Submitted by Izabel Franco (izabel-franco@ufscar.br) on 2016-10-07T14:26:32Z No. of bitstreams: 1 DissFRM.pdf: 2433590 bytes, checksum: 6e85a959bdb345d03140a44c1210f967 (MD5) / Approved for entry into archive by Marina Freitas (marinapf@ufscar.br) on 2016-10-20T19:33:19Z (GMT) No. of bitstreams: 1 DissFRM.pdf: 2433590 bytes, checksum: 6e85a959bdb345d03140a44c1210f967 (MD5) / Approved for entry into archive by Marina Freitas (marinapf@ufscar.br) on 2016-10-20T19:33:28Z (GMT) No. of bitstreams: 1 DissFRM.pdf: 2433590 bytes, checksum: 6e85a959bdb345d03140a44c1210f967 (MD5) / Made available in DSpace on 2016-10-20T19:33:35Z (GMT). No. of bitstreams: 1 DissFRM.pdf: 2433590 bytes, checksum: 6e85a959bdb345d03140a44c1210f967 (MD5) Previous issue date: 2016-06-01 / Não recebi financiamento / This research originated from issues related to scientific literacy, aimed to analyze the potential and limitations of the study on medicinal plants from the CTS approach (Science- Technology-Society). Science education according to this perspective establishes relationships between scientific knowledge, technological development and social reality in order to encourage responsible decision making. Therefore, the research involved the participation of twenty students in a class of 3rd grade of elementary school of a municipal school in the interior of São Paulo and was developed through activities with CTS character, interdisciplinary and contextual. We used as instruments to collect data daily researcher, the written record and represented by designs of the students, the audio recording of his speeches and photographs. For the data analysis, established as criteria the Structuring Axes of Scientific Literacy proposed by Sasseron and Carvalho (2011) and we adapted. As a result, we identified indicative aspects of the process of initiation to scientific literacy. Among them we highlight the construction of relevant knowledge to the context of life of students and applicable to everyday situations, awareness of responsible actions through analysis and reflections on the new information and evidence of understanding of the relationship between science, technology, society and its implications. The study also highlighted the importance of attentive and active role of the teacher during the development of the activities and pointed out limitations regarding the conduct of discursive activity in science classes and difficulty in articulating the opinions of students and science concepts. Finally, we believe that this research could contribute to the practice of teachers working in the early years of elementary school to consider training as a continuum. / Esta pesquisa, originada a partir de questões relacionadas à alfabetização científica, teve como objetivo analisar as potencialidades e limitações do estudo sobre plantas medicinais a partir da abordagem CTS (Ciência-Tecnologia-Sociedade). O ensino de Ciências segundo essa perspectiva estabelece relações entre os conhecimentos científicos, o desenvolvimento tecnológico e a realidade social a fim de favorecer a tomada de decisão responsável. Para tanto, a pesquisa envolveu a participação de vinte alunos de uma turma de 3º ano do Ensino Fundamental de uma escola municipal do interior de São Paulo e foi desenvolvida por meio de atividades com caráter CTS, interdisciplinar e contextual. Utilizamos como instrumentos para a obtenção dos dados o diário da pesquisadora, o registro escrito e representação por desenhos dos alunos, a gravação em áudio de suas falas e as fotografias. Para a análise dos dados, estabelecemos como critério os Eixos Estruturantes da Alfabetização Científica propostos por Sasseron e Carvalho (2011) e por nós adaptados. Como resultados, identificamos aspectos indicativos para o processo de iniciação à alfabetização científica. Dentre eles destacamos a construção de conhecimentos pertinentes ao contexto de vida dos alunos e aplicáveis a situações do cotidiano, a conscientização de ações responsáveis por meio das análises e reflexões acerca das novas informações e indícios do entendimento das relações existentes entre ciência, tecnologia, sociedade e suas implicações. O estudo também salientou a importância da postura atenta e ativa do professor durante o desenvolvimento das atividades e apontou limitações referentes à condução da atividade discursiva nas aulas de ciências e a dificuldade em articular as opiniões dos alunos e os conceitos científicos. Por fim, entendemos que esta pesquisa poderá contribuir para a prática de professores atuantes nos anos iniciais do Ensino Fundamental que consideram a formação como um contínuo.

