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The purpose of this study was to investigate and document existing lighting systems and lighting levels, to compare findings to the Illuminating Engineering Society (IES) lighting standards (Rodgers, 1998) and to make lighting recommendation for energy and cost savings.

Lighting examinations and field measurements were conducted at a large, existing Midwestern institutional food-service facility that has been continuously operational since 1976. Lighting levels of the dining room, checkout line, buffet, kitchen, storage room and conference room were measured and then compared to the IES lighting standards. Recommendations were then made for energy and cost savings.

The average light levels in the dining room, checkout line, buffet, storage room and conference room exceeded the industry-recommended light levels. The energy and cost savings were calculated for this study, and the energy- and cost-saving strategies recommended included delamping, replacing lamps and luminaires and installing occupancy sensors. If existing lighting can be updated in an energy- and cost-saving manner, institutional food-service facilities might be made appropriate through renovation, thus extending the life of these facilities.

This study has practical implications for the many existing institutional food service facilities in workplaces across the USA that could save energy and costs through renovated lighting systems.

This research constitutes an in situ case study, which gathered empirical lighting data at an existing institutional food-service facility and made recommendations for lighting renovations. Although lighting systems influence dining and kitchen environments, lighting has not always been fully considered in institutional food-service facilities.

The purpose of this study is to investigate the emergency preparedness of the hospitality industry in Sri Lanka, focusing on hotels and restaurants in the southern coastal belt.

A questionnaire on emergency preparedness was provided to 30 randomly recruited participants from the industry. The survey consisted of 30 open and closed-ended questions, focusing on basic demographic information, information about emergency preparedness of the facility, food safety and issues regarding power management.

The findings of this study provide insight on the emergency preparedness of the hospitality industry in Sri Lanka.

In its current iteration, the sample size was a major limitation. The study was conducted by using an online questionnaire, and that affected the number of responses received.

The results provide insight into how improvements can be made in future developments of similar nature especially in terms of emergency mitigation efforts. These findings also provide suggestions on areas that need to be improved through educating the industry.

This study is a part of a larger project where the research team is investigating emergency preparedness in the hospitality industry in different regions of the world.

The purpose of this study was to examine lighting systems at 77 laboratories located within one building to save energy and associated costs.

Field measurements of illumination were conducted and compared to lighting standards and industry recommendations.

For energy and cost saving, de-lamping all four-lamp luminaires down to two-lamp luminaires and installing occupancy sensors in all laboratories were recommended.

The research team’s project working hours and study period were limited. This study begins to fill the gap in the literature regarding lighting field studies.

By carefully considering light level recommendations, industry standards and installation budgets, existing facilities can install appropriate retrofits to save energy and money without sacrificing illumination levels. Recommended retrofits are anticipated to significantly curtail annual federal energy consumption practices at the labs.

The retrofits recommended in this study will reduce US federal government’s energy-related expenditures and greenhouse gas emissions in support of the 2010 Presidential Mandate. The proposed occupancy sensors are anticipated to compensate for humans’ failure to manually control lighting.

This field study adds value by documenting cost-effective methods to measure, record and manage laboratory lighting, and it calls for the implementation of social, economic and ecological interventions. The recommended retrofits will reduce US federal government’s energy-related expenditures and greenhouse gas emissions in support of the 2010 Presidential Mandate.

The purpose of this study was to examine the process of a custom colored carpet prototype that utilized innovative and sustainable sampling techniques.

This study adapted the prototype design process of problem definition and research; creative exploration; and implementation by LaBat and Solowski. The stages of problem definition and research and creative exploration were conducted for this study. Since only a sample of the carpet tile was developed, the implementation stage was not applicable and was replaced with an deliberation stage. The deliberation process for sustainable sampling was based on the five major performance categories of the sustainable carpet assessment standard, NSF/ASNI 140-2007: Public Health and Environment; Energy and Energy Efficiency; Bio-based Content, Recycled Content, and Environmentally Preferable Materials; Manufacturing; and Reclamation and End of Life Management.

A third party's proprietary sustainable sampling system was employed to support experimentation with multiple colorway applications, while minimizing sample waste. A custom colored commercial carpet tile that reflects one university's unique color palette was developed in collaboration with a large carpet manufacturer.

The deliberation stage was not intended to measure or award the points for the five performance categories. Moreover, the researchers are not eligible to certify carpet products. The certifiers are reputable auditors such as Scientific Certification Systems, UL Environment and NSF International. Rather, the five major performance categories of NSF/ASNI 140-2007 were employed as the framework for discussion.

Although creating a custom-colored commercial carpet tile product was a laborious and time-consuming activity, consumers in today's society have begun to expect tailored products that meet their needs. Custom colorization provides for personalization and the support of established color palettes without the anticipated higher associated expenses incurred with a completely custom product. At universities, where the home team's colors are omnipresent and extremely meaningful to stakeholders, developing custom colored carpet tile is appropriate.

Sustainable sampling was effectively utilized to facilitate a custom colored carpet tile prototype. This study fills a gap in the current literature since it incorporates a case study of the design of a sustainable interior product. Previously, few studies have tracked the inception and development of a carpet product through its design phases.

Facilities management centers on the triad of people, process, and place, but the element of people is incomplete without recognition and consideration of the different generations that make up today's workforce and the differences between these groups. The purpose of this article is to suggest that facilities managers should take advantage of available current information on generational differences, in order to maximize their ability to manage people and knowledge.

