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One of the things that most archaeologists dislike about archaeology is how misunderstood it is. We meet people all the time who have never met an archaeologist, or who did not realize that one can have a career as an archaeologist, or who think that archaeologists spend their time digging up dinosaurs. Almost as bad, we meet people who have heard of archaeology and perhaps even have met real archaeologists, but who have a misconceived notion of the discipline and its practitioners.
This article presents the results of a 2021 international online survey of 419 early career researchers in archaeology. Respondents were passionate about pursuing an academic career, but pessimistic about job and career prospects. Statistics highlight specific obstacles, especially for women, from unstable employment to inequitable practices, and a chronic lack of support. Over 180 open-ended comments reveal worrying levels of workplace bullying and discrimination, particularly targeting women and minorities. The impact of the COVID-19 pandemic on early career researchers is also examined. The survey's findings are analysed and contextualized within the international higher education sector. A communal effort is necessary to create sustained change, but early career researchers remain hopeful that change can be implemented.
This chapter examines careers in, and the structure of, public and community archaeology. It includes discussion of archaeological outreach organizations (especially charity sector and non-governmental organizations), of professional archaeological organizations and museums, and of the place of archaeology in the media.
This chapter examines careers in and the structure of, academic archaeology – that based in universities, museums, and related educational organizations. The chapter includes discussion of specialist and technical roles in this area of employment.
This chapter examines careers in, and the structure of, cultural resource and cultural heritage management careers in archaeology. This is the single largest employment sector in archaeology globally. The chapter includes discussion of consultant and freelance roles in the sector.
This chapter explores skills and training in archaeology, especially university-level training opportunities. It includes pre-university and school-level training opportunities and fieldwork opportunities, and it addresses accessibility and equality issues in archaeology.
Archaeology offers tremendous opportunities for involvement, alongside another career or a career in itself. It is never too late to become involved in archaeology, and children grasp the inherent pleasures of the subject as well as any adult – who does not like a pursuit that so uniquely combines both mental and physical exercise? Archaeology transcends borders and cultures, languages and dialects, social and economic divisions – anyone, anywhere can become involved in archaeology if they wish to, and the opportunities to become involved improve all the time. All that involvement requires is your own decision to become an active participant – and if you are reading this book, you have already taken that decision. Here, then, are some suggested second steps.
This chapter examines careers in, and the structure of, local and state government archaeology, especially development control and regulatory roles based at the local and regional level. The chapter includes discussion of locally held and managed historic environment records, and of specialist and community roles, such as engagement with Indigenous communities.
This chapter explains what is – and isn’t – archaeology, its historical development, thematic and global spread, and the development of the discipline as a profession. The chapter also discusses archaeological ethics, professional standards, and codes of conduct.
Radiocarbon (14C) concentrations in the oceans are different from those in the atmosphere. Understanding these ocean-atmospheric 14C differences is important both to estimate the calendar ages of samples which obtained their 14C in the marine environment, and to investigate the carbon cycle. The Marine20 radiocarbon age calibration curve is created to address these dual aims by providing a global-scale surface ocean record of radiocarbon from 55,000–0 cal yr BP that accounts for the smoothed response of the ocean to variations in atmospheric 14C production rates and factors out the effect of known changes in global-scale palaeoclimatic variables. The curve also serves as a baseline to study regional oceanic 14C variation. Marine20 offers substantial improvements over the previous Marine13 curve. In response to community questions, we provide a short intuitive guide, intended for the lay-reader, on the construction and use of the Marine20 calibration curve. We describe the choices behind the making of Marine20, as well as the similarities and differences compared with the earlier Marine calibration curves. We also describe how to use the Marine20 curve for calibration and how to estimate ΔR—the localized variation in the oceanic 14C levels due to regional factors which are not incorporated in the global-scale Marine20 curve. To aid understanding, illustrative worked examples are provided.
Climate change threatens archaeological sites and cultural landscapes globally. While to date, awareness and action around cultural heritage and climate change adaptation planning has focused on Europe and North America, in this article, the authors address adaptation policy and measures for heritage sites in low- and middle-income countries. Using a review of national adaptation plans, expert survey and five case studies, results show the varied climate change adaptation responses across four continents, their strengths and weaknesses, and the barriers to be addressed to ensure better integration of cultural heritage in climate change adaptation planning.
Climate change is affecting archaeological sites and landscapes around the world. Increased rainfall, more frequent extreme weather events, higher temperatures and rising seas not only create new risks but also exacerbate existing vulnerabilities and threats. Building on an earlier Antiquity article that explored climate change and arctic archaeology (Hollesen et al.2018), this special section provides a global perspective on the impact of climate change on archaeological sites and landscapes and how archaeologists and cultural heritage managers are responding. This article introduces the following three contributions, outlining their main findings to provide an overview of the various challenges around the world, and highlighting current gaps in knowledge and future research opportunities.
The Intergovernmental Panel on Climate Change has documented wide-ranging changes to the world's coasts and oceans, with significant further change predicted. Impacts on coastal and underwater heritage sites, however, remain relatively poorly understood. The authors draw on 30 years of research into coastal and underwater archaeological sites to highlight some of the interrelated processes of deterioration and damage. Emphasising the need for closer collaboration between, on one hand, archaeologists and cultural resource managers and, on the other, climate and marine scientists, this article also discusses research from other disciplines that informs understanding of the complexity of the interaction of natural and anthropogenic processes and their impacts on cultural heritage.
Wetland archaeological sites offer excellent but vulnerable preservation conditions. This article presents examples of threats to such sites that may be enhanced, or diminished, by climate change, discusses methods for predicting and quantifying impacts, and examines what heritage managers can do to mitigate their effects. The consequences of climate change for wetland archaeological sites are likely to be severe and widespread but hard to predict and with significant local variation. At the same time, wetlands are increasingly acknowledged for their ability to sequester carbon and to mitigate climate change, prompting an increased focus on their protection that may also benefit wetland archaeology.