Using learning networks to understand complex systems: a case study of biological, geophysical and social research in the Amazon

Developing high-quality scientific research will be most effective if research communities with diverse skills and interests are able to share information and knowledge, are aware of the major challenges across disciplines, and can exploit economies of scale to provide robust answers and better inform policy. We evaluate opportunities and challenges facing the development of a more interactive research environment by developing an interdisciplinary synthesis of research on a single geographic region. We focus on the Amazon as it is of enormous regional and global environmental importance and faces a highly uncertain future. To take stock of existing knowledge and provide a framework for analysis we present a set of mini-reviews from fourteen different areas of research, encompassing taxonomy, biodiversity, biogeography, vegetation dynamics, landscape ecology, earth-atmosphere interactions, ecosystem processes, fire, deforestation dynamics, hydrology, hunting, conservation planning, livelihoods, and payments for ecosystem services. Each review highlights the current state of knowledge and identifies research priorities, including major challenges and opportunities. We show that while substantial progress is being made across many areas of scientific research, our understanding of specific issues is often dependent on knowledge from other disciplines. Accelerating the acquisition of reliable and contextualized knowledge about the fate of complex pristine and modified ecosystems is partly dependent on our ability to exploit economies of scale in shared resources and technical expertise, recognise and make explicit interconnections and feedbacks among sub-disciplines, increase the temporal and spatial scale of existing studies, and improve the dissemination of scientific findings to policy makers and society at large. Enhancing interaction among research efforts is vital if we are to make the most of limited funds and overcome the challenges posed by addressing large-scale interdisciplinary questions. Bringing together a diverse scientific community with a single geographic focus can help increase awareness of research questions both within and among disciplines, and reveal the opportunities that may exist for advancing acquisition of reliable knowledge. This approach could be useful for a variety of globally important scientific questions.

Coordinated, network-based research as a strategic component of science in Brazil

Scientific research plays a fundamental role in the health and development of any society, since all technological advances depend ultimately on scientific discovery and the generation of wealth is intricately dependent on technological advance. Due to their importance, science and technology generally occupy important places in the hierarchical structure of developed societies, and they receive considerable public and private investment. Publicly funded science is almost entirely devoted to discovery, and it is administered and structured in a very similar way throughout the world. Particularly in the biological sciences, this structure, which is very much centered on the individual scientist and his own hypothesis-based investigations, may not be the best suited for either discovery in the context of complex biological systems, or for the efficient advancement of fundamental knowledge into practical utility. The adoption of other organizational paradigms, which permit a more coordinated and interactive research structure, may provide important opportunities to accelerate the scientific process and further enhance its relevance and contribution to society. The key alternative is a structure that incorporates larger organizational units to tackle larger and more complex problems. One example of such a unit is the research network. Brazil has utilized such networks to great effect in genome sequencing projects, demonstrating their relevance to the Brazilian research community and opening the possibility of their wider utility in the future.

Special Issue: Interactive Educational Media for the Neural and Cognitive Sciences

Understanding the functioning of brains is an extremely challenging endeavour - both for researches as well as for students. Interactive media and tools, like simulations, databases and visualizations or virtual laboratories proved to be not only indispensable in research but also in education to help understanding brain function. Accordingly, a wide range of such media and tools are now available and it is getting increasingly difficult to see an overall picture. Written by researchers, tool developers and experienced academic teachers, this special issue of Brains, Minds & Media covers a broad range of interactive research media and tools with a strong emphasis on their use in neural and cognitive sciences education. The focus lies not only on the tools themselves, but also on the question of how research tools can significantly enhance learning and teaching and how a curricular integration can be achieved. This collection gives a comprehensive overview of existing tools and their usage as well as the underlying educational ideas and thus provides an orientation guide not only for teaching researchers but also for interested teachers and students.

Cellular and genetic mechanisms involved in the generation of protective and pathogenic immune responses in human Chagas disease

Perhaps one of the most intriguing aspects of human Chagas disease is the complex network of events that underlie the generation of protective versus pathogenic immune responses during the chronic phase of the disease. While most individuals do not develop patent disease, a large percentage may develop severe forms that eventually lead to death. Although many efforts have been devoted to deciphering these mechanisms, there is still much to be learned before we can fully understand the pathogenesis of Chagas disease. It is clear that the host's immune response is decisive in this process. While characteristics of the parasite influence the immune response, it is becoming evident that the host genetic background plays a fundamental role in the establishment of pathogenic versus protective responses. The involvement of three complex organisms, host, parasite and vector, is certainly one of the key aspects that calls for multidisciplinary approaches towards the understanding of Chagas disease. We believe that now, one hundred years after the discovery of Chagas disease, it is imperative to continue with highly interactive research in order to elucidate the immune response associated with disease evolution, which will be essential in designing prophylactic or therapeutic interventions.

