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Journal on Policy and Complex Systems

 

LINKS:

1. Introduction to complexity and policy: http://vimeo.com/51435839

2. The Stacey diagram: http://vimeo.com/25979052

3. Complexity and UK social policy interview with Eileen Munro: http://vimeo.com/31959287

 

 
The PSO is pleased to announce a new journal to be published twice a year, starting October 1, 2013. The peer-reviewed journal provides a platform whereby researchers, policy makers, experts in relevant disciplines, and modelers can join together to offer scientifically valid and societally appropriate solutions to challenging problems facing the world today, from the perspective of systems and complexity science.
 
Aims and Scope
 
  • • Promote professional and public understanding of the relationship between policy studies and complex  systems thinking, evolving greater understanding and engagement.
  • • Establish a venue for reporting results of exploring, developing, and evaluating policies using cutting edge computational approaches to policy research, including complexity theory, agent-based modeling/simulation, chaos theory, fractals, dynamical systems, and the science of networks.
  • • Establish a repository of data and systems developed through research efforts reported in the journal.
  • • Bring together a community of multi-disciplinary and inter-disciplinary scholars to address common societal concerns; including social scientists, natural scientists, computational scientists, humanists, policy analysts, public administrators, and policy makers.
  •  
Introductory Issue Topics & Call for Submissions
• Overview of Public Policy Methodological Approaches and Best Practices
• Overview of Complexity and Systems Methodological Approaches and Best Practices
• Public Policy & Complexity Theory/Systems Theory
• Data Acquisition for Systems-based Policy Research
• The Element of Time in Complex Systems Simulations
• Policy Analysys and Evaluation Within Complex Systems Framework
• Application of Complex Systems Policy Research
 
Article submission length should be between 5,000 to 7,000 words and include simulations (if applicable), while Letters to the Editor should be 300 words or less. Submissions for the introductory issue can be submitted by email to Dr. Mirsad Hadzikadic, Editor, at This email address is being protected from spambots. You need JavaScript enabled to view it. . Submissions received after the April 15, 2013 deadline will be considered on a rolling basis for future issues. For additional information please contact Liz Johnson, Managing Editor, at This email address is being protected from spambots. You need JavaScript enabled to view it. or 704/293-1482.
 
Submission Guidelines

The Journal on Policy and Complex Systems (JPCS) is a journal of the Policy Studies Organization – an international and interdisciplinary group associated with the American Political Science Association (APSA). The JPCS publishes international academic research of distinction and excellence pertinent to the field of complexity in public policy.

Papers are considered for publication with the understanding that they have not been published elsewhere, and are not under consideration by any other publication. Initially, the JPCS will be published twice a year. Papers that are published or held by the JPCS may not be published elsewhere without a written permission from the JPCS. The JPCS reserves the right to edit all papers for style, syntax, grammar, and clarity. The authors of published papers are required to transfer copyright ownership of the paper to the JPCS. All authors are required to obtain written copyright permission to include material in their paper for which they do not own copyright.

Types of Submissions

The JPCS accepts Research Articles and Letters to the Editor. Article submission length should be between 5,000 to 7,000 words and include simulations (if applicable), while Letters to the Editor should be 300 words or less. Submissions should be submitted electronically, via email, to the Editor, Mirsad Hadzikadic, at This email address is being protected from spambots. You need JavaScript enabled to view it. .

Manuscript Formatting

Font size must be 12 point Times New Roman for all parts of the submission and submitted on standard 8.5 inch by 11 inch paper with one inch margins on all four sides. All submissions should be in either MS Word or PDF formats. Authors who prefer different programs for submission should contact the Managing Editor, Liz Johnson, prior to submission at email address This email address is being protected from spambots. You need JavaScript enabled to view it. . Text, abstract, footnotes, citations, appendix materials, and references should be double-spaced. Tables and graphs should be single spaced while all other text should be double-spaced. An abstract of no more that 150 words must be accompanied by a list of key words below the abstract on a separate page.

A separate title page should list the paper title, names of the authors, and contact information for each corresponding author, including email addresses, phone numbers, and mailing addresses. For all authors, order names, as they should appear, along with each author's academic rank and academic affiliation. Acknowledgments and additional author notes can be listed at the bottom of the separate title page. Corresponding authors may also include a cover letter on a separate page. Authors should ensure that the main manuscript is anonymous so that there is no information that could identify them or collaborators. For review purposes, authors may place an in-text locator of figures and tables approximately where they fit in the text - example: [Table 1 about here]. Each figure and table must be on a single page and be submitted after references.