This article presents pertinent findings from a recent pilot study that surveyed 55 facilities management professionals from the mid‐Western USA, presents a brief overview of current knowledge relating to generational differences, and highlights the relevance of such knowledge to effective facilities management.

Almost one quarter of the respondents to the pilot study did not agree that knowledge of generational differences was important, while about half of the respondents only somewhat agreed that it was important. However, a survey of relevant literature suggests that successful management of generational differences in the workplace has the potential to improve the efficiency and viability of an enterprise, including facilitating knowledge management.

The current study is limited by its small sample size. Additional research is needed to further examine the value facilities managers place on generational knowledge and the relationship between facilities management and knowledge management.

The current paucity of information regarding the relationship between generational differences, facilities management, and knowledge management makes studies like this one relevant and valuable to facilities managers operating in a workplace with unprecedented generational diversity and an increasingly knowledge‐driven economy.

The study's purpose was to gather scientist end‐user perceptions of their impending phased move to a new facility within a US national laboratory site.

The researchers, a college faculty member and three undergraduate student interns, visited 59 laboratories and asked an open‐ended question. Based on assessments of subjects' responses, the raters independently assigned ratings to subjects.

A total of 57 ratings were given by three undergraduate intern raters for 19 scientist subjects. Raters selected the relatively positive, Pragmatic rating for the majority of subjects. Some inter‐rater reliability was found.

The relatively small subject sample and case study nature of this work limits the ability to generalize. However, this case study fills a gap in the body of knowledge regarding scientists' perceptions of laboratory moves and contributes to facility management education by documenting the successful involvement of undergraduates in field studies.

This research provides end‐user evidence necessary for developing or communicating move protocols at this site as well as others. The methodology developed in this study may be adopted at other laboratories and facilities with a large number of knowledge workers.

This facility management research strives to support scientists in their work and therefore contributes to the fulfilment of a national laboratory's mission.

This unique study involves undergraduate interns in a research project at a national laboratory and contributes to the understanding of facility management issues related to laboratory environments and scientist end‐users. Prior to this study, little scientific research regarding laboratory end‐users was found.

The purpose of this paper is to examine safety lighting at an existing US government facility.

Field measurements of exterior illumination were conducted at four building sites housing laboratories, offices and a cafeteria at night and the findings were compared to the industry recommendations, the Illuminating Engineering Society of North America (IES) safety lighting recommendations.

Laboratory, office and cafeteria building exteriors were classified as “high hazard” due to area wildlife, potentially dangerous equipment and chemicals, the threat of intruders, and uneven terrain. Some sites' existing light levels fell far below industry recommendations and others greatly exceeded recommendations. Most of the existing lighting was uneven, unsustainable, rendered colors poorly, produced glare and/or remained energized when no one was present.

This study is limited by the small number of sites and limited geographical area of the sites. Lighting field studies can improve user safety, save energy and reduce facilities' waste.

This study employs a relatively simple approach to examine safety lighting that facility managers could adapt for their own facilities to inform improvements.

The current lack of lighting field studies, safety lighting research and case studies regarding government facilities is addressed by contributions of this research.

This study aims to focus on the use of a survey questionnaire to inform a sustainable lighting design modification of an existing university library on the campus of a large land‐grant university in the Mid‐Western USA and also aims to suggest that a similar methodology may be useful in other facilities' design applications.

A 40‐item questionnaire was developed, which sought to evaluate the effect of the existing lighting design on end‐users' perceptions and opinions at the university library and to gather general opinions regarding sustainability from library end‐users. The self‐administered survey asked respondents how much they agreed or disagreed (on a five‐point, Likert‐type scale) with a set of statements about sustainability, their use of the library, and their understanding of and reaction to its existing illumination.

A total of 183 respondents completed and returned questionnaires, the majority of whom indicated that they were undergraduate students enrolled at the university. The survey results indicate that the respondents were aware of sustainability and sustainable lighting; that they were dissatisfied with the library's existing lighting; and that they suggested that these issues be addressed by the university to reduce the library's environmental footprint.

The study fills a gap in the literature since it documents the application of citizen participation theory to solicit input from stakeholders in an institutional setting to influence facility design. However, the research is limited by the fact that the sample comprised mostly of female undergraduate students.

End‐users influenced the design development of a university library's lighting renovation. This renovation is ultimately anticipated to lower the energy consumed to illuminate the facility, to increase the end‐users' perceptions of the facility's sustainability, to meet new university guidelines, and to reduce the facility's environmental impact. There are potential applications for the procedures described herein for other facilities in the integration of stakeholders in renovation projects.

A review essay on Kenneth E. Carpenter’s, The Dissemination of the Wealth of Nations in French and in France, 1776–1843. Published for The Bibliographical Society of America. New Castle, DE: Oak Knoll Press, 2003. Pp. LXIII, 255. $45.00. The Wealth of Nations is bipolar work: on the one hand it is an important philosophical treatise; on the other, it is the founding text of the discipline of economics. This characteristic gives it a unique place among the “great books” of western culture. How did a book, written over two centuries ago by a pedantic, idiosyncratic college professor come to achieve this lofty status? Although nowhere explicitly stated by the author of the work under review, this question serves as a lightning rod for his bibliographic efforts. The focus bestowed on France is justified because the reception of The Wealth of Nations (hereafter, WN) in France mirrored, in most important aspects, its reception throughout Europe. Nevertheless, the opaqueness of this book’s title masks its most fascinating feature, namely, the manner in which Carpenter unfolds the complicated answer to this central question.