A paper I authored with several colleagues titled “The Social Network of U.S. Academic Anthropology and Its Inequalities” was recently accepted to American Anthropologist and will be published in early 2019. Here you can play with an interactive network graph (produced by Google Fusion Tables) that visualizes the data we collected for U.S. Academic anthropology’s hiring network. Go ahead and grab individual nodes to examine their ties to other programs (gold ties represent sending relationships and blue are receiving). The graph also allows you to zoom in and out, and adjust the number of nodes displayed (based on network centrality). If you have any questions about the graph, feel free to comment here or email me directly. Google also offers a short overview of the functionality and limits of their network graphs.
My latest research article (co-authored with Chris McCarty and Charles Clement) is to be published in the December 2013 issue of Current Anthropology. It’s already available ahead of print through JSTOR. This is the abstract:
Social exchange networks play a critical role in the maintenance and distribution of crop diversity in smallholder farming communities throughout the world. The structure of such networks, however, can both support and constrain crop diversity and its distribution. This report examines varietal distribution of the staple crop manioc among rural households in three neighboring caboclo communities in Brazilian Amazonia. The results show that the centrality of households in exchange networks had no significant correlation with the number of manioc varieties maintained by households. However, household centrality did show a significant correlation with households’ perceived knowledge of manioc cultivation as well as the total area of manioc they cultivated. Although households with the most knowledgeable and active producers played a central role in the distribution of planting materials and manioc varieties, they did not maintain higher varietal diversity than more peripheral households in this study. This case study represents an important example of how social networks can constrain varietal distribution and contribute to low crop diversity in agricultural communities.
Here’s a quick video that shows ways in which Facebook and other web 2.0 technologies can be super useful for speeding up science through the process of crowdsourcing. While this researcher is an ichthyologist, the same method could be easily used by ethnobotanists. http://vimeo.com/48909830