An added feature of the journal is the inclusion of live simulations from accepted research on the journal website. Authors should include the name of the software program and computer code for simulations with their submission.

The Publication Manual of the American Psychological Association (APA) is the prescribed style guide for references, endnotes, footnotes, and tables. References must be in alphabetical order based on first author's surname. Footnotes should be used for substantive comments, not citations, and must be identified by consecutive numbers in the text. Submissions that are not in the correct format will be returned for correction. For additional questions and clarifications, authors should call (704) 293-1482.

 
Editorial Board
 
Mirsad Hadzikadic, Complex Systems Institute, UNC Charlotte
Liz Johnson, Complex Systems Institute, George Washington University
Pietro Terna, University of Turin, Italy
Adrian Palacios, University of Valparaiso, Chile
Joseph Whitmeyer, UNC Charlotte
Robert Geyer, Lancaster University, UK
Michael Givel, University of Oklahoma
Jaehwa Choi, George Washington University
Calestous Juma, Harvard University
Caroline Wagner, Battelle Center for Science & Technology Policy
Ugo Merlone, University of Torino, Italy
Riccardo Boero, Los Alamos  National Laboratory
Mark Esposito, Harvard University and University of Cambridge
Ismael Rafols, Universitat Politècnica de València, Spain
Nicoletta Corrocher, Department of Management and Technology, Bocconi University
George A. Kaplan, Center for Social Epidemiology & Population Health, University of Michigan
 
Academic and methodological research expertise:
 
Public Policy
Political science
Public administration
Economics
Public health
International development
Globalization
United States
South America
Africa
Europe
Complexity
Complex adaptive systems
Information technology
Computer science
Applied mathematics
Artificial intelligence
Neuroscience
Sociology
Counseling
Human development and learning
Educational leadership
Applied philosophy
Ethics
 
Methodologies
 
Simulations
Agent-based modeling
Network science
Neural networks
Advanced statistics (structural equation modeling and latent growth models)
Case study
Qualitative research in complexity context
Game theory
 
Description
 
The world around us is a complex web of relationships connecting people, companies, countries, cells, or species into a system that provides the context for our daily existence. Given this complexity, it is hard to imagine any interesting problem that can be solved in isolation, i.e. without taking into consideration the adequate representation of both system constituent components and their mutual influences. Under such circumstances, it is imperative that our policies at all levels (local, state, country, the world), intended to regulate such systems, take into consideration this richness of both relevant system elements and relationships among them.
 
Events get even more complicated when we are faced with natural and social systems that include transitions and oscillations among their various phases. A new phase begins when the system reaches a threshold that marks the point of no return. These threshold effects are found all around us. In economics, this could be movement from a bull market to a bear market; in sociology, it could be the spread of political dissent, culminating in rebellion; in biology, the immune response to infection or disease as the body moves from sickness to health; in ecology, it could be an unchecked growth of species due to the removal of a top-level predator in the system; in healthcare, it could be an uneven access to services due to the poorly devised policy regulating health insurance policies. Companies, societies, markets, or humans rarely stay in a stable, predictable state for long. Randomness, power laws, and human behavior ensure that the future is both unknown and challenging. How do events unfold? When do they take hold? Why do some initial events cause an avalanche while others do not? What characterizes these events? What are the thresholds that differentiate a sea change from insignificant variation? And, most importantly, what can we do at the policy level to promote activities that will bring about positive, long-term, and sustainable changes in the system of interest?
 
Many methods and techniques have been developed to deal with the complexity of systems, including systems dynamics, fractals, chaos theory, science of networks, and complexity theory. They provide a powerful set of tools to model and/or simulate phenomena that are characterized by their scale-free and/or small-world network structure, sensitivity to initial conditions, power-law distributions, adaptability, self-organization, feedback loops, and emergent properties. However, applying such tools on any real-world problem will require the mastery of intricacies of both public policy and a wide variety of discipline-specific expertise, working together to uncover principles that both transcend and complement disciplinary contributions.
 
Consequently, we are proposing a new journal, Journal of Policy and Complex Systems, focused on providing the platform where policy makers, experts in relevant disciplines, and modelers will come together to offer scientifically valid and societally appropriate solutions to the most challenging problems facing the world today.