656 research outputs found
RAL, Goodwin Model
No full textThis collection includes:
• Shaikh, A. (n.d.). The Goodwin model, Cobb-Douglas production function, and Solow [Handwritten manuscript notes].
• Author unknown. (n.d.). Wages, unemployment, price setting, and the natural rate of unemployment [Pages from macroeconomics textbook].
• Author unknown. (n.d.). The Phillips curve, Okun\u27s law, aggregate demand, and disinflation [Pages from macroeconomics textbook].
• Author unknown. (n.d.). Productivity, the natural rate of unemployment, and technological progress [Pages from macroeconomics textbook].
• Shaikh, A. (2001, September 5). RAL dynamics: Technical change, population growth, and Harrod-neutral technical change [Handwritten manuscript notes].
• Shaikh, A. (n.d.). Analysis of the Goodwin-Shah-Desai 1981 model [Handwritten manuscript notes].
• Shaikh, A. (2002, January 23). The Okishio viability condition [Handwritten manuscript notes].
• Shaikh, A. (2001, November 28). Unemployment and wage dynamics: Layard, Nickell, and Jackman [Handwritten manuscript notes].
• Shaikh, A. (2001, December 12). Unemployment and wage dynamics: The NAIRU story and Layard, Nickell, and Jackman [Handwritten manuscript notes].
• Shaikh, A. (1997, October 29). ralla.sim: A modification of Goodwin\u27s model [Computer model printout].
• Shaikh, A. (1997, October 29). goodwina for Goodwin\u27s model [Computer model printout].
• Shaikh, A. (1997, October 29). rall.sim: A modification of Goodwin\u27s model (stable and cyclically convergent) [Computer model printout].
• Shaikh, A. (n.d.). The original Goodwin model in differential and difference forms [Handwritten manuscript notes].
• Shaikh, A. (n.d.). Equations for changes in wages and capital [Handwritten manuscript note].
• Shaikh, A. (n.d.). Modified Goodwin model in difference form [Handwritten manuscript notes].
• Shaikh, A. (n.d.). Equations for the Goodwin model [Handwritten manuscript notes].
• Shaikh, A. (2002, January 22). The basic Goodwin model with embodied technical change [Handwritten manuscript notes].
• Shaikh, A. (2002, January 23). The Goodwin model with endogenous capital-labor ratio: Desai (1984) and D. Harvie (2000) [Handwritten manuscript notes].
• Shaikh, A. (n.d.). W GOODWINRAL1 BRUNI.WF1 data tables for the years 1947-2001 [Data file].
• Shaikh, A. (n.d.). Actual US data tables for the years 1947-2001 [Data file].
• Shaikh, A. (2002, January 25). Eviews program code for the Goodwin-Shah-Desai (1981) model [Computer program manuscript].
• Shaikh, A. (2002, January 31). Testing control variables and sample statements in Eviews [Handwritten manuscript notes].
• Shaikh, A. (n.d.). Stability analysis for the Goodwin model [Handwritten manuscript notes].
• Shaikh, A. (n.d.). Graph of simulated data for wage share and employment share from the Goodwinralla.prg Eviews program [Graphical manuscript material].
• Shaikh, A. (1991, December 19). goodwinb: A modification of Goodwin\u27s model with an endogenous component to technical change [Computer model file].
• Shaikh, A. (1991, December 19). Annotated graph of employment ratio from the Tutsim 6 model Goodwinb [Graphical manuscript material].
• Shaikh, A. (1991, December 19). Graph of wage share from the Tutsim 6 model Goodwinb [Graphical manuscript material].
• Shaikh, A. (n.d.). Graph of a modified Goodwin model with zero natural growth [Graphical manuscript material].
• Shaikh, A. (1991, December 17). Modified Goodwin model with partially endogenous technical change [Handwritten manuscript notes].
• Shaikh, A. (1991, December 17). Analysis of the modified Goodwin model Goodwinb [Handwritten manuscript notes].
• Shaikh, A. (1991, December 22). Comparison of RAL Model 1 (RALI.SIM) and the Goodwin model [Handwritten manuscript notes].
• Shaikh, A. (1991, December 22). Calculations for the RAL1.SIM model [Handwritten manuscript calculations].
• Shaikh, A. (2001, March 14). Using data from w-r curves to derive an aggregate production function [Handwritten manuscript note].
• Shaikh, A. (n.d.). Neoclassical model notes and diagrams [Handwritten manuscript notes].
• Shaikh, A. (2002, January 29). Comparison of differential and difference forms of the Goodwin model [Handwritten manuscript notes].
• Shaikh, A. (n.d.). Model\u27s switch point [Handwritten manuscript notes].
• Shaikh, A. (2002, February 6). Identity accounts [Handwritten manuscript notes].
• Shaikh, A. (2002, January 28). Eviews program code for the gdwnelt1b model: A modified Goodwin model [Computer program manuscript].
• Shaikh, A. (2002, January 28). Graph of wage share and employment ratio from the gdwnelt1b model [Graphical manuscript material].
• Shaikh, A. (2002, January 28). Eviews program code for the gdwnelt1b model [Computer program manuscript].
• Shaikh, A. (2002, January 28). Analysis of the GDWELT1b model in Eviews [Handwritten manuscript notes].
• Shaikh, A. (2002, January 27). Analysis of the GDWNELT1B Eviews model [Handwritten manuscript notes].
• Shaikh, A. (2002, January 28). Annotated Eviews program code for the gdwnelt1b model [Computer program manuscript].
• Shaikh, A. (2002, January 21). Annotated Eviews program code for the gdwnelt2 model [Computer program manuscript].
• Shaikh, A. (n.d.). Goodwinral2.prg: Program description and code for an extended Goodwin model [Computer program manuscript].
• Shaikh, A. (2002, January 22). Eviews program code for the Goodwin-Desai model [Computer program manuscript].
• Shaikh, A. (n.d.). Goodwinral1.prg: Program description and code for an extended Goodwin model [Computer program manuscript].
• Shaikh, A. (n.d.). Goodwinral3.prg: Program description and code for a Goodwin model with embodied technical change [Computer program manuscript]
Ethics and ethnography – an experiential account
No full textIn this article, the authors discuss an ethical dilemma faced by the first author during the fieldwork of an ethnographic study of expertise in anesthesia. The example, written from the perspective of the first author, addresses a number of ethical issues commonly faced, namely, the researcher-researched relationship, anonymity and confidentiality, privacy, and exploitation. She deliberates on the influences that guided her decision and in doing so highlights some of the elements that combine to shape the data. The authors argue that this process of shaping the data is a symbiotic one in which the researcher and the community being studied construct the data together
Discussion of Leadership: In Turbulent Times by Doris Kearns Goodwin
No full textRichard Fox, Friends of the Library Member, will lead the book discussion of Leadership: In Turbulent Times by Doris Kearns Goodwin
Pulitzer Prize-winning author Doris Kearns Goodwin demonstrates how leaders are made, not born, as she thoughtfully explores the highs and lows of four U.S. presidents (Abraham Lincoln, Theodore Roosevelt, Franklin D. Roosevelt, and Lyndon B. Johnson) who faced moments of national crisis.
Attendees are welcome to bring a brown bag lunch. Refreshments will be served.
Friends of the Library book discussions are free and open to all CSU faculty, staff, and students and the general public.
Contact Barbara Loomis at [email protected] for more information
Thomae Goodwins, Der H. Schrift Doctoris und Pæsidenten des Magdalenen-Collegii zu Oxfurt in England, Geistreiche Schriften
No full textJn die Hochteutsche Sprache übersetzet von Balthasar Köpken ... Nebst einer Vorrede Herrn D. Philipp Jacob SpenersTitelbl. in Rot- und Schwarzdr.Vorlageform des Erscheinungsvermerks: Halle, in Verlegung des Wäysenhauses, MDCCXXX
“Good Friend” and the Goodwin Sands, Kent
No full textThe Goodwin Sands are a hazard to shipping in the English Channel. Their name means “good friend” and is often taken as euphemistic or propitiatory. Alternatively, in a legend with Celtic parallels, the sands have been regarded as an island which belonged to Earl Godwine (d. 1053), but was drowned by natural disaster. Science shows, however, that the Goodwins have never been land within historic times. Their name can thus have nothing to do with Godwine of Wessex. Nor is it an attempt to flatter a feared entity. The author argues that the name should be explained instead by reference to the Downs, an anchorage between the sands and the Kent coast. Dangerous to mariners, the Goodwins are nevertheless a natural breakwater; by creating the calm water of the Downs, they really were a “good friend” to seafarers. The interpretation has an equivalent with the Manacles, “stones of refuge,” off the Cornish coast. The Goodwins and Manacles have wrecked many ships, but saved far more, the first as a barrier against storms in the Channel, the second as one against storms in the Atlantic. Their names will hence display the same naming pattern
Surface studies of the interaction of cesium with feldspars
No full textPT: J; CR: ABRY DRM, 1982, TR189 ADAMS I, 1972, EARTH PLANET SC LETT, V16, P429 BARNEY GS, 1975, ARHSA218 ATL RICHF H BARRER RM, 1963, J CHEM SOC, P434 BERNER RA, 1979, GEOCHIM COSMOCHIM AC, V43, P1173 BOULTON J, 1978, AECL6314 GOODWIN BW, 1981, P NEA WORKSHOP OECD, P33 HAINES RI, UNPUB KOMARNENI S, 1978, INORG NUCL CHEM LETT, V14, P173 STRACHAN DM, 1977, ARHSA294 ATL RICHF H THOMAS S, 1973, J VAC SCI TECHNOL, V10, P218 TORSTENFELT B, 1981, 429 PROGR RAD AVF RE; NR: 12; TC: 2; J9: ACS SYMP SER; PG: 11; GA: SG601Source type: Electronic(1
Freezer
No full textNannucci’s 16-page artist’s book is composed of photographs of refrigerators belonging to the following individuals, mostly from the Toronto arts community: G. Koh; J. Goodwin; P. Couillard/E. Johnson; A. Dean/T. Dean; M. Polosa/D. Olson; AA Bronson; J. Mason; A. Patton/J. Gurney; L. Jacob; J. Sonenberg/M. Jacques; A. Paterson; J. Ko/J. McDade; A. Wilson/P. Bowyer; S. Hobbs; K. Mulhern; and P. Gale/M. Snow
“Good Friend” and the Goodwin Sands, Kent
No full textThe Goodwin Sands are a hazard to shipping in the English Channel. Their name means “good friend” and is often taken as euphemistic or propitiatory. Alternatively, in a legend with Celtic parallels, the sands have been regarded as an island which belonged to Earl Godwine (d. 1053), but was drowned by natural disaster. Science shows, however, that the Goodwins have never been land within historic times. Their name can thus have nothing to do with Godwine of Wessex. Nor is it an attempt to fl atter a feared entity. The author argues that the name should be explained instead by reference to the Downs, an anchorage between the sands and the Kent coast. Dangerous to mariners, the Goodwins are nevertheless a natural breakwater; by creating the calm water of the Downs, they really were a “good friend” to seafarers. The interpretation has an equivalent with the Manacles, “stones of refuge,” off the Cornish coast. The Goodwins and Manacles have wrecked many ships, but saved far more, the fi rst as a barrier against storms in the Channel, the second as one against storms in the Atlantic. Their names will hence display the same naming pattern.Пески Гудвина (Goodwin Sands) представляют собой опасную отмель в Ла-Манше. Название отмели означает «Добрый друг» и нередко рассматривается как эвфемистическое или благопожелательное. Альтернативой этому объяснению является имеющая кельтские параллели легенда, согласно которой отмель некогда была островом, принадлежавшим графу Годвину (ум. 1053) и позднее затонувшим по естественным причинам. Однако научные данные говорят о том, что в обозримой исторической перспективе эта отмель никогда не была куском суши, следовательно, ее название не может иметь ничего общего с Годвином Уэссекским. Не является оно и попыткой «задобрить» источник опасности. Автор объясняет этот топоним, обращаясь к особенностям называемой им реалии и анализируя ее связь с Даунсом, якорным рейдом между отмелью и побережьем Кента: Пески Гудвина, опасные для мореплавателей, представляют собой естественный волнорез; однако они образуют тихую заводь Даунса, где корабли могли переждать ненастье. Таким образом, эта отмель действительно была «добрым другом» моряков. Данная интерпретация имеет топонимическую параллель — Manacle Rocks, «Скалы убежища», недалеко от побережья Корнуолла. Оба названия реализуют одну и ту же номинативную модель: как Пески Гудвина, так и Мэнэклс погубили много кораблей, но спасли куда больше, защищая их от штормов в Ла-Манше и в Атлантике
Estimating connectivity of hard clam (Mercenaria mercenaria) and eastern oyster (Crassostrea virginica) larvae in Barnegat Bay
No full text© The Author(s), 2019. This article is distributed under the terms of the Creative Commons Attribution License. The definitive version was published in Goodwin, J. D., Munroe, D. M., Defne, Z., Ganju, N. K., & Vasslides, J. Estimating connectivity of hard clam (Mercenaria mercenaria) and eastern oyster (Crassostrea virginica) larvae in Barnegat Bay. Journal of Marine Science and Engineering, 7(6), (2019): 167, doi:10.3390/jmse7060167.Many marine organisms have a well-known adult sessile stage. Unfortunately, our lack of knowledge regarding their larval transient stage hinders our understanding of their basic ecology and connectivity. Larvae can have swimming behavior that influences their transport within the marine environment. Understanding the larval stage provides insight into population connectivity that can help strategically identify areas for restoration. Current techniques for understanding the larval stage include modeling that combines particle attributes (e.g., larval behavior) with physical processes of water movement to contribute to our understanding of connectivity trends. This study builds on those methods by using a previously developed retention clock matrix (RCM) to illustrate time dependent connectivity of two species of shellfish between areas and over a range of larval durations. The RCM was previously used on physical parameters but we expand the concept by applying it to biology. A new metric, difference RCM (DRCM), is introduced to quantify changes in connectivity under different scenarios. Broad spatial trends were similar for all behavior types with a general south to north progression of particles. The DRCMs illustrate differences between neutral particles and those with behavior in northern regions where stratification was higher, indicating that larval behavior influenced transport. Based on these findings, particle behavior led to small differences (north to south movement) in transport patterns in areas with higher salinity gradients (the northern part of the system) compared to neutral particles. Overall, the dominant direction for particle movement was from south to north, which at times was enhanced by winds from the south. Clam and oyster restoration in the southern portion of Barnegat Bay could serve as a larval supply for populations in the north. These model results show that coupled hydrodynamic and particle tracking models have implications for fisheries management and restoration activities.This work is supported by the Barnegat Bay Partnership EPA grants CE98212311, CE98212312.
We extend our deep thanks to anonymous reviewers and Lisa Lucas who provided thoughtful input that improved
the manuscript. We thank Matthew Kozak and Ian Mitchell for technical advice and Elizabeth North for LTRANS
guidance. Joe Caracapa and Jennifer Gius provided help running remote simulations. COAST model source code
is available at https://code.usgs.gov/coawstmodel/COAWST [50]. The hydrodynamic model outoput is available
at: http://geoport.whoi.edu/thredds/catalog/clay/usgs/users/zdefne/GRL/catalog.html [21] and particle tracking
model outputs are available from the corresponding author upon request
Supporting Refugee Children in Pennsylvania Public Schools
No full textThis study documented the lived experiences of professionals with significant background working with child refugees, in an attempt to understand how practitioners view the information, resources, and other supports required to assure child refugees’ successful physical, cognitive, social, and emotional development. An extensive review of the published research on child refugees in the Unitd States described specific international treaties, federal statutes, and state codes, addressed developmental disruptions as refugee children experience them, and explored the school experience of specific refugee cultural groups, yet revealed few reports of practitioners’ perspectives.
Accordingly, this investigation sought the views of ten school and community professionals who engage with child refugees in a medium-sized, suburban school district to determine 1) What advice would they offer to those who will serve refugee children in public schools? 2) How useful do they find background information on legal mandates and the refugee child’s experience prior to resettlement, and when is this information most beneficial? 3) How do they experience a child refugee’s developmental disruptions, and how do they prioritize work on these disruptions?
A one hour semi-structured interview addressed knowledge, skills, and practices that professionals found to be successful when working with a refugee population, along with barriers that they encountered. A three-part, twenty-six item follow-up survey asked participants to provide background information on their experiences, rate their knowledge of federal and state legal mandates and refugee cultural experiences (e.g., home country context, refugee camp conditions), and identify any developmental disruptions a refugee child presented in their setting.
Participants reported successes and barriers that were largely role specific. Several themes, however, arose across all interviews. These themes included: 1) addressing students’ language needs, 2) engaging community resources, 3) addressing school needs related to cultural context education, 4) building relational trust, 5) identifying and addressing bullying, and 6) collaborating in pursuit of common professional goals. In addition, interviewees identified motivation and transformation as personal experiences in their work with child refugees.
Findings lead to three implications, including development of comprehensive and specific state policy, recommendations for professional standards of practice, and revision to pre-service teacher and school leader curricula
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