We use cookies to distinguish you from other users and to provide you with a better experience on our websites. Close this message to accept cookies or find out how to manage your cookie settings.
To save content items to your account,
please confirm that you agree to abide by our usage policies.
If this is the first time you use this feature, you will be asked to authorise Cambridge Core to connect with your account.
Find out more about saving content to .
To save content items to your Kindle, first ensure no-reply@cambridge.org
is added to your Approved Personal Document E-mail List under your Personal Document Settings
on the Manage Your Content and Devices page of your Amazon account. Then enter the ‘name’ part
of your Kindle email address below.
Find out more about saving to your Kindle.
Note you can select to save to either the @free.kindle.com or @kindle.com variations.
‘@free.kindle.com’ emails are free but can only be saved to your device when it is connected to wi-fi.
‘@kindle.com’ emails can be delivered even when you are not connected to wi-fi, but note that service fees apply.
This chapter explores how the evolving disease environments of the tropics shaped free and forced migration patterns at English sites. The globalization of forced labor markets and trade were catalysts in the spread of yellow fever and falciparum malaria, diseases that originated in Africa and that disproportionately weakened or killed English migrants to the tropics. These were the two deadliest mosquito-borne fevers that the English encountered in the tropics. The ways in which the English understood and responded to evolving tropical disease environments and their differential effects on European and non-European populations contributed to the rise of enslaved majorities in the tropics and informed ideas about human difference that would coalesce into nineteenth-century racism. The chapter will also show how epidemiology made English footholds in the tropics much more precarious and dependent on non-Europeans than the English footholds in other more temperate zones of the empire. The chapter relies on case studies of disease outbreaks in the Caribbean, on the West African Gold Coast, and in Sumatra at key points in the seventeenth century.
The momentum surrounding the use of data for the public good has grown over the past few years, resulting in several initiatives, and rising interest from public bodies, intergovernmental organizations, and private organizations. The potential benefits of data collaboratives (DCs) have been proved in several contexts, including health, migration, pandemics, and public transport. However, these cross-sectoral partnerships have frequently not progressed beyond the pilot level, a condition hindering their ability to generate long-term societal benefits and scale their impact. Governance models play an important role in ensuring DCs’ stability over time; however, existing models do not address this issue. Our research investigates DCs’ governance settings to determine governance dimensions’ design settings enhancing DCs’ long-term stability. The research identifies through the literature on collaborative governance and DCs seven key governance dimensions for the long-term stability of DCs. Then, through the analysis of 16 heterogeneous case studies, it outlines the optimal design configurations for each dimension. Findings make a significant contribution to academic discourse by shedding light on the governance aspects that bolster the long-term stability of DCs. Additionally, this research offers practical insights and evidence-based guidelines for practitioners, aiding in the creation and maintenance of enduring DCs.
Climate change has already profoundly changed the ecological world on all levels of the biological hierarchy. Comparing the past with the present allows researchers to document that changes have happened, and to understand why some groups (e. g. birds vs. mammals in the Mojave Desert) respond differently than others. Climate change has already changed population phenology, and researchers can estimate the speed of phenological change. Population range shifts may occur on two fronts: leading-edge expansion and trailing-edge contraction. Both of these processes are influenced by biotic and abiotic factors. Climate change can also influence the genetic structure and sex ratio of populations – in extreme cases leading to extinction. Changes to the timing of migration or to the emergence of plants and insects can cause phenological mismatch of exploitative or competitive interactions. Prey species are likely to benefit, while predators or herbivores may suffer from lack of food. On a larger scale, both terrestrial and aquatic ecosystems are showing the effects of climate change, even in tropical biomes where warming and drying are not as prominent as they are in more temperate or polar biomes. Though immune to drought, marine biomes are suffering from acidification and from low oxygen levels.
