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1. Thirty-Two Years of Integrating Archaeology and Heritage Management in Belize: A Brief History of the Belize Valley Archaeological Reconnaissance (BVAR) Project’s Engagement with the Public

   https://doi.org/10.3390/heritage3030040  

   Hoggarth, Julie A.; Awe, Jaime J.; Ebert, Claire E.; Guerra, Rafael A.; Beardall, Antonio; Watkins, Tia B.; Walden, John P. (September 2020, Heritage)

   null (Ed.)

   Since its inception in 1988, the Belize Valley Archaeological Reconnaissance (BVAR) Project has had two major foci, that of cultural heritage management and archaeological research. While research has concentrated on excavation and survey, the heritage management focus of the project has included the preservation of ancient monuments, the integration of archaeology and tourism development, and cultural heritage education. In this paper, we provide a brief overview on the history of scientific investigations by the BVAR Project, highlighting the project’s dual heritage management and research goals. This background offers the basis in which to discuss the successes and challenges of the project’s efforts in cultural heritage management and public engagement, particularly in early conservation efforts, in its training and educational efforts, and its ongoing outreach activity. We emphasize the need to train Belizeans as professional archaeologists and conservators, to serve as the next generation of advocates for Belize’s heritage management. We offer some ideas on how research projects can make significant contributions to heritage education and preservation in the developing world. 

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2. Placing African American museums in the American tourism landscape

   https://doi.org/10.1080/14616688.2023.2259351  

   Potter, Amy E.; Cook, Matthew R.; Eaves, LaToya E.; Carter, Perry; Bright, Candace Forbes (January 2024, Tourism Geographies)

   According to the Association of African American Museums (AAAM), there are more than 200 African American history and cultural museums—or other sites with substantial African American collections such as libraries and archives—across the U.S. Many of these museums had their start shortly after the height of the Civil Rights Movement, with a surge in establishments in the 1970s. Black museums serve to decenter White stories of America and refocus on Black experiences. While geographers have studied an array of memory, heritage, and tourism sites, museums remain understudied and under-theorized. Building upon the subfields of Museum geographies—particularly by considering the concept of museums as theatres of pain—and Black geographies, our research examines the ways these museums are integral to the relationships between Black placemaking and the tourism landscape, which remains steeped in anti-Black racism. Using museum exhibit documentation, semi-structured interviews of museum staff, and content analysis of online travel reviews (primarily TripAdvisor and Google Reviews), this paper analyzes two case studies: The National Afro-American Museum and Cultural Center in Wilberforce, Ohio, and The Colored Girls Museum in Philadelphia, Pennsylvania. Through our two case studies, we show how Black museums enact curatorial practices of commemorative geographies and create redemptive spaces that cultivate not only a homeplace for visitors, particularly for Black Americans and people of the African diaspora but also serve as sites of belonging and joy. 

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3. Testing the contribution of vertebrate predators and leaf traits to mainland–island differences in insect herbivory on oaks

   https://doi.org/10.1111/1365-2745.14444  

   Vázquez‐González, Carla; Abdala‐Roberts, Luis; Lago‐Núñez, Beatriz; Dean, Lydia S; Capó, Miquel; de_la_Mata, Raúl; Tack, Ayco_J M; Stenberg, Johan A; Covelo, Felisa; Cao, Ana; et al (January 2025, Journal of Ecology)

   Abstract Ecological theory predicts that herbivory should be weaker on islands than on mainland based on the assumption that islands have lower herbivore abundance and diversity. However, empirical tests of this prediction are rare, especially for insect herbivores, and those few tests often fail to address the mechanisms behind island–mainland divergence in herbivory. In particular, past studies have not addressed the relative contribution of top‐down (i.e. predator‐driven) and bottom‐up (i.e. plant‐driven) factors to these dynamics.To address this, we experimentally excluded insectivorous vertebrate predators (e.g. birds, bats) and measured leaf traits associated with herbivory in 52 populations of 12 oak (Quercus) species in three island–mainland sites: The Channel Islands of California vs. mainland California, Balearic Islands vs. mainland Spain, and the island Bornholm vs. mainland Sweden (N = 204 trees). In each site, at the end of the growing season, we measured leaf damage by insect herbivores on control vs. predator‐excluded branches and measured leaf traits, namely: phenolic compounds, specific leaf area, and nitrogen and phosphorous content. In addition, we obtained climatic and soil data for island and mainland populations using global databases. Specifically, we tested for island–mainland differences in herbivory, and whether differences in vertebrate predator effects or leaf traits between islands and mainland contributed to explaining the observed herbivory patterns.Supporting predictions, herbivory was lower on islands than on mainland, but only in the case of Mediterranean sites (California and Spain). We found no evidence for vertebrate predator effects on herbivory on either islands or mainland in any study site. In addition, while insularity affected leaf traits in some of the study sites (Sweden‐Bornholm and California), these effects were seemingly unrelated to differences in herbivory.Synthesis. Our results suggest that vertebrate predation and the studied leaf traits did not contribute to island–mainland variation patterns in herbivory, calling for more nuanced and comprehensive investigations of predator and plant trait effects, including measurements of other plant traits and assessments of predation by different groups of natural enemies. 