La investigación cooperativa

La "Collaborative Research" (Investigación cooperativa) se presenta como una alternativa del diseño "R and D" en Educación y una de las modalidades de la "Action Research". Puede considerarse a E. E. U. U. como país pionero de sus más importantes realizaciones. El artículo intenta presentar una síntesis de la evolución histórica de este tipo de investigación, deteniéndose especialmente en sus orígenes, vinculados a la "Action Research"; la crisis de esta ultima; la creación de los diseños interactivos IR and DT de Tikunoff, Ward y Griffin en 1975 (Interactive Research and Development on teaching) en un contexto internacional favorable al resurgimiento de la Action Research y explicitado en diversidad de corrientes y movimientos orientados a potenciar el cambio educativo y social a través de la investigación; finalmente, su expansión actual. Del estudio de las obras de sus representantes principales (Griffin, Oja, Pine, Smulyan, Tikunoff, Ward, etc. ), se extraen los elementos que podemos considerar claves para una definición de la Collaborative Research, los procesos y diseños de investigación empleados y las condiciones requeridas para que pueda llevarse a cabo. A partir de este análisis se ofrece una reflexión sobre los problemas concretos vinculados a este tipo de investigación: los que surgen al inicio de la misma; los que se dan en torno al proceso de comunicación y, sobre todo los relacionados con la producción real de conocimiento científico, señalando en cada uno de estos apartados posibles vías de soluci6n, apuntadas desde los nuevos enfoques de la investigación educativa. * Profesora Catedrática del Departamento de Métodos de Investigación y Diagnóstico en Educación.

Amanhecer para uma nova realidade : uma experiência de educação de todos, com todos e para todos, no 1º ciclo do ensino básico

A educação Inclusiva pressupõe proporcionar a todos os alunos as condições para que possam aprender e interagir de forma cooperativa e solidária e, assim, desenvolver competências tanto ao nível social como académico (Leitão, 2006). Foi neste seguimento que surgiu o presente Trabalho de Projecto, tendo como enfoque uma turma do 4º ano, onde se encontra incluída uma criança com Paralisia Cerebral. O principal objectivo foi o de criar raízes de um espírito de trabalho cooperativo na turma em questão, para que se alcance no seu seio uma verdadeira situação de inclusão educativa, em que não haja distinção entre os diferentes alunos da turma, e onde se consiga promover valores e princípios como da equidade e respeito mútuo, de justiça, de dignidade, em que os alunos possam aprender uns com os outros, vivendo experiências enriquecedoras e assimilando atitudes e valores que levem a um efectivo respeito pela diversidade e diferença. Por termos como base os princípios de uma de investigação-acção, foi um projecto onde nos envolvemos activamente, para conseguirmos provocar uma mudança na situação problemática por nós diagnosticada no início do desenvolvimento do projecto e que nos levou a desencadear a acção. Para tal, e como característico deste tipo de modalidade de investigação, foi privilegiada a adopção de técnicas qualitativas para a recolha de dados, como a observação naturalista, a entrevista, a sociometria e a pesquisa documental, através dos quais alicerçámos o nosso projecto. Assim, podemos referir que o nosso projecto se caracterizou como uma investigação interactiva, em espiral e focada num problema, sobre o qual agimos, sustentada por um quadro teórico a partir do qual elaborámos todo o enquadramento metodológico do nosso projecto, bem como o plano de acção, que se baseou em todo um sistema de planificação/acção/reflexão. Como resultados, podemos afirmar que, partindo do facto do J. ser um aluno bem aceite pelos colegas e da grande motivação que toda a turma sempre demonstrou em trabalhar em grupo, conseguiu desenvolver-se uma socialização de aprendizagens, gerando inclusão educativa, beneficiando o J. e outros colegas que, a partir desta experiência, conseguiram libertar-se de constangimentos e fazer emergir potencialidades, capacidades e competências nunca antes vivenciadas.