Made available in DSpace on 2014-12-17T15:05:06Z (GMT). No. of bitstreams: 1 AlbanoON.pdf: 434755 bytes, checksum: 2271ee628f610d260b502135d1970ade (MD5) Previous issue date: 2006-06-06 / Coordena??o de Aperfei?oamento de Pessoal de N?vel Superior / This dissertation presents the investigation and possible interference in the current teaching of physics, specially of optics, in the eighth grade/ ninth year / fourth cycle of junior high school. The context of the current science teaching is also presented. Besides, the following aspects are discussed: the preparation of the eighth grade teachers, their professional needs, the pedagogical practices and the theoreticmethodological difficulties faced by them. Another important issue in Science Teaching, which is also discussed in this dissertation, is the need for an efficient scientific literacy so that the citizen may express value judgment about Science and Technology issues. The data about the context were gathered from questionaires answered by the teachers. In value of this information, lesson plans were elaborated and implemented. The goal was to point out alternatives for the development of a teaching-learning evaluation which would be both pleasant for the teachers in relation to the implemented methodology, end meaningful for the students by adding elements such as: interdisciplinary approach, contextualization and preparation by competences. Furthermore it was carried out a deeper analysis of the Brazilian curriculum references (LDB, DCN, PCN, RCB) and content aspects (concepts, procedures e attitudes) to be executed by that branch of human knowledge, aiming at a really Contextualized Science Teaching, qualified and pleasant for the eighth grade level. It is also presented in this paper the profile or the Professional which teach this level at state public schools in Russas, state of Cear?, Vale do Jaguaribe Region. The efficacy of the lesson plans were also analysed by using evaluation procedures with the eighth grade students of the following schools: CAIC Senador Carlos Jereissati and EEF Manuel Matoso Filho, from which the concepts acquired during the implementation of the classes became evident in the students / O presente trabalho versa sobre a investiga??o e poss?vel interven??o, no contexto atual do ensino de f?sica, em especial o de ?ptica, na oitava s?rie/nono ano/IV Ciclo do Ensino fundamental. Mostramos o contexto do Ensino de Ci?ncias atual bem como, discutimos a forma??o, necessidades profissionais, as pr?ticas pedag?gicas e dificuldades te?rico-metodol?gicas enfrentadas pelos professores desse n?vel. Outra quest?o importante no cen?rio do ensino de ci?ncias, e que discorremos aqui ? a necessidade de Alfabetiza??o Cient?fica efetiva para que o cidad?o possa emitir ju?zo de valor a respeito das quest?es relativas ? ci?ncia e ? tecnologia. Essa disserta??o pretendeu, ainda, partindo do contexto identificado nos question?rios aplicados aos professores, apontar, atrav?s da elabora??o e implementa??o de planos de aula, alternativas para o desenvolvimento de um ensino-aprendizagemavalia??o prazeroso, quanto ?s metodologias implementadas, bem como significativo para o educando, atrav?s da incorpora??o de elementos como: Interdisciplinaridade, contextualiza??o e forma??o por compet?ncias. Aprofundamos, ainda, a an?lise dos referenciais curriculares (LDB, DCN, PCN, RCB) e dos tipos de conte?dos (conceituais, procedimentais e atitudinais) a serem trabalhados por esse ramo do conhecimento humano, visando assim, um ensino das ci?ncias realmente contextualizado, de qualidade e agrad?vel nesse n?vel de ensino. Apresentamos o perfil do Profissional que atua, neste n?vel de ensino, na rede p?blica estadual de ensino da cidade de Russas CE, regi?o do Vale do Jaguaribe. Analisamos tamb?m a efic?cia dos planos de aula atrav?s de procedimentos avaliativos aplicados aos alunos da oitava s?rie das Escolas: CAIC Senador Carlos Jereissati e EEF Manuel Matoso Filho, a partir dos quais evidenciamos os conceitos adquiridos durante a implementa??o das aula