Providing students with a solid understanding of core ecological concepts while explaining how ecologists raise and answer real-world questions, this second edition weaves together classic and cutting-edge case studies to bring the subject to life. It is fully updated throughout, including two chapters devoted to climate change ecology, along with extensive coverage of disease ecology, and has been designed specifically to equip students with the tools to analyze and interpret real data. Each chapter emphasizes the linkage between observations, ideas, questions, hypotheses, predictions, results, and conclusions. Additional summary sections describe the development and evolution of research programs in each of ecology's core areas, providing students with essential context. Integrated discussion questions, along with end-of-chapter questions, encourage active learning. These are supported by online resources including tutorials that teach students to use the R programming language for statistical analyses of data presented in the text.
This is a case study about the development and growth of e-books at Barnes & Noble. By 2012, both Apple and Barnes & Noble had gained footholds in the e-book marketplace. While Amazon initially controlled 90 percent of the e-book market, in 2012 Barnes & Noble had about 25 percent and Apple 11 percent of the market, pushing Amazon down to about 60 percent. However, the struggles were not over. How could Barnes & Noble create a sustainable competitive advantage, and a profitable business, against the e-commerce giant Amazon on one side and the electronics giant Apple on the other side?
The circular economy (CE) aims at the cycling of resources through restorative and regenerative strategies. To achieve circularity, coordination of several actors is necessary. The interaction among actors allows the connection between the CE and ecosystem research fields. Although fundamental, the relationships, mainly cooperation, among actors within an ecosystem to foster circularity is not deeply explored in the literature. The objective of this study was to identify the possibilities of cooperation within circular ecosystems, in particular, the motivations that make the actors interact to achieve a CE. A systematic literature review (SLR) and a case study of a Brazilian ecosystem specialized in the recycling of carton packages to manufacture ecological tiles were conducted. The goal was to identify the motivations through the SLR and the case study so the theoretical and the empirical results could be compared. As a result, 28 motivations for actors to engage in ecosystems driven by circularity were identified. In order to achieve a complete and circular solution, actors must be able to clearly understand their roles and relationships so that they can establish new partnerships or reframe those already established.
Circular ecosystem is a growing research field that is gaining attention due to representing a more robust alignment structure than a single firm. However, prior research lacks empirical evidence on how circular ecosystems are structured and how orchestrators coordinate a set of actors towards a coherent circular value proposition. By studying nine organizations related to the carton packaging recycling ecosystem, we reveal the complexity of recovering and co-creating value in a systemic network with actors competing and collaborating simultaneously. Based on that, we propose a framework for orchestrating circular ecosystems. Our results indicate that orchestrators should integrate strategic actors, invest in infrastructure, and innovate in product design. We also discuss ecosystem resilience during and after the covid 19 pandemic, showing how the orchestrator was fundamental to the sustainability of the ecosystem. Overall, this paper contributes to increasing the understanding of inter-organizational relationships towards the circularity of resources.
To provide context for the later chapters and analysis, the chapter outlines the key characteristics of Europe’s environment and nature, and the effects of human actions on it. It firstly describes the biophysical geography and natural history of Europe, including the legacy of the last Ice Age, and the current characteristics of the biogeographical regions and marine regions. It then summarises the main impacts of human activities on biodiversity in Europe, starting with early agriculture and forest clearances that created seminatural ecosystems and cultural landscapes, followed by the profound impacts of the industrial and agricultural revolutions, and more recent changes in land- and sea-use and resulting pressures over the last forty years. Other key pressures are also identified, including in relation to forestry, water and air pollution, fisheries, invasive alien species and climate change. The chapter concludes with an outline of Europe’s remaining biodiversity, identifying hotspots, and the implications for nature conservation approaches and priorities.
Property law is increasingly confronted with limits and modifications arising from environmental and social contexts. The objective of this chapter is to highlight how property law can provide answers to environmental challenges, by adapting several of its fundamental concepts to the polymorphism of environmental and social issues. Starting with a study of the theoretical movement of Earth jurisprudence, the chapter suggests that it is possible to consider Nature as a subject of legal interests, allowing it to acquire legal standing. It also suggests that it is necessary to reconceptualise property and its narrative to develop, in both civil and common law, a more limited, relational and functional conception of property. In addition, the polymorphic heritage of property law makes it possible to call upon the civilian concept of patrimony, in its symbolic or technical function, to protect the environment.