Síndrome de Asperger e educação inclusiva: análise de atitudes sociais e interações sociais

Coordenação de Aperfeiçoamento de Pessoal de Nível Superior (CAPES)

A Gestão ambiental no distrito industrial I de Maracanaú - Região metropolitana de Fortaleza-CE

Pós-graduação em Geografia - IGCE

Interactive health communication in preventive medicine - Internet-based strategies in teaching and research

Interactive health communication using Internet technologies is expanding the range and flexibility of intervention and teaching options available in preventive medicine and the health sciences. Advantages of interactive health communication include the enhanced convenience, novelty, and appeal of computer-mediated communication; its flexibility and interactivity; and automated processing. We outline some of these fundamental aspects of computer-mediated communication as it applies to preventive medicine. Further, a number of key pathways of information technology evolution are creating new opportunities for the delivery of professional education in preventive medicine and other health domains, as well as for delivering automated, self-instructional health behavior-change programs through the Internet. We briefly describe several of these key evolutionary pathways, We describe some examples from work we have done in Australia. These demonstrate how we have creatively responded to the challenges of these new information environments, and how they may be pursued in the education of preventive medicine and other health care practitioners and in the development and delivery of health behavior change programs through the Internet. Innovative and thoughtful applications of this new technology can increase the consistency, reliability, and quality of information delivered.

The Key Role of the School Principal’s Leadership in the Schooling of Newly Arrived Immigrant Pupils in Sweden : Experiences from an Interactive Action Research Project

When newly immigrated children and young people begin school in Sweden, certain challengesarise. These may result from weak Swedish-language skills and different schooling backgrounds,as well as organizational and pedagogical limitations in the schools. This generates demands onschool leaders to lead and develop the organization and teachers competences to meet these pupils’needs. This situation was behind the initiation of the project “New Immigrants and Learning—Competence Development for Teachers and School Principals.” The project ran in schools infour Swedish municipalities, its aim was to develop leadership, organizational and pedagogicalskills that would facilitate the schooling and integration of newly arrived pupils. This article aimsto describe and discuss a Participant Action Research (PAR) based on a think tank and researchcircles, drawing special attention to the role of the school leaders. It will also examine whether theresearch circles and the project overall served to develop educational and intercultural leadership,organizational conditions, collegial learning, pedagogical methods and competence in terms ofschooling for this pupil group.

ModelDB in Computational Neuroscience Education - A research tool as interactive educational media

ModelDB's mission is to link computational models and publications, supporting the field of computational neuroscience (CNS) by making model source code readily available. It is continually expanding, and currently contains source code for more than 300 models that cover more than 41 topics. Investigators, educators, and students can use it to obtain working models that reproduce published results and can be modified to test for new domains of applicability. Users can browse ModelDB to survey the field of computational neuroscience, or pursue more focused explorations of specific topics. Here we describe tutorials and initial experiences with ModelDB as an interactive educational tool.

Interactive Brazilian program to prevent eating disorders behaviors: a pilot study

During a four month scholarly leave in United States of America, researchers designed a culturally appropriate prevention program for eating disorders (ED) for Brazilian adolescent girls. The program "Se Liga na Nutrição" was modeled on other effective programs identified in a research literature review and was carried out over eleven interactive sessions. It was positively received by the adolescents who suggested that it be part of school curricula. The girls reported that it helped them to develop critical thinking skills with regards to sociocultural norms about body image, food and eating practices

Students' collective knowledge construction in the virtual learning environment ""ToLigado - your school interactive newspaper""

Introduction. The ToLigado Project - Your School Interactive Newspaper is an interactive virtual learning environment conceived, developed, implemented and supported by researchers at the School of the Future Research Laboratory of the University of Sao Paulo, Brazil. Method. This virtual learning environment aims to motivate trans-disciplinary research among public school students and teachers in 2,931 schools equipped with Internet-access computer rooms. Within this virtual community, students produce collective multimedia research documents that are immediately published in the portal. The project also aims to increase students' autonomy for research, collaborative work and Web authorship. Main sections of the portal are presented and described. Results. Partial results of the first two years' implementation are presented and indicate a strong motivation among students to produce knowledge despite the fragile hardware and software infrastructure at the time. Discussion. In this new environment, students should be seen as 'knowledge architects' and teachers as facilitators, or 'curiosity managers'. The ToLigado portal may constitute a repository for future studies regarding student attitudes in virtual learning environments, students' behaviour as 'authors', Web authorship involving collective knowledge production, teachers' behaviour as facilitators, and virtual learning environments as digital repositories of students' knowledge construction and social capital in virtual learning communities.