Archaeologically Defining the Earlier Garden Landscapes at Morven: Preliminary Results

The first phase of archaeology at Morven was designed to test the potential for further study of the early garden landscape at a ca. 1758 house in Princeton, New Jersey. The research included intensive botanical analysis using a variety of archaeobotanical framework. A study was also made of the garden\u27s topography using map analysis combined with subsurface testing. Information on garden features related to the design of earlier garden surfaces suggests the ways in which the Stockton family manipulated their estate to convey a social image of the family to the local Princeton community. This, in turn, provides information that, when combined with collateral ethnographic information obtained from documents, suggests the symbolic content of the garden

Archaeologically Defining the Earlier Garden Landscapes at Morven: Preliminary Results

The first phase of archaeology at Morven was designed to test the potential for further study of the early garden landscape at a ca. 1758 house in Princeton, New jersey. The research included intensive botanical analysis using a variety of archaeobotanical techniques integrated within a broader ethnobotanical framework. A study was also made of the garden\u27s topography using map analysis combined with subsurface testing. Information on garden features related to the design of earlier garden surfaces suggests the ways in which the Stockton family manipulated their estate to convey a social image of the family to the local Princeton community. This, in turn, provides information that, when combined with collateral ethnographic information obtained from documents, suggests the symbolic content of the garden

Comment on “Persistent effects of pre-Columbian plant domestication on Amazonian forest composition”

Levis et al. (Research Articles, 3 March 2017, p. 925) concluded that pre-Columbian tree domestication has shaped present-day Amazonian forest composition.The study, however, downplays five centuries of human influence following European arrival to the Americas.We show that the effects of post-Columbian activities in Amazonia are likely to have played a larger role than pre-Columbian ones in shaping the observed floristic patterns.Peer Reviewedhttps://deepblue.lib.umich.edu/bitstream/2027.42/138830/1/eaan8347.full.pdf85Description of eaan8347.full.pdf : main articl

Early Agriculture in the Maya Lowlands

Wetland research in northern Belize provides the earliest evidence for development of agriculture in the Maya Lowlands. Pollen data confirm the introduction of maize and manioc before 3000 B.C. Dramatic deforestation, beginning ca. 2500 B.C. and intensifying in wetland environments ca. 1500-1300 B.C., marks an expansion of agriculture, which occurred in the context of a mixed foraging economy. By 1000 B.C. a rise in groundwater levels led farmers to construct drainage ditches coeval with the emergence of Maya complex society ca. 1000-400 B.C. Field manipulations often involved minor modifications of natural hummocks. Canal systems are not as extensive in northern Belize as previously reported, nor is there evidence of artificially raised planting platforms. By the Classic period, wetland fields were flooded and mostly abandoned

Phytoliths as a tool for investigations of agricultural origins and dispersals around the world

Agricultural origins and dispersals are subjects of fundamental importance to archaeology as well as many other scholarly disciplines. These investigations are world-wide in scope and require significant amounts of paleobotanical data attesting to the exploitation of wild progenitors of crop plants and subsequent domestication and spread. Accordingly, for the past few decades the development of methods for identifying the remains of wild and domesticated plant species has been a focus of paleo-ethnobotany. Phytolith analysis has increasingly taken its place as an important independent contributor of data in all areas of the globe, and the volume of literature on the subject is now both very substantial and disseminated in a range of international journals. In this paper, experts who have carried out the hands-on work review the utility and importance of phytolith analysis in documenting the domestication and dispersals of crop plants around the world. It will serve as an important resource both to paleo-ethnobotanists and other scholars interested in the development and spread of agriculture