No matter how good a smart device may be, it remains useless outside the context of a digital ecosystem. Internet of Things (IoT) environments are possible as long as services and products can interconnect smoothly and exchange data in real time. Therefore, interoperability ranks high in global policy agendas, with the promise of bringing an end to network effects slanted in favour of ecosystem orchestrators. However, recent regulatory initiatives introducing interoperability obligations risk falling short of their intent or even risk generating unintended consequences in the absence of a coherent approach to standardisation. Against this backdrop, focusing on the UK Open Banking experience, this article makes a proposal for workable interoperability in IoT ecosystems aimed at ensuring market contestability without undermining incentives to innovate.
This chapter argues that animals, as part of the environment, benefit from the protection afforded by the direct and indirect environmental safeguards offered by principles and rules of international humanitarian law. However, it also reveals that the pertinent norms are weak and largely unclear, especially in the context of non-international armed conflicts. For this reason, the chapter contends that the said rules need to be read in conjunction with the growing body of international norms, standards and mechanisms that seek to prevent and redress environmental harm during peacetime. Indeed, international environmental law has the potential to protect animals from suffering from the general deterioration of natural habitats and ecosystems caused by humans. However, the protection offered by the relevant instruments and unwritten principles is severely constrained by their narrow substantive, personal and territorial scope of application.
This chapter analyses the treatment of animals in sea warfare under extant international law and it assesses the adequacy of these norms for the protection of animal welfare. The welfare of marine animals is threatened by warfare in various ways. Individual marine mammals, such as dolphins or sea lions, are trained to take part in hostilities. Other sea life suffers, whether directly or indirectly, the repercussions of hostilities. In the context of prize law, animals could in some cases qualify as contraband goods, susceptible to seizure when on board neutral vessels heading toward enemy ports. It is concluded that the law as it stands today provides neither optimal protection for animals considered as a constitutive part of the marine environment nor for animals in themselves considered as sentient beings. The chapter formulates recommendations for the progressive development of the law, including the creation of a sui generis status for sentient animals, the regulation of military sonars and the establishment of protected marine zones where no combat activities whatsoever should take place.
This chapter understands international law as more than a technocratic device to engineer changes in human behaviour and the environment. Law is a social and cultural process guided by myth and narrative. This chapter seeks new and better narratives to contest the foundational myths of modernity and development that shape our discipline and world. Rather than crafting new norms from the conventional centres of geopolitical power in the West and universalising them, this chapter calls for pluralised value formation that learns from diverse legal traditions. Such a myth protects the environment through transforming the process of global value formation. The chapter first examines how nature shapes mythology, looking at the role of the cosmic horizon in shaping social norms. It argues that the nexus of cosmos, nature and myth-making is not a phenomenon of ages past but plays a role in contemporary international environmental law. The chapter asks whether the discovery of countless Earth-like planets today could help us reimagine our Earth and global community in a healthier way, and considers the implications of our expanding cosmic horizon for rethinking international law and policy.
Nelems argues that today’s democratic morbidity can be located in the ways it reproduces an individualist ontology to undemocratizing effects. Viewed through this lens, the growing backlashes against democracy appear as a symptom, not a cause of democracy’s crisis. However, the boundaries and enactments of representative democracies have long been troubled, stretched and shaped by democratizing processes and movements that reference an ontology of intra-being. Nelems proposes the “ecocycle” within the living ecosystems of tree canopies as a relational model of intra-being through which we might re-examine and re-imagine democratizing and undemocratizing processes. The ecocycle’s two “traps” of poverty and rigidity offer critical insights into the points of connect and disconnect between these processes, as well as the relationship between the lifeways they generate. In their porous, dynamic, entangled, and grounded relationality, tree canopies offer pathways by which the roots of a constellation of democracies might be deparochialized with a view to leveraging the transformative potential of other/wise democracies.
