Special Issue "Archaeology, Historical Ecology, and Sustainability of Island Cultures"

A special issue of Sustainability (ISSN 2071-1050). This special issue belongs to the section "Tourism, Culture, and Heritage".

Deadline for manuscript submissions: closed (30 May 2021).

Special Issue Editors

Dr. Michelle J. LeFebvre
E-Mail Website
Guest Editor
Florida Museum of Natural History, University of Florida, Gainesville, FL, 32611-7800, USA
Prof. Dr. Jon M. Erlandson
E-Mail Website
Guest Editor
Museum of Natural & Cultural History, University of Oregon, Eugene, OR 97403-1224, USA
Interests: Archaeology; Historical Ecology; Human Impacts; Long-Term Sustainability on Islands around the World
Prof. Dr. Scott M. Fitzpatrick
E-Mail Website
Guest Editor
Museum of Natural & Cultural History, University of Oregon, Eugene, OR 97403-1224, USA
Interests: Archaeology; Historical Ecology; Human Impacts; Long-Term Sustainability on Islands around the World

Special Issue Information

Dear Colleagues,

Within a framework of historical ecology, paleoecology, archaeology, history, biology, and other disciplines these papers contribute to a deeper inter-disciplinary understanding of human impacts, adaptations, and sustainability on numerous islands and archipelagos. The effects of European colonialism and subsequent globalization devastated island ecosystems around the world, leading to widespread extinctions and extirpations, the introduction of exotic species, habitat destruction, and massive ecological reorganizations. The magnitude of such changes has sometimes altered island ecosystems to such a degree that the ecology and productivity of islands prior to historical degradation can be difficult to envision. Conservation biologists who use recent baselines to help guide restoration efforts in island environments are often limited to written records that do not reflect the deeper history of such ecosystems.

Archaeology and paleoecology can reconstruct the nature of island ecosystems at various points in time prior to the age of European colonialism and globalization, but they also show that these ecosystems are rarely static. A growing body of evidence suggests that indigenous peoples measurably impacted many islands long before the colonial era. Even as the evidence for such ancient impacts grows, it is clear that indigenous cultures managed to live relatively sustainably on many islands for centuries or millennia. In this volume we present case studies from islands around the world, each exploring how indigenous peoples survived and even thrived on islands over the long duree. Our case studies often counter models of “impact” and “collapse” that have become common in the scientific literature and popular media. They also explore and highlight the resilience of many island cultures and ecosystems, even in the face of the accelerating global changes associated with the Anthropocene.

Dr. Michelle J. LeFebvre
Prof. Dr. Jon M. Erlandson
Prof. Dr. Scott M. Fitzpatrick
Guest Editors

Manuscript Submission Information

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Keywords

  • Islands and Archipelagos
  • Archaeology as Deep History
  • Historical Ecology
  • Human Impacts and Sustainability
  • Indigenous Cultures
  • Island Futures

Published Papers (3 papers)

