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East Stroudsburg, PA, United States

East Stroudsburg University of Pennsylvania is a public university located in East Stroudsburg, Pennsylvania. It is one of the 14 state universities that compose the Pennsylvania State System of Higher Education . It is commonly referred to as ESU by its students and members of the community. The university began its existence in 1893 as a preparatory school for teachers called the East Stroudsburg Normal School, which was private. Ownership was transferred to the Commonwealth of Pennsylvania in 1920, and the name was changed to East Stroudsburg State Normal School. In 1927, the right to confer the degrees of bachelor of science in education and bachelor of science in health education was granted, and the school's name then became the East Stroudsburg State Teachers College. In 1960, additional curricula were added and the school's name then became East Stroudsburg State College. The State System of Higher Education was authorized by Senate Bill 506 to assume its current name in 1983. Wikipedia.

Jeong M.,East Stroudsburg University | Block M.E.,University of Virginia
Research Quarterly for Exercise and Sport | Year: 2011

The Theory of Planned Behavior (TpB) measures the effect that individuals' behavioral belief, normative belief, and control beliefs have on their intentions to perform a specific behavior. The purpose of this study was to examine: (a) whether the TpB could predict physical educators' intentions and (b) whether physical educators' intentions and control beliefs could predict their self-reported teaching behavior. A sample of 220 physical educators completed the questionnaire. Stepwise multiple regression analysis revealed that the TpB significantly predicted physical educators' intentions, F(3, 216) = 57.21, p < .01. However, only intention was a significant predictor of physical educators' self-reported behavior in teaching students with disabilities, F(2, 123) = 34.04, p < .01.

A new treehopper genus from Costa Rica, Mutilifolia, based on M. nishidai, new species, is described and illustrated. Mutilifolia is considered a member of the subfamily Smiliinae, tribe Telamonini based on characteristics of the pronotum, fore- and hind wing venation, and female genitalia. This genus superficially resembles the telamonine genera Antianthe, Archasia, and Hemicardiacus due to the highly elevated, foliaceous, and largely green pronotum, but the male style clasp of Mutilifolia with two recurved teeth differs greatly from the styles of any other presently known telamonine. Further collecting of treehoppers in the mountainous regions of Central America and Mexico, areas often neglected by collectors, may yield additional new Telamonini taxa. Copyright © 2015 Magnolia Press.

Pruetz J.D.,Iowa State University | LaDuke T.C.,East Stroudsburg University
American Journal of Physical Anthropology | Year: 2010

The use and control of fire are uniquely human traits thought to have come about fairly late in the evolution of our lineage, and they are hypothesized to correlate with an increase in intellectual complexity. Given the relatively sophisticated cognitive abilities yet small brain size of living apes compared to humans and even early hominins, observations of wild chimpanzees' reactions to naturally occurring fire can help inform hypotheses about the likely responses of early hominins to fire. We use data on the behavior of savanna chimpanzees (Pan troglodytes verus) at Fongoli, Senegal duringtwo encounters with wildfires to illuminate the similarities between great apes and humans regarding their reaction to fire. Chimpanzees' close relatedness to our lineage makes them phylogenetically relevant to the study of hominid evolution, and the open, hot and dry environment at Fongoli, similar to the savanna mosaic thought to characterize much of hominid evolution, makes these apes ecologically important as a living primate model as well. Chimpanzees at Fongoli calmly monitor wildfires and change their behavior in anticipation of the fire's movement. The ability to conceptualize the "behavior" of fire may be a synapomorphic trait characterizing the human-chimpanzee clade. If the cognitive underpinnings of fire conceptualization are a primitive hominid trait, hypotheses concerning the origins of the control and use of fire may need revision. We argue that our findings exemplify the importance of using living chimpanzees as models for better understanding human evolution despite recently published suggestions to the contrary. Am J Phys Anthropol 141:646-650, 2010. © 2009 Wiley-Liss, Inc.

Deitz L.L.,North Carolina State University | Wallace M.S.,East Stroudsburg University
Zootaxa | Year: 2012

The indigenous Nearctic treehopper fauna includes 2 families, 6 subfamilies, 20 tribes, 68-72 genera, and 276-280 described species, of which 1 tribe, 16 genera, and 195 species are endemic. This work provides an alphabetical checklist of the species (with distributions as documented in the literature) as well as discussions and two tables summarizing the taxonomic and regional diversity of this rich, distinctive fauna. The tribes Smiliini and Telamonini (Membracidae: Smiliinae), which include many specialists on oaks (Quercus spp.), are the two most species-rich tribes. Maps of the Nearctic subregions document the species richness of each state and province, 22 of which have between 60 and 118 reported species. The Southwest U.S. has the largest number of genera of the subregions, while both the Southwest and the Central and Eastern U.S. are highly species rich. Arizona stands apart as an area of exceptional endemism with one genus and 25 species known only from within its borders. Among families of auchenorrhynchous Hemiptera, Membracidae rank third in total numbers of Nearctic species. This study highlights the need for: (1) improved taxonomic understanding, especially through comprehensive generic revisions; (2) further collecting to fill gaps in geographic sampling; and (3) the preservation of identifiable voucher material, with full data (including geo-cordinates and, where known, host plant data) to document all published research. Copyright © 2012 Magnolia Press.

Recent research on the treehopper tribe Telamonini has focused on their classification and Nearctic distribution but little has been published on their biology, including detailed information on their host plants as well as data on their nymphal stage. Any studies including host plant data have emphasized adult records (often unreliable due to their movements), largely ignoring the nymphs, which are the predominant feeding stage. This work provides the first comprehensive summary of Telamonini host plants, it documents the first positive identification of the nymphs for several telamonine species (and the genus Helonica), and it provides the first morphological diagnoses for 14 species, thus filling in major gaps in the life history of many species. Host plant records were determined based on accounts in the literature (adults and nymphs), from rearings of nymphs on host plants to the adult stage, and from label data on museum specimens. The Telamonini are known from 22 families, 41 genera, and 80 species of mostly woody, deciduous trees (of which, six species are new host plant records). Nearly half of all telamonines have been collected from more than one plant genus and only 12 species are known from a single host plant species. Telamonine nymphs were reared to the adult stage on 15 plant species. Of 68 telamonine species, 45 have been found on oak (Quercus), and white oak (Q. alba) is the most common telamonine host plant. Telamona monticola has the most recorded host plants with 29. The work includes 23 color illustrations showing both live and preserved nymphs, representing 15 species, all illustrated for the first time (eight are positively identified for the first time). Differences in nymphal morphology among species within Archasia, Glossonotus, Heliria , and Telamona suggest current generic definitions need revision. This study highlights the need for an increased emphasis on nymphal collections when determining treehopper host plants and inferring classifications. Copyright © 2014 Magnolia Press

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