The alpine–subalpine Loch Vale watershed (LVW) of Colorado, USA, has relatively high natural lithogenic P5+ fluxes to surface waters. For 1992–2018, the largest number of stream samples with P5+ concentrations ([P5+]) above detection limits occurred in 2008, corresponding with the highest frost-cracking intensity (FCI). Therefore, relatively cold winters and warm summers with a comparatively low mean annual temperature partly influence stream [P5+]. Sediment cores were collected from The Loch, an outlet lake of the LVW. Iron-, Al-, and Mn-oxide-bound phosphorus (adsorbed and authigenic phosphates; NP) serves as a proxy measurement for paleolake [P5+]. The highest NP in the core occurred during the cold and dry Allerød interstade. The lowest NP concentrations in the core occurred during climatically very wet periods in the Late Pleistocene and Early Holocene. Therefore, [P5+] are highest with relatively cold winters followed by relatively warm summers, relatively low mean annual temperatures, and relatively little rainfall and/or cryospheric melting. Currently the LVW is experiencing warming and melting of the permanent cryosphere with a rapidly declining FCI since 2008. This has the potential to dramatically decrease [P5+] in surface water ecosystems of the LVW, reducing biological productivity, enhancing P-limitation, and increasing ecosystem reliance on aeolian P5+.
There has been tremendous technological innovation in the healthcare sector, but it has also raised serious ethical and social concerns. The COVID-19 pandemic has only magnified these existing challenges. Hence, addressing these challenges becomes imperative in the “new normal.” In this context, this article uses a narrative synthesis approach to discuss the linkages of health technology, innovation, and policy to identify the challenges of this complex interaction by applying the principles of pragmatism and historicity to the existing literature. Moreover, the existing scientific mechanisms in the form of health technology assessment (HTA) and responsible innovation in health (RIH) are described to address these challenges. Using inductive epistemology, the linkages between HTA and RIH within a health innovation ecosystem framework are discussed for the future application of an integrated approach to address societal challenges. The proposed integrated approach of HTA and RIH is a work in progress and conceptualized as transdisciplinary, flexible, and adaptive, which is expected to facilitate future discussion, research, and policy action.
Managerial economics provides a toolbox for solving problems that managers frequently face. It addresses issues relating to any aspect of decision making that ultimately affects the profit of a firm. Although the general methodology of managerial economics has not changed over the decades, there have been rapid and significant changes in the business environment in the last ten years or so, and three new themes have become increasingly important: digitization; behavioural aspects; and globalization. The first of these developments involves aspects of big data and advanced data analytics, the human-machine interface and the interconnectedness of electronic devices. The second relates to psychological aspects of decision making that cause both consumers and managers to engage in behaviour normally referred to as ‘irrational’. The third development is that improvements in technology relating to digitization have made the business world more interconnected. The text makes heavy use of recent case studies involving these three themes, for example on tech firms, Covid-19 and climate change, so students can see how the tools of managerial economics can be applied in real-life situations.
The second chapter concentrates on the concept of entrepreneurial ecosystems, providing various ways to conceptualize and define it and then moving on to discuss its importance for supporting economic development. Given the growing body of work on entrepreneurial ecosystems, the chapter first outlines how the field of entrepreneurial ecosystems evolved from existing work on clusters and carries much of its assumptions around homogeneity of actors. In contrast to these assumptions, we demonstrate that actors are not homogenous but heterogeneous and that existing concepts of entrepreneurial ecosystems do not differentiate among entrepreneurs as actors within ecosystems. These arguments are further elaborated on with evidence in the chapters that follow.
This introduction makes a case for a focus on ecological security when approaching the relationship between climate change and security. It outlines the central claims upon which this case is built, noting the significance of this approach in terms of the study and practice of security, climate change and their relationship. It concludes by outlining the structure of the book itself.
This chapter provides a definition of ecological security: a concern with the resilience of ecosystems themselves in the face of climate change. After noting antecedents to this account of security in engagement with environmental change generally and climate change specifically, the chapter goes on to outline the ethical assumptions upon which this discourse is built before defining and defending this account of the referent object of security and the nature of the threat climate change poses to it. It suggests the importance of the Anthropocene context in orienting our concern to ecosystems, noting how this focus, in turn, encourages practices oriented towards the rights and needs of the most vulnerable across time (future generations), space (impoverished and marginalized populations throughout the world) and species (other living beings).