Entity

Time filter

Source Type

Boston, MA, United States

Emerson College is a private coeducational university located in downtown Boston, Massachusetts. Founded in 1880 by Charles Wesley Emerson as a "school of oratory," Emerson is "the only comprehensive college or university in America dedicated exclusively to communication and the arts in a liberal arts context." Offering more than three dozen degree programs in the area of Arts and Communication, the college is accredited by the New England Association of Schools and Colleges. Located in Boston's Washington Street Theatre District on the edge of the Boston Common, the school also maintains buildings in Los Angeles and the town of Well, The Netherlands.Emerson College has been named the winner of the Environmental Protection Agency’s College and University Green Power Challenge for the Great Northeast Athletic Conference for 2012–13. Wikipedia.


Castaneda C.,Emerson College
Social Science and Medicine | Year: 2015

Situating the contemporary medical treatment of transgender young people - children and adolescents - in the longer history of engagement between transgender activists and the medical community, this article analyzes the World Professional Association for Transgender Health's (WPATH) Standards of Care (SOC) concerning the medical treatment of transgender young people. It traces how the SOC both achieves medical treatment for children and adolescents and reinforces a normative gender system by cleaving to a developmental approach. Without rejecting the value of developmentally-based medical treatment for now, it offers some preliminary thoughts on queer theory's valuation of developmental failure as a potential future alternative to an emergent medico-technological transgender normativity. © 2014.


Oswald W.W.,Emerson College | Foster D.R.,Harvard Forest
Quaternary Research | Year: 2011

Analyses of a sediment core from Little Pond, located in the town of Bolton, Massachusetts, provide new insights into the history of environmental and ecological changes in southern New England during the late Holocene. Declines in organic content and peaks in the abundance of Isoetes spores indicate reduced water depth at 2900-2600, 2200-1800, and 1200-800 calibrated years before present (cal yr BP), generally consistent with the timing of dry conditions in records from elsewhere in the northeastern United States. The Little Pond pollen record features little change over the last 3000. yr, indicating that the surrounding vegetation was relatively insensitive to these periods of drought. The 1200-800. cal. yr BP dry interval, however, coincides with increased abundance of Castanea pollen, suggesting that the expansion of Castanea in southern New England may have been influenced by late-Holocene climatic variability. © 2011 University of Washington.


Emblidge D.,Emerson College
Publishing Research Quarterly | Year: 2016

Notes about the February 2016 PubWest Conference (Santa Fe, New Mexico) and a panel discussion about the relationship between academic publishing studies programs and publishers. PubWest is a regional publishers’ organization in the U.S., with Canadian members. The 2016 conference—“A Passion for Books”—included keynotes, intensive sessions, and panels on making publishing more profitable. Per Henningsgaard, Portland State University, chaired the panel “What Publishers and Academics Who Study Publishing Can Learn from Each Other.” Co-panelists: Sybil Nolan, University of Melbourne; David Emblidge, Emerson College. Henningsgaard gave an overview of publishing studies programs worldwide, what they teach and how they serve students interested in entering the publishing business. Emblidge presented a publishing studies student project from Emerson College—a book proposal for an illustrated nonfiction trade book. Nolan commented on broader research interests concerning the book business and its history, shared by academics in publishing studies. Similar conferences for publishing industry professionals and publishing studies courses at various universities are noted here, as is a research project aiming to build a comprehensive database for publishing studies teaching and learning materials. © 2016, Springer Science+Business Media New York.


Marsicek J.P.,University of Wyoming | Shuman B.,University of Wyoming | Brewer S.,University of Utah | Foster D.R.,Harvard University | Oswald W.W.,Emerson College
Quaternary Science Reviews | Year: 2013

A decline of hemlock (Tsuga) populations at ca5.5ka (thousands of calibrated radiocarbon years before 1950AD) stands out as the most abrupt vegetation change of the Holocene in North America, but remains poorly understood after decades of study. Recent analyses of fossil pollen have revealed a concurrent, abrupt oak (Quercus) decline and increases in the abundance of beech (Fagus) and pine (Pinus) on Cape Cod in eastern Massachusetts, but the replacement of drought-tolerant oaks by moisture-sensitive beeches appears inconsistent with low lake levels in the region at the same time. The oak and beech changes are also limited to coastal areas, and the coastal-inland differences require an explanation. Here, we develop a new lake-level reconstruction from Deep Pond, Cape Cod by using a transect of sediment cores and ground-penetrating radar (GPR) profiles to constrain the past elevations of the sandy, littoral zone of the pond. The reconstruction shows that a series of multi-century episodes of low water coincide with the abrupt hemlock and oak declines, and interrupt subsequent phases of hemlock recovery. The lake-level variations equal precipitation deficits of ~100mm superimposed on a Holocene long moisture increase of >400mm. However, because moisture deficits do not easily explain the oak and beech changes, we also evaluate how the climate preferences of the regional vegetation changed over time by matching the fossil pollen assemblages from Deep Pond with their modern equivalents. Reconstructions of the precipitation requirements of the vegetation correlate well even in detail with the lake-level record (r=0.88 at Deep Pond), and indicate close tracking of effective moisture (precipitation minus evapotranspiration) by the vegetation despite the abrupt species declines, which could have decoupled climate and vegetation trends. Reconstructions of the temperature preferences of the vegetation indicate that coastal sites may have cooled by 0.5-2.5°C after ca5.5 ka, while inland sites warmed by 0.5-1C. The change in coastal temperature preferences agrees with sea surface cooling in the western Atlantic Ocean of 1°C. Consequently, the persistence of low hemlock abundance after 5.5 ka in the northeast U.S. may have resulted from oceanic changes that produced multi-century droughts and thus delayed the post-decline recovery of hemlock populations. © 2013 Elsevier Ltd.


Parker M.A.,Emerson College
Journal of the Association for Research in Otolaryngology : JARO | Year: 2011

Transforming growth factor-β-activated kinase-1 (TAK1) is a mitogen activated protein kinase kinase kinase that is involved in diverse biological roles across species. Functioning downstream of TGF-β and BMP signaling, TAK1 mediates the activation of the c-Jun N-terminal kinase signaling pathway, serves as the target of pro-inflammatory cytokines, such as TNF-α, mediates NF-κβ activation, and plays a role in Wnt/Fz signaling in mesenchymal stem cells. Expression of TAK1 in the cochlea has not been defined. Data mining of previously published murine cochlear gene expression databases indicated that TAK1, along with TAK1 interacting proteins 1 (TAB1), and 2 (TAB2), is expressed in the developing and adult cochlea. The expression of TAK1 in the developing cochlea was confirmed using RT-PCR and immunohistochemistry. Immunolabeling of TAK1 in embryonic, neonatal, and mature cochleas via DAB chromogenic and fluorescent immunohistochemistry indicated that TAK1 is broadly expressed in both the developing otocyst and periotic mesenchyme at E12.5 but becomes more restricted to specific types of supporting cells as the organ of Corti matures. By P1, TAK1 immunolabeling is found in cells of the stria vascularis, hair cells, supporting cells, and Kölliker's organ. By P16, TAK1 labeling is limited to cochlear supporting cells. In the adult cochlea, TAK1 immunostaining is only present in the cytoplasm of Deiters' cells, pillar cells, inner phalangeal cells, and inner border cells, with no expression in any other cochlear cell types. While the role of TAK1 in the inner ear is unclear, TAK1 expression may be used as a novel marker for specific sub-populations of supporting cells.

Discover hidden collaborations