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The threat of future biological attacks within the United States forces the additional responsibility of preparedness and response onto health care managers. An endless amount of information on this topic can be readily obtained from a variety of sources. The purpose of this resource guide is to provide health care managers with a well-organized, up-to-date listing of credible sources that can be accessed electronically. This resource guide is designed to facilitate the retrieval of relevant information that is crucial in the process of health care managers designing a bioterrorism preparedness and response plan.

The implications of a bioterrorist attack within the United States were well observed in the 2001 anthrax attacks. The effects of these attacks were not only felt by the primary victims but also reached into communities and health care organizations that treated patients. The concerns for future attacks have spurred an enormous amount of interest and forced health care administrators to implement safety measures and develop plans encompassing preparedness and response. With respect to this topic, a major problem facing health care managers is the ability to obtain relevant, up-to-date, reliable information.

Many health care managers are aware of the endless amount of resources that are available pertaining to preparedness and response planning. It should also be noted that the information concerning bioterrorism rapidly changes and the available information can be overwhelming. To that end, the authors have compiled an array of selected websites that provide excellent, up-to-date, and unique resources in attempts to facilitate the gathering of knowledge and make that experience more efficient.

The objective of the following resource guide is to provide a comprehensive list of topics in a “user-friendly” format that can be obtained electronically. To facilitate information retrieval, electronic resources have been categorized according to topic. For example, up-to-date information concerning the multitude of biological agents can be obtained by using the links contained within the biological agents category. Under this topic heading you will find a listing of important resources. Each listing contains a heading that identifies the sponsoring organization, a short explanation of information and materials that can be expected, and a web address identifying its location.

The authors’ compilation was not intended to be exhaustive nor do the authors necessarily endorse or warrant the reliability of the information/products. Websites may change regularly; please visit www.bioterrorism@ba.ttu.edu to obtain an electronic version of this resource guide and for updates to web addresses.

There has been a long-running debate as to which is more important in the job market, education or experience. Traditionally, people have looked at these as exclusive traits of one another; however, more progressive thought sees these as complimentary attributes in perspective and existing employees that can be achieved at the same time through proactive activities such as micro-credentialing. This chapter will explore how formal and informal micro-credentialing processes can be put forward in both education and training environments.

The National Oceanic Atmospheric Administration (NOAA, 2022) shows an increase in severity and frequency of natural disasters in the past years with more organisations being faced with surviving these events than ever before. The recent COVID pandemic has shown how every organisation across the globe can be affected by a disaster and the cascading effects that follow. Techniques such as micro-credentialing is a tool that can be utilised by all organisations to ensure a safer outcome from these events as well as being positioned for better continuity of critical operations through the event helping to increase the survivability and profitability of the affected organisation.

The use of micro-credentialing components successfully could be discussed using any field or discipline. To be applicable to all readers, this chapter primarily focusses on the emergency services/management discipline as an example programme of how micro-credentialing can be efficiently utilised to produce a more successful workforce. Emergency management (EM) truly is an interdisciplinary field that utilises many other fields to protect people, organisations, and communities from emergencies and disasters. More importantly, though, there are components of EM that every field should embrace for safety as well as to ensure continuity of operations through any event, thereby making the components in this chapter applicable to all readers regardless of discipline or organisation.

Given the unprecedented scale of the climate emergency and the need for swift and radical change in how we travel, it is important for local authorities to consider how best to use their ‘authority’ to initiate sustainable change. However, without collective decision-making, longstanding issues around equity, real, and perceived injustices will trump any good intentions and policies. In this chapter, I attempt to make sense of why the initial stages of the Emergency Active Travel Fund (EATF) a mobility scheme designed to tackle two emergencies – the pandemic and the climate – largely failed in the eyes public, even though it was designed with their benefit in mind.

Sharing services increasingly extends beyond intraorganizational concentration of service delivery. Organizations have started to promote cooperation across their boundaries to deal with strategic tensions in their value ecosystem, moving beyond traditional outsourcing. This chapter addresses two research questions geared to the challenge of interorganizational shared services (ISS): why would organizations want to get and remain involved in ISS? And: what are the implications of ISS for (inter)organizational value creation?

The conceptual chapter reviews literature pertaining to ISS from public, commercial, and nongovernmental sectors. ISS is understood as a multistakeholder organizational innovation. In order to analyze ISS and conduct empirical research, we developed a taxonomy and research framework.

The chapter shows how ISS can be positioned in value chains, distinguishing vertical, horizontal, and hybrid ISS. It outlines ISS implications for developing business models, structures, and relationships. Success factors and barriers are presented that epitomize the dynamic interplay of organizational autonomy and interorganizational dependence.

The research framework offers conceptual ideas for theoretical and empirical work. Researchers involved in ISS studies may adopt strategic, strategic innovation, and organizational innovation perspectives.

ISS phases are distinguished to focus innovation management — initiation, enactment, and evaluation. Furthermore, insights are provided into processes and interventions aimed at making ISS a success for participating organizations.

Cross-sectoral perspective on ISS; taxonomy of ISS; research framework built on organization and strategic management literature.

Though some disaster risk reduction and management (DRRM) abstractions and core concepts may appear transparently obvious to some readers, others might not easily grasp the complexities embedded in them. This chapter focusses on the main arguments connected to DRRM. It unravels some of the complexities that abound in the framing of key disaster risk reduction concepts in literature. This chapter is divided into three parts. The first part focusses on understanding the dynamics of disasters. This part revisits definitions of disasters in literature, how they have been conceptualised in academia and what makes them different from other related concepts such as hazards, crisis, vulnerabilities and emergencies. Furthermore, considering that some impacts of disasters are more obvious than others, it examines some of the less conspicuous relationships between disasters and other phenomena. The second part examines the concept of DRRM in existing literature, highlighting the importance of resilience in DRRM and revisiting key methodological approaches in building resilience among communities. The third part places the concept of DRRM within the African context. It demonstrates the delicate aspects embedded in successful DRRM in Africa amid institutional development and policy issues. This part concludes with the identification of key knowledge gaps in DRRM in Africa. These knowledge gaps identified in the wider literature are used to justify why the chapters in this book and the context covered (sub-Saharan Africa) are of utmost importance in DRRM.

As the size of the population is growing and the capacity of the planet Earth is limited, human beings are searching for sustainable and technology-enabled solutions to support society, ecology and economy. One of the solutions has been developing smart sustainable cities. Smart sustainable cities are cities as systems, where their infrastructure, different subsystems and different functional domains are virtually connected to the information and communication technologies (ICT) and internet via sensors and devices and the Internet of Things (IoT), to collect and process real-time Big Data and make efficient, effective and sustainable solutions for a democratic and liveable city for its various stakeholders. This chapter explores the concepts and practices of sustainable smart cities across the globe and explores the use of technologies such as IoT, Blockchain technology and Cloud computing, etc. their challenges and then presents a view on business models for sustainable smart cities.

Cities have been exposed to a variety of natural disasters such as flooding, extreme temperatures, storms, earthquakes, and other natural shocks, and have had to respond and adapt to such pressures over time. In the context of global climate change, natural disasters have increased across the globe. Apart from climate change, many urban environments in Latin America are experiencing significant transformations in land use patterns, socio-demographic change, changing labor markets, and economic growth, resulting from recent decades of globalization. Such transformations have resulted in the internal fragmentation of cities. In this context, the purpose of the present chapter is to demonstrate the importance in both theoretical and methodological terms, of integrating the concept of socio-environmental fragmentation into urban vulnerability research in order to make progress toward higher degrees of local sustainability in those areas of the city that suffer natural disasters and fragmentation.

A mixed methods approach is used in order to combine different technical issues from urban and climate change studies.

The findings are related to the importance of an integrated approach, regarding the complexity of urban life, and the relationship between the urban, the social, and the environmental phenomenon.

This chapter relates to the revisit of the current state of preparedness and to determine whether further adaptations are required. The authors understood that these kinds of mixed approaches are necessary in order to understand the new complexity of urban processes.