanical energy drops $\mathrm{\ensuremath{\Delta}}{U}_{m}$ and acoustic emitted energy ${E}_{\mathrm{AE}}$, on the level of individual events, reveals the existence of a lower bound for ${E}_{\mathrm{AE}}$, which is approximately proportional to $\mathrm{\ensuremath{\Delta}}{U}_{m}$. These results imply that the macroscopic stress changes generate acoustic waves, which contribute a well-defined amount of energy that is equal to the lower bound function. Furthermore, smaller scale events that are related to microscopic subprocesses by which the twin boundary moves generate additional AE energy. The latter contribution displays a power-law distribution, which implies that these processes are close to criticality.

A comprehensive method for evaluating the impacts of race events on protected lands

Human actions in protected areas impact both the human and natural side of coupled human and natural systems. While this is broadly accepted, research projects that measure both social and ecological impacts of activities are rare. This study used an integrated approach to understand the social, ecological, and economic impacts of small-scale race events on two state forests in Pennsylvania. Trail conditions were assessed before and after each event, and visitor experiences were evaluated in the weeks prior, during, and after the events. Race participants were sent an online survey in the weeks following their race. In total, nine race events of three different types – mountain biking, running, and motorcycling – were assessed. Semi-structured interviews with race organizers and forest managers were also conducted. This paper details the methodology and rationale for this effort and presents highlights of results and their implications for further research and resource management.

Tissue-specific study across the stem reveals the chemistry and transcriptome dynamics of birch bark.

Tree bark is a highly specialized array of tissues that plays important roles in plant protection and development. Bark tissues develop from two lateral meristems; the phellogen (cork cambium) produces the outermost stem-environment barrier called the periderm, while the vascular cambium contributes with phloem tissues. Although bark is diverse in terms of tissues, functions and species, it remains understudied at higher resolution. We dissected the stem of silver birch (Betula pendula) into eight major tissue types, and characterized these by a combined transcriptomics and metabolomics approach. We further analyzed the varying bark types within the Betulaceae family. The two meristems had a distinct contribution to the stem transcriptomic landscape. Furthermore, inter- and intraspecies analyses illustrated the unique molecular profile of the phellem. We identified multiple tissue-specific metabolic pathways, such as the mevalonate/betulin biosynthesis pathway, that displayed differential evolution within the Betulaceae. A detailed analysis of suberin and betulin biosynthesis pathways identified a set of underlying regulators and highlighted the important role of local, small-scale gene duplication events in the evolution of metabolic pathways. This work reveals the transcriptome and metabolic diversity among bark tissues and provides insights to its development and evolution, as well as its biotechnological applications.

The role of national problems in European air quality regulation: the process of amplification

Recurring themes in the literature on European environmental policy-making is the leader–laggard spectrum and regulatory competition. European environmental policy is driven towards expansion because certain states take up leadership roles and manage to have their preferred regulatory solution adopted by the relevant European policy-making institution. During the policy process, leaders face ‘laggards’, states that do not favour ambitious regulation and drag their feet. The leader–laggard spectrum is volatile. States play different roles depending on the issue of interest, and over time their roles shift as well. This article investigates the role of relatively small-scale national events on the position of states on the spectrum. The regulatory competition involved in the leader–laggard spectrum may create an amplification effect of national problems: Through the efforts of the state afflicted by it, they acquire a European dimension they might otherwise not have had. They can cause member states to exhibit an extraordinary interest in a certain policy field and certain type of regulation for a brief period of time, shaping it considerably. After that, specific national problem has been solved or has blown over though they withdraw, leaving a gap for new contenders to fill. Yesterday’s champions may be the laggards of tomorrow and vice versa. New champions bring their specific regulatory styles, their favourite solutions and their policy-making philosophy to bear on EU environmental regulation, exacerbating the already patchy character of this policy field.

Emission of Joule heating events in simulations of the solar corona

Context. Nanoscale events in cooperation with steady heating from a slow heating mechanism, such as slow-burning current-sheets, could be able to heat the corona; however, their observational traces are hard to detect via current instrumentation. After we locate heating events in magnetohydrodynamic (MHD) simulations and synthesise observational data, we extract observational signatures of small-scale events. Aims. Our mission is threefold. The first goal is to observe the manifestation of small-scale events via three observational tools: intensity maps of three extreme ultraviolet (EUV) filters in the Atmospheric Imaging Assembly (AIA) instrument with resolution better than that in AIA images, emission measure (EM) analysis, and time-lag maps. The second goal is to identify the reason why we cannot quantify the energy release from observed events. The third goal is to study the differences between the radiation from isolated heating events and that from the whole corona. Methods. We employed a three-dimensional magnetohydrodynamic (3D-MHD) simulation using the Bifrost code. We simulated the atmosphere of a network embedded in the quiet Sun (QS), and we identified 3D heating events in the corona in several time-steps. Then we synthesised the three observational tools for two cases. First, we considered information from the total column mass in the corona, and then we considered only regions that exhibit heating events. Results. We report on the differences between the two regions of investigation, which also consist of the evidence to justify why observers cannot identify small-scale heating events in observations. We found that the combination of multiple heating events at different cooling phases along the line of sight gives the impression of thin elongated threads of events. For this reason, the EM as a function of temperature has a multi-thermal distribution. Both the radiation and the emission measure of the isolated heating events have values at least ten times lower than the signal calculated from the total corona. We also found that heating events move together with diffuse emission from the slow heating mechanism, and for this reason we cannot differentiate between the two. In addition, we find that the frequency of heating events and their intensity affect the EM distribution as a function of temperature. We also find that the filter’s intensity, EM, and time-lag maps of heating events are different to those incorporating information from the total column mass of the corona. However, the two regions have, on average, comparable values, which are slightly smaller than the analytical cooling timescales calculated for an optically thin and radiation-dominated atmosphere.