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Research

Article
Sustainable Indigenous Fishing in the Pre-Contact Caribbean: Evidence and Critical Considerations from Carriacou, Grenada
Sustainability 2021, 13(16), 9152; https://doi.org/10.3390/su13169152 - 16 Aug 2021
Viewed by 314
Abstract
Multiple studies reveal pre-1492 anthropogenic impacts on Caribbean fisheries that are consistent with overfishing, including changes in targeted prey, shifts in marine habitats exploited, and decreases in the average body size of taxa. At the Indigenous Caribbean village of Sabazan (AD 400–1400) on [...] Read more.
Multiple studies reveal pre-1492 anthropogenic impacts on Caribbean fisheries that are consistent with overfishing, including changes in targeted prey, shifts in marine habitats exploited, and decreases in the average body size of taxa. At the Indigenous Caribbean village of Sabazan (AD 400–1400) on Carriacou, Lesser Antilles, post-AD 800 declines in fishing, increased mollusk collection, and changes in resource patch emphasis accord with the archaeological correlates of resource depression predicted by foraging theory models from behavioral ecology. Here, I apply foraging theory logic and abundance indices incorporating body size and fish habitat to test the predictions of expanded diet breadth, declining prey body size, and shifts to more distant fishing patches that are typically associated with overfishing. Results uphold a significant decrease in overall fishing, which may be due to habitat change associated with the Medieval Warm Period. Indices of fish size and resource patch use do not meet foraging theory expectations for resource depression, however. Instead, they suggest an absence of resource depression in the Sabazan fishery and at least 600 years of sustainable fishing. I review similar findings for other Caribbean archaeological sites with either negative evidence for fisheries’ declines or quantitatively demonstrated sustainable fishing. These sites collectively serve as a critical reminder of the heterogeneous trajectories of Indigenous social–ecological systems in the pre-contact Caribbean and the need for meta-level analyses of the region’s ancient fisheries. I discuss the application of the sustainability concept in archaeological studies of fishing and conclude that a more critical, explicit approach to defining and measuring sustainability in ancient fisheries is needed. Full article
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Article
Stable Isotopic Evidence for Nutrient Rejuvenation and Long-Term Resilience on Tikopia Island (Southeast Solomon Islands)
Sustainability 2021, 13(15), 8567; https://doi.org/10.3390/su13158567 - 31 Jul 2021
Viewed by 338
Abstract
Tikopia Island, a small and relatively isolated Polynesian Outlier in the Southeast Solomon Islands, supports a remarkably dense human population with minimal external support. Examining long-term trends in human land use on Tikopia through archaeological datasets spanning nearly 3000 years presents an opportunity [...] Read more.
Tikopia Island, a small and relatively isolated Polynesian Outlier in the Southeast Solomon Islands, supports a remarkably dense human population with minimal external support. Examining long-term trends in human land use on Tikopia through archaeological datasets spanning nearly 3000 years presents an opportunity to investigate pathways to long-term sustainability in a tropical island setting. Here, we trace nutrient dynamics across Tikopia’s three pre-European contact phases (Kiki, Sinapupu, Tuakamali) via stable carbon and nitrogen isotope analysis of commensal Pacific rat (Rattus exulans) and domestic pig (Sus scrofa) bone and tooth dentine collagen. Our results show a decline in δ15N values from the Kiki (c. 800 BC-AD 100) to Sinapupu (c. AD 100–1200) phases, consistent with long-term commensal isotope trends observed on other Polynesian islands. However, increased δ15N coupled with lower δ13C values in the Tuakamali Phase (c. AD 1200–1800) point to a later nutrient rejuvenation, likely tied to dramatic transformations in agriculture and land use at the Sinapupu-Tuakamali transition. This study offers new, quantifiable evidence for deep-time land and resource management decisions on Tikopia and subsequent impacts on island nutrient status and long-term sustainability. Full article
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Article
Island Colonization and Environmental Sustainability in the Postglacial Mediterranean
Sustainability 2021, 13(6), 3383; https://doi.org/10.3390/su13063383 - 18 Mar 2021
Cited by 1 | Viewed by 657
Abstract
Island environments present challenges to human colonization, but we have a poor understanding of how environmental difference drives heterogeneous patterns of insular settlement. In this paper, we assess which environmental and geographic variables positively or negatively affect the long-term sustainability of human settlement [...] Read more.
Island environments present challenges to human colonization, but we have a poor understanding of how environmental difference drives heterogeneous patterns of insular settlement. In this paper, we assess which environmental and geographic variables positively or negatively affect the long-term sustainability of human settlement on islands. Using the postglacial Mediterranean basin as a case study, we assess the impact of area, isolation index, species richness, and net primary productivity (NPP) on patterns of island occupation for both hunter-gatherer and agropastoral populations. We find that models involving area most effectively accounts for sustainability in hunter-gatherer island settlement. The agropastoral data are noisier, perhaps due to culturally specific factors responsible for the distribution of the data; nonetheless, we show that area and NPP exert profound influence over sustainability of agropastoral island settlement. We conclude by suggesting that this relates to the capacity of these variables to impact demographic robusticity directly. Full article
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