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4. Emic Views of Community Resilience and Coastal Tourism Development

   https://doi.org/10.3390/soc11030094  

   Naylor, Ryan S.; Hunt, Carter A.; Zimmerer, Karl S.; Taff, B. Derrick (September 2021, Societies)

   Coastal communities are among the most rapidly changing, institutionally complex, and culturally diverse in the world, and they are among the most vulnerable to anthropogenic change. While being a driver of anthropogenic change, tourism can also provide socio-economic alternatives to declining natural resource-based livelihoods for coastal residents. The purpose of this study is to assess the impact of small-scale cruise tourism on coastal community resiliency in Petersburg, Alaska. Exploring these impacts through resiliency theory’s lens of exposure, sensitivity, and adaptive capacity, we employed ethnographic research methods that emphasize emic viewpoints to determine how residents see this form of tourism affecting the resiliency of valued community culture, institutions, and traditional livelihoods. Findings indicate that with purposeful engagement in niche cruise tourism involving boats with 250 passengers or less, and an active rejection of the large cruise ship industry, Petersburg exhibits increased adaptive capacity to promote the resilience of valued community institutions and heritage. This work draws needed recognition to the diversity of activities that fall under the label of cruise tourism, including the distinct implications of smaller-scale, niche cruise tourism for the resilience of coastal communities. It also highlights the need to capture emic perspectives to understand the politics of community resiliency. 

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5. Storm-Driven Fresh Submarine Groundwater Discharge and Nutrient Fluxes From a Barrier Island

   https://doi.org/10.3389/fmars.2021.679010  

   Adyasari, Dini; Montiel, Daniel; Mortazavi, Behzad; Dimova, Natasha (July 2021, Frontiers in Marine Science)

   null (Ed.)

   Quantifying and characterizing groundwater flow and discharge from barrier islands to coastal waters is crucial for assessing freshwater resources and contaminant transport to the ocean. In this study, we examined the groundwater hydrological response, discharge, and associated nutrient fluxes in Dauphin Island, a barrier island located in the northeastern Gulf of Mexico. We employed radon ( 222 Rn) and radium (Ra) isotopes as tracers to evaluate the temporal and spatial variability of fresh and recirculated submarine groundwater discharge (SGD) in the nearshore waters. The results from a 40-day continuous 222 Rn time series conducted during a rainy season suggest that the coastal area surrounding Dauphin Island was river-dominated in the days after storm events. Groundwater response was detected about 1 week after the precipitation and peak river discharge. During the period when SGD was a factor in the nutrient budget of the coastal area, the total SGD rates were as high as 1.36 m day –1 , or almost three times higher than detected fluxes during the river-dominated period. We found from a three-endmember Ra mixing model that most of the SGD from the barrier island was composed of fresh groundwater. SGD was driven by marine and terrestrial forces, and focused on the southeastern part of the island. We observed spatial variability of nutrients in the subterranean estuary across this part of the island. Reduced nitrogen (i.e., NH 4 + and dissolved organic nitrogen) fluxes dominated the eastern shore with average rates of 4.88 and 5.20 mmol m –2 day –1 , respectively. In contrast, NO 3 – was prevalent along the south-central shore, which has significant tourism developments. The contrasting nutrient dynamics resulted in N- and P-limited coastal water in the different parts of the island. This study emphasizes the importance of understanding groundwater flow and dynamics in barrier islands, particularly those urbanized, prone to storm events, or located near large estuaries. 

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