A Small-Scale Event and a Big Impact—Is This Relationship Possible in the World of Sport? The Meaning of Heritage Sporting Events for Sustainable Development of Tourism—Experiences from Poland

The theoretical part of this article presents the meaning of sporting events for the tourism industry and the importance of sporting events at a small scale, as well as heritage sporting events for sustainable development of tourist destinations. The literature review shows that there is a clear research gap with respect to the analysis of economic and social impacts of small-scale events. The empirical research was conducted by the method of a diagnostic survey during three sporting events of different rank, which took place in Poland and represented various sports disciplines—running, horse riding, and swimming. A total of 2098 respondents took part in the study, including sports tourists and resident-hosts who took part in the studied events. The aim of the study was to examine whether there is a link between the rank of a sporting event, the development of tourism, and the impact on the host city’s image. The results of the study showed that the highest additional tourism activity in the city on the occasion of participation in an event as an athlete or supporter was undertaken by the participants of the lowest ranked sporting event (Half-Marathon). They also gave the highest rating of the positive impact of a sporting event on the host city’s image. The hosts also rated the highest social impact from the Half-Marathon (i.e., increased sense of pride, social integration, and local identity). Events related to the heritage of the sport of a given region and other smaller-scale sporting events, including mass sports and recreation events (e.g., marathons and other running events), provide an alternative to homogenized, commercial, and very expensive sporting events in the world and may contribute to the sustainable development of tourist regions. The research results show that big social potential lies in the organization of small-scale sports events. The reflections contained in this article may inspire the organization of small-scale sporting events and the continued care for sporting events related to the cultural heritage of a given region. Events of this kind successfully impact tourist revival and improvement of the regions’ image.

Sustaining commercial viability and community benefits: management and leverage of a sport-for-development event

ABSTRACTResearch question: When managed strategically, sport events have the capacity to generate economic, sociocultural, and health-related benefits for host communities. To date, the majority of academic research has focused on the impact components of large-scale and mega-sport events, such as the Olympic Games. In an attempt to provide empirical evidence of management strategies and tactics related to small-scale events, the purpose of this study was to examine how an event business strategically manages and leverages an event to sustain its commercial viability, while focusing on generating social benefits for the community.Research methods: Through the lens of sport-for-development theory and event leverage concepts, we explore the case of an annual, mass participation sporting event on the island of Spetses, Greece. Against the background of financial hardship and subsequent social disparity in the country, our qualitative investigation includes 19 semi-structured interviews with various stakeholders of the Spetses Mini Marathon.Results and findings: Outcomes of the qualitative analysis indicated three main thematic categories: (a) managing context, (b) engaged change agent, and (c) involved community. In the midst of an economic crisis, the change agent managed to secure the commercial sustainability of the event, while generating several social, cultural, economic, and sporting benefits for the local community through a participatory community approach.Implications: In discussing our findings, we provide implications for strategic management and leverage of local sport events, and we highlight opportunities and challenges for maximizing the reputational capital for organizers as well as social benefits for communities.

Automated Detection of Small-scale Magnetic Flux Ropes in the Solar Wind: First Results from the Wind Spacecraft Measurements

Abstract We have developed a new automated small-scale magnetic flux rope (SSMFR) detection algorithm based on the Grad–Shafranov (GS) reconstruction technique. We have applied this detection algorithm to the Wind spacecraft in situ measurements during 1996–2016, covering two solar cycles, and successfully detected a total number of 74,241 small-scale magnetic flux rope events with duration from 9 to 361 minutes. This large number of small-scale magnetic flux ropes has not been discovered by any other previous studies through this unique approach. We perform statistical analysis of the small-scale magnetic flux rope events based on our newly developed database, and summarize the main findings as follows. (1) The occurrence of small-scale flux ropes has strong solar-cycle dependency with a rate of a few hundred per month on average. (2) The small-scale magnetic flux ropes in the ecliptic plane tend to align along the Parker spiral. (3) In low-speed (<400 km s−1) solar wind, the flux ropes tend to have lower proton temperature and higher proton number density, while in high-speed (≥400 km s−1) solar wind, they tend to have higher proton temperature and lower proton number density. (4) Both the duration and scale size distributions of the small-scale magnetic flux ropes obey a power law. (5) The waiting time distribution of small-scale magnetic flux ropes can be fitted by an exponential function (for shorter waiting times) and a power-law function (for longer waiting times). (6) The wall-to-wall time distribution obeys double power laws with the break point at 60 minutes (corresponding to the correlation length). (7) The small-scale magnetic flux ropes tend to accumulate near the heliospheric current sheet (HCS). The entire database is available at http://fluxrope.info and in machine-readable format in this article.