Galen University is an independent university in Belize, Central America, with sustainable development as one of its core values. Its main campus is in Central Farm at mile 64 George Price Highway, in the Cayo District. The university is chartered and recognized by the Ministry of Education of the Government of Belize to offer degrees at undergraduate and graduate levels in educational programs such as business, arts, sciences, and education. About 95 percent of the students are Belizean students seeking Bachelor's and Master's degrees. The remainder are students participating in study abroad programs. The institution was established in 2003.
This study reconstructs low-level food production practices in North China (12,000–7000 cal BP) by integrating bioarchaeological, settlement, and artifact assemblage data. We document a shift from mobile foraging to nucleated semi-sedentary/sedentary villages, accompanied by diversified resource use, early millet/rice cultivation, technological innovations, and emergent social integration strategies. Applying a multidimensional diagnostic framework, we identify divergent regional trajectories after 7000 cal BP. In southern North China, communities adopted intensive millet agriculture at different rates, whereas populations in the north either continued low-level food production or experienced only limited agricultural intensification. Our analysis demonstrates that low-level food production constituted a distinct socioeconomic system rather than a transitional stage. This system contained both facilitative mechanisms promoting agricultural intensification and constraining mechanisms that delayed or inhibited it. These mechanisms interacted with local environmental circumstances and social contexts to generate heterogeneous socioeconomic trajectories. This challenges unilinear modes of agricultural evolution and underscores the co-evolution of technological, social and environmental factors in early food-producing societies.
In bioarchaeology, funerary taphonomy and preservation become part of the biocultural narrative of the dead. We evaluate the role of these factors in reconstructing the identities of those buried in an emerging deathway, the ventrally placed legs flexed (VPLF) burial position, during the Terminal Classic (750–900/1000 CE) period at the Maya polity of Lower Dover in western Belize. The term “VPLF” describes a divergent burial practice which may have resulted from intentional binding prior to burial. In our analysis of VPLF burials (n = 12), we use a two-step process to reconstruct the social identities and potential meaning of the burial pattern: (1) interpretation of the archaeological context based on excavation observations and biogeochemistry and (2) osteological analysis of curated individuals to reconstruct their biological profiles and post-mortem/post-excavation histories. Osteological analyses included age and sex estimation, paleopathological assessment of frailty and trauma, and skeletal modifications from cultural and taphonomic forces. Radiocarbon dating and ceramic analyses were used to date the burials. Stable and radiogenic isotopic analyses were applied to reconstruct diet and mobility for a subset of the VPLF burials. Our results show that individuals were buried in the VPLF position irrespective of age, sex, or social status, consistent with patterns at other Terminal Classic and Postclassic Maya sites, although VPLF interment may have been practiced earlier at Lower Dover. We hypothesize that the appearance of VPLF burials in the Terminal Classic period signified an ideological shift in light of emerging social and environmental pressures in the region.
The distribution of utilitarian pottery was a key component of the Classic (similar to 300-900 CE) Maya domestic economy, yet few studies have used geochemical sourcing of pottery to reconstruct local patterns of household interaction. Portable X-ray fluorescence (pXRF) analysis of pottery offers a promising approach, since it requires little sample preparation and is minimally destructive. While previous pXRF studies have identified limitations in sensitivity and precision, the method enables rapid analysis of large assemblages, which is necessary for characterizing inter- and intra-assemblage geochemical variability. To test this method, we analyzed 1,236 utilitarian pottery sherds from three ceramic types (Belize Red, Cayo Unslipped, and Dolphin Head Red) recovered from eight household contexts in two districts at Lower Dover, a small Late Classic (600-900 CE) Maya polity in the upper Belize River Valley of west-central Belize. Most vessels share similar geochemical compositions, suggesting local production; however, a small number of outliers likely represent imported items. Analyzed specimens fall into six compositional groups, most of which were also evenly distributed among different settlement groups, suggesting relatively uniform consumption across social statuses. This may imply that the inhabitants of hinterland districts acquired some of their pottery from a common, centralized marketplace rather than through localized or household-level production and exchange. As one of the largest ceramic pXRF studies in the Maya region, and one of the few focused on household contexts, this case study demonstrates the potential of pXRF for reconstructing pottery consumption and procurement patterns at the polity, district, and household level.
The upper Belize River Valley of west-central Belize is a complex ecotone where multiple environmental zones converge around the Mopan, Macal, and Belize Rivers. The valley's natural fecundity attracted Preclassic Maya (1200/1100 BCE–CE 300) farmers to the region, fostering population growth and the formation of several Classic (CE 300–900) polities. By the Late Classic (CE 600–900) the valley represented a dense conurbation of settlement focused around four major centers, each of these polities contained numerous intermediate elite headed districts of commoners. Evidence for political disintegration and demographic decline appeared around CE 750, coinciding with increasing drought, culminating in the complete collapse of these polities and a regional demographic crash around CE 1000. In this study, we combine environmental data and agricultural modeling to assess polity- and district-level agrarian productivity in the polities of Baking Pot, Cahal Pech, Lower Dover, and Yaxox. Our agricultural modeling indicates these polities could have generated significant agricultural surpluses under stable climatic conditions and low population density. Increasingly variable climate during the ninth to the eleventh century CE, however, impacted traditional rain fed milpa cultivation on the upland hillslopes in the south of the region, prompting out migration. In contrast, households situated on riverine alluvium appeared to thrive during this period. The case study highlights the importance of understanding environmental factors and agricultural strategies when reconstructing past political dynamics.