The main goal of the thesis is to describe a position of the real experiment in chemistry at the beginning of the 21 century and to contribute to solution of speculations if this didactic tool is or is not at current schools such a rarity as it's often described. The starting point of the thesis is extensive research of the literature related to history of natural science literacy which is condition not only for the right experiment interpretation but also of its suitable usage in the lessons. The theoretical part observes also the ensuring of the chemical experiment in the curricular documents and its position in the chemistry teaching in recent past. The experiment is a dynamic visualia therefore the visualias are classified in particular part of the thesis and their occurrence and function are described - in today's information society, chemistry textbooks, as a part of hypermedia programs for chemistry teaching and in lessons in general. The thesis focuses partly on hypermedia programs, especially then on materials for chemistry teaching that proved to be helpful in e-learning. Through the questionnaire inquiry at primary and secondary schools in Czech Republic were discovered not merely material also personal options of the schools and chemistry teachers in relation to the experiment...

1 Abstract Thesis Woods as an educational space? examines using quantitative methods the differences between children in ordinary kindergartens and forest kindergartens, and it does so according to formation of individual components of scientific literacy or knowledge of selected terms (concepts) in its empirical part. For this purpose it creates evaluation model of scientific literacy of preschool children (didactic test) based on the example of processing a particular topic - Forest. The topic is set into the concept of pedagogy, developmental psychology, and social ecology. The theoretical part discusses the issue of scientific literacy, especially in the context of preprimary age. From the perspective of developmental psychology are furthemore described cognitive developmental characteristics of preschool age in their basic level. This part also focuses on strategic documents of (permanent) sustainable development. The thesis gives a first interesting insight into the problem and reveals a serious facts such as that children from ordinary kindergartens confuse natural objects under artificial objects also are less oriented in inanimate components, than the children of the forest kindergartens. Keywords: Scientific Literacy, Pre-Primary Education, Sustainable Development, Forest Kindergarten, Framework...

Scientific thinking is an essential skill for full application in society associated with responsible human decision-making. The development of research skills and knowledge also contributes to its complexity. For the possibility of their systematic development, it is necessary to map the current situation of students in primary schools. The aim of the work was to find out what are the research skills of these students in the field of correctly formulating a research question based on specific problem and after finding a solution to formulate an answer to a given research question. Four research-oriented tasks were used, which were solved by 58 students from the seventh grade of primary school. It was found that more than half of the students are not able to formulate the research question correctly and more than one third of the students are unable to formulate the answer to the given research question correctly.

ABSTRACT The study aims at establishing whether Foundation Phase schooling provides a proper foundation for the promotion of scientific literacy. Natural Science in the Foundation Phase is understood as scientific knowledge, process skills, and values and attitudes, which together should foster scientific literacy. Influential perspectives on learning, and teaching methods appropriate to Natural Science education in the Foundation Phase, are reviewed, and the Natural Science Learning Area in the RNCS discussed in the context of global trends in curriculum development. Finally the findings of an empirical survey on the perceptions of Foundation Phase teachers with regard to Natural Science teaching and learning, are presented. Major findings include the following: (1) Scientific literacy is currently not a curriculum priority in the Foundation Phase, due mainly to meagre time allocation and lack of applicable Learning Outcomes. (2) Although teachers appear predominantly positive towards the Learning Area, significant shortcomings need to be addressed before Natural Science teaching in the Foundation Phase may claim to provide the required basis for promoting scientific literacy. OPSOMMING Die studie poog om vas te stel of Grondslagfase-onderrig `n geskikte basis lê vir die bevordering van wetenskaplike geletterdheid. Natuurwetenskappe in die Grondslagfase word beskou as `n kombinasie van wetenskaplike kennis, prosesvaardighede, en waardes en ingesteldhede, wat gesamentlik wetenskaplike geletterdheid ten doel het. Invloedryke perspektiewe op leer, en gepaste onderrigmetodes vir die effektiewe fasilitering van Natuurwetenskappe-onderrig in die Grondslagfase word onder die loep geneem voordat die Natuurwetenskappe-leerarea in die Hersiene Nasionale Kurrikulumverklaring bespreek word binne die konteks van wêreldwye neigings in kurrikulumontwikkeling. Laastens rapporterr die studie die bevindinge van `n empiriese ondersoek na die persepsies van Grondslagfase-onderwysers rakende Natuurwetenskaponderrig en -leer. Belangrike bevinding sluit in: (1) Die bevordering van wetