Transnational Adoption and European Immigration Politics: Producing the National Body in Sweden
This article explores the role of transnational adoption in the production of a multicultural but Swedish national body during the second half of the twentieth and the first decade of the twenty-first century, when Sweden became a multiethnic, multicultural, and racially divided country. I examine the development of international adoption policies in the 1970s, 1980s, and 1990s, emphasizing the erasure of the child's connection to a preadoptive past, even as the child's cultural difference was celebrated in adopting nations. In Sweden, which in the late 1970s and early 1980s had the world's highest adoption ratio (number of transnational adoptions per 1000 live births), debates about the Swedishness of the adoptee and the difference of the immigrant child underscored the assumption that the former but not the latter could become completely Swedish, while hinting at the (in)significance of race in constituting Swedish identity. My research situates transnational adoption in the context of technologies of exclusion that regulate the national body and the complex position of the adoptee as an incorporated but excluded other in adopting nations.
Shame, ontological insecurity and intercountry adoption
Romania and South Korea were once among the top sending countries for adoptive American families. In recent years, though, both have adopted significant restrictions on intercountry adoption. What leads countries to introduce such severe restrictions? This article argues that shame plays a significant, yet underappreciated, motivating factor for leading governments to change their laws on intercountry adoption. Political leaders seize on nationalist rhetoric to argue that intercountry adoption is shameful. The article explores the interaction between intercountry adoption and shame through brief case studies on Romania and South Korea. Finally, it examines the role of the Hague Convention on Protection of Children and Cooperation in Respect of Intercountry Adoption (Hague Adoption Convention) in ameliorating these feelings.
A quantitative measure of nitrifying bacterial growth.
Nitrifying bacteria convert ammonia (NH3) to nitrate (NO3-) in a nitrification reaction. Methods to quantitatively separate the growth rate of these important bacterial populations from that of the dominant heterotrophic bacteria are important to our understanding of the nitrification process. The changing concentration of ammonia is often used as an indirect measure of nitrification but ammonification processes generate ammonia and confound this approach while heterotrophs remove nitrate via denitrification. Molecular probe methods can tell us what proportion of the microbial community is nitrifying bacteria but not their growth rate. The technique proposed here was able to quantify the growth rate of the nitrifying bacterial populations amidst complex ecological processes. The method incubates [methyl-3H] thymidine with water samples in the presence and absence of an inhibitor of nitrification-thiourea. The radioactively labeled DNA in the growing bacteria was extracted. The rate of incorporation of the label into the dividing bacterial DNA was used to determine bacterial growth rate. Total bacterial community growth rates in full-scale and pilot-scale fixed-film nitrifying reactors and an activated sludge reactor were 2.1 x 10(8), 4.1 x 10(8) and 0.4 x 10(8)cell ml(-1)d(-1), respectively; the growth rate of autotrophic-nitrifying bacteria was 0.7 x 10(8), 2.6 x 10(8) and 0.01 x 10(8)cell ml(-1)d(-1), respectively. Autotrophic-nitrifying bacteria contributed 30% and 60% of the total bacterial community growth rate in the nitrifying reactors whereas only 2% was observed in the activated sludge reactor that was not designed to nitrify. The rates of ammonia loss from the nitrifying reactors corresponded to the rate of growth of the nitrifying bacteria. This method has the potential to more often identify factors that enhance or limit nitrifying processes in both engineered and natural aquatic environments.