2,690 research outputs found

    The benefits of short stay caravan travel based on the lived experiences of grey caravanners in Australia

    Get PDF
    Recently there has been an abundance of research on “grey nomad” travel in Australia and this subset of drive tourism is regarded as an expanding travel market segment. Grey nomads are older people, 55 years and older, who travel independently for extended periods of time. However, little attention has been given to short-stay travel by older adults who are members of a caravan club. Such membership involves attendance at monthly rallies over a weekend at a selected destination that is usually approximately 200 km from the club's base location. A total of 30 interviews were conducted to explore the benefits of short-stay caravanning to older people's lives. A number of motivations emerged from the interviews, such as friendship with like-minded travelers; discovering new places; and experiencing feelings of enjoyment. Overall, short-stay travel was strongly linked to the importance of making new friends and being part of a social group, as well as the enjoyment received from discovering new and exciting places to visit

    Knowledge as contributing factor affecting residents’ support towards a sailing event

    Get PDF
    The aim of this research is to determine whether knowledge in sporting event would have impact upon the residents’ views and support towards the Monsoon Cup event. This study utilized social exchange theory and data where data were collected through one to one in-depth semi-structured interview. A total of 14 individuals from the organizing team and 36 local residents were chosen. A purposive sampling and a snowball sampling method was used to gain data from among the most ingenuous respondents. Residents were selected according to their demographic background (gender, age and length of residency) and socio-economic background (type of occupation and level of education). Thematic content analysis was used to analyse the interviews. The results of this study revealed that with knowledge in sporting event such as water sport, residents would view the overall benefits and costs more positively and support the event. The results also confirmed social exchange theory principles, where knowledge is an exchange element which influences residents’ evaluations of the event as bringing greater benefits than costs. As a reward from the exchange process, residents generally supported the future holding of the Monsoon Cup event

    Community engagement in an international sailing event: the Monsoon Cup in Malaysia

    Get PDF
    Abstract Purpose: The aim of this study was to explore resident perceptions of, and engagement with a staged sport event, the Monsoon Cup. The Monsoon Cup is an international yachting regatta which is held annually in Terengganu, Malaysia and is strongly supported by their Federal Government to raise the country’s international profile as a popular sport tourism destination. Previous studies have reviewed residents’ attitudes towards tourism development and the factors that influence their perceptions. However, little research has been conducted on residents’ expectations, interests and needs in terms of a specific mega sport tourism event such as the Monsoon Cup. Design/methodology/approach: A qualitative methodology using semi-structured interviews was the principal means of collecting data. The sample consisted of local residents living in Pulau Duyong, five kilometers from the capital of Terengganu. Thirty-six residents were interviewed with the majority being male (N = 28), with ages ranging from 20 to 73 years. A number of questions were developed and pilot tested before being posed to the study respondents about the annual staging of the Monsoon Cup. NVIVO 9.1 computer software package was used to code, compare and classify the major themes that recurred or were common in the data set. Findings: The findings provided strong support for the critical importance of actively engaging local residents in the staging of such a large-scale event. In the first year of operation, many of the local residents of Pulau Duyong had enthusiastically participated in MC-related activities; however, the level of engagement had declined significantly in the recent years. In the future, every effort must be taken to focus on the development of better lines of communication and information dissemination with respect to the planning and actual staging of the annual event than is currently the case. Practical implications Community feedback suggested that key stakeholders involved in the staging of the Monsoon Cup have a critical role to play in the future in engaging local residents of Pulau Duyong more purposefully in the event itself. Greater effort must be made on the part of event organisers to actively recruit local residents to assist with the event planning, promotion and staging of the regatta. In addition, the distribution of brochures on a periodic basis to convey information about event-related activities and opportunities for community engagement were suggested to be a highly desirable first step. Practical implications: Community feedback suggested that the event company involved in the staging of the Monsoon Cup had a critical role to play in engaging local residents of Pulau Duyong more purposefully in the event itself. In particular, effort needed to be focussed initially on the development of better lines of communication and information dissemination with respect to the planning and actual staging of the annual event than was currently the case. Originality/value: This research will be of great benefit to the key stakeholders involved in the staging of the event, which includes local government, the event organisers, tourism professionals and community residents, by providing deeper insights into matters that residents expressed as being important. This will help to ensure that in the future, all stakeholders will be empowered contributors to the ongoing planning and annual staging of this international event

    Swimming mechanics and behavior of the shallow-water brief squid Lolliguncula brevis

    Get PDF
    Although squid are among the most versatile swimmers and rely on a unique locomotor system, little is known about the swimming mechanics and behavior of most squid, especially those that swim at low speeds in inshore waters. Shallow-water brief squid Lolliguncula brevis, ranging in size from 1.8 to 8.9 cm in dorsal mantle length (DML), were placed in flumes and videotaped, and the data were analyzed using motion-analysis equipment. Flow visualization and force measurement experiments were also performed in water tunnels. Mean critical swimming speeds (Ucrit) ranged from 15.3 to 22.8 cm s–1, and mean transition speeds (Ut; the speed above which squid swim exclusively in a tail-first orientation) varied from 9.0 to 15.3 cm s–1. At low speeds, negatively buoyant brief squid generated lift and/or improved stability by positioning the mantle and arms at high angles of attack, directing high-speed jets downwards (angles \u3e50°) and using fin activity. To reduce drag at high speeds, the squid decreased angles of attack and swam tail-first. Fin motion, which could not be characterized exclusively as drag- or lift-based propulsion, was used over 50–95 % of the sustained speed range and provided as much as 83.8 % of the vertical and 55.1 % of the horizontal thrust. Small squid (DML) used different swimming strategies from those of larger squid, possibly to maximize thrust benefits from vortex ring formation. Furthermore, brief squid employed various unsteady behaviors, such as manipulating funnel diameter during jetting, altering arm position and swimming in different orientations, to boost swimming performance. These results demonstrate that locomotion in slow-swimming squid is complex, involving intricate spatial and temporal interactions between the mantle, fins, arms and funnel

    Aerobic respiratory costs of swimming in the negatively buoyant brief squid Lolliguncula brevis

    Get PDF
    Because of the inherent inefficiency of jet propulsion, squid are considered to be at a competitive disadvantage compared with fishes, which generally depend on forms of undulatory/oscillatory locomotion. Some squid, such as the brief squid Lolliguncula brevis, swim at low speeds in shallow-water complex environments, relying heavily on fin activity. Consequently, their swimming costs may be lower than those of the faster, more pelagic squid studied previously and competitive with those of ecologically relevant fishes. To examine aerobic respiratory swimming costs, O2 consumption rates were measured for L. brevis of various sizes (2–9 cm dorsal mantle length, DML) swimming over a range of speeds (3–30 cm s–1) in swim tunnel respirometers, while their behavior was videotaped. Using kinematic data from swimming squid and force data from models, power curves were also generated. Many squid demonstrated partial (J-shaped) or full (U-shaped) parabolic patterns of O2 consumption rate as a function of swimming speed, with O2 consumption minima at 0.5–1.5 DML s–1. Power curves derived from hydrodynamic data plotted as a function of swimming speed were also parabolic, with power minima at 1.2–1.7 DML s–1. The parabolic relationship between O2 consumption rate/power and speed, which is also found in aerial flyers such as birds, bats and insects but rarely in aquatic swimmers because of the difficulties associated with low-speed respirometry, is the result of the high cost of generating lift and maintaining stability at low speeds and overcoming drag at high speeds. L. brevis has a lower rate of O2 consumption than the squid Illex illecebrosus and Loligo opalescens studied in swim tunnel respirometers and is energetically competitive (especially at O2 consumption minima) with fishes, such as striped bass, mullet and flounder. Therefore, the results of this study indicate that, like aerial flyers, some negatively buoyant nekton have parabolic patterns of O2 consumption rate/power as a function of speed and that certain shallow-water squid using considerable fin activity have swimming costs that are competitive with those of ecologically relevant fishes
    corecore