Search results

The research paper aims to explore how tour guides can contribute to regenerative tourism and the ways in which natureculture guiding practices align with stakeholder interests and the perspectives of tourism futures.

The ethnographic study used a multispecies approach to nature-based tourism in Arctic Norway and Sápmi, incorporating a Sámi methodology and non-human relationality.

The tour guides recognise that they are part of a more-than-human world and practice ethics that are responsible for their relations to non-human actors. Transformative experiences that are active learning opportunities can strengthen a sense of care within the tourists and pose as potential regenerative incomes in local communities, instead of extractive industries. Local knowledge and Sámi ways of being have a vital role in the tour guides' natureculture practices, which can revitalise cultural heritage and strengthen Indigenous empowerment.

The article suggests that tourism management and local governments must prioritise the support of tour guide initiatives involving restorative properties for socio-ecological systems. Citizen science and cultural activities are some ways that can generate a thriving ecosystem and create meaningful interactions between local communities and tourists.

The research highlights the unique role of tour guides as intermediaries who can translate regenerative principles into action, communicate the essence of place and take part in innovative collaborations. Tour guide practices align with the stakeholder view that tourism futures should benefit the communities and respect ecological limits.

The purpose of this study is to examine how guidelines for information literacy and library instruction can be incorporated into online research guides and provide examples from guides that have done this.

Online research guides in forestry were identified and examined using the ACRL's “Information literacy competency standards for higher education” and guidelines for library instruction set forth in LaGuardia and Oka's Becoming a Library Teacher.

While some research guides simply provide unannotated links to online resources, others seek to engage the user by incorporating features that correspond directly to elements of a library instruction session.

The study presents practical ways in which online research guides can serve as library instruction tools.

Most academic libraries make subject or research guides available on their web sites. Little is known, however, in terms of user satisfaction with guides. This study examines methods used to evaluate guides and reports on an online survey placed on each of more than 80 web‐based guides provided by Gelman Library, George Washington University.

The survey, borrowing an approach used by Amazon.com and other web sites, consisted of a single question – Was this guide useful – and a comments box.

Two hundred ten responses were received during Fall semester 2003. Fifty two percent of responses rated guides as Very Helpful or Somewhat Helpful, while 40 percent gave ratings of Not Helpful or a Little Helpful.

Although limited in scope, this simple survey revealed positive elements of the guides and identified problems that could be addressed immediately. The survey also helped to identify larger issues that will benefit from additional user input.

When evaluating the worthiness of field guides to trees, there are several criteria which might be considered; perhaps the first should be geographic coverage. If one is attempting to identify a tree in Iowa, one should not be using a guide covering only trees of the Pacific Slope. Although this may seem obvious, problems can occur in guide selection due to geographically misleading titles. Some guides may imply a geographic coverage which is in fact quite different from the actual coverage.

The purpose of this study is to investigate the effects of air-suction slots geometry on the condensing zone of pneumatic compact spinning.

This paper investigated the condensing zone of pneumatic compact spinning with perforated drum for different structures of air-inlet slot geometry with computational fluid dynamics. For this purpose, three air-suction guides with different air-slots were designed. To create the condensing zone for the numerical simulation, a suction insert and the perforated drum were also designed. Flow velocity components on the X, Y, and Z axes, static pressure distribution and the streamline diagram were used for comparative analysis. Designed air-suction guides were produced with a 3D printer and used for yarn production.

Numerical simulation results showed that condensing effects were provided for all three types of air-suction guides and approaching air-slots on the suction guides resulted in greater flow components but may cause fluctuations. Experimental results also showed that actual flow velocity components (Z-axis) are effective on hairiness (H) properties of the yarn while assisting flow-velocity components are more effective on the evenness and tenacity properties of the yarn.

This paper presents the numerical flow field simulation of compact spinning for different structures of air-suction guides with detailed measurements. To know the effects of air-suction guides on the condensing zone may be helpful to improve yarn properties. In addition, a 3D printer was used for the production of designed parts.

Notes that the Department of Health has begun approving industry guides for food safety, including one for the catering industry. Suggests that some in the industry fear these new guides may lead to a lowering of standards or be used as a “stick with which enforcement officers will beat them”. Addresses concerns and explains the rationale behind the guides and advocates a change in approach to food hygiene, from a basic environmental approach to a goal‐based approach of controlling risks. Concludes by stating that the industry guides have a major role in helping to interpret and assist in the regulatory changes and that full involvement of the the various food industry sectors is essential.

This paper aims to use cone-beam computed tomography (CBCT) and computer-aided design/3D printing technology to design and fabricate a drill guide template for access cavity preparation of permanent molars, and conduct a preliminary evaluation of its effectiveness.

CBCT scans were performed on two permanent maxillary first molars extracted due to periodontitis. Based on the scans, guide templates of access cavities were designed. The angle of the guiding cylinders was determined based on the direction of the long axis of the tooth. A 3D resin printer with high resolution was used to print the guide templates. The printed guide templates were used by a dentist with specialized clinical experience to perform access cavity preparation in a dental simulator. Then the prepared access cavities were scanned again by CBCT, and scan data were compared to the design data.

The 3D printed drill guide template had a close fit with the extracted tooth fit. The access cavity prepared using the guide template enabled the removal of the pulp chamber roof, and formed a straight-line access. Points were selected for measurement at regularly spaced intervals of 0.5 mm along the side wall of the access cavity. The mean deviation between the actual access cavities of the two permanent maxillary first molars and the designed cavities was less than 0.1 mm, with a maximum deviation of about 0.5 mm, showing a good conformance between the actual cavity and the designed cavity.

A drill guide template was designed and fabricated by 3D printing technology, which easily guided burs to complete the access cavity preparation work forming an ideal cavity shape with satisfying accuracy, and thus may reduce the complications during pulp chamber entry.

Company information is of considerable importance to the business community, but finding the right information is not easy. There are many possible information sources in a variety of formats which are often difficult to identify and control. Accurate and current guides to information sources are important and a prototype hypertext guide to sources of company information has been developed to examine the feasibility of utilising this technology to overcome some of the limitations of paper‐based guides. COMPInfo has been developed using GUIDE software. The structure of the system and the way in which this attempts to fulfil the requirements of a good company information guide are discussed. The advantages and problems of the prototype are considered, along with areas in which further development of the structure would be beneficial. In spite of its limitations, COMPInfo indicates that hypertext technology could provide a viable solution to the problems of producing an effective guide to the complex field of company information.

The consumption of alcoholic beverages has been a social custom throughout the world since the beginning of recorded history. Various wines, beers, and liquors have been a part of almost every culture since ancient times. The modern cocktail originated in Elizabethan England and quickly spread throughout the world. And just as new experiments continually add to the variety of known alcoholic beverages, new books appear describing these drinks and the recipes required to mix them. From yesterday's mulled wine and cider to today's Mai Tai, Margarita, and Tequila Sunrise, bartenders and home party planners refer to these sources when making both traditional and exotic drink recipes. This review is a comparison of thirteen currently available commercial bar guides. While libraries have not traditionally collected in the bar guide genre, every library should have at least one in its collection for use as a reference source or for patrons to use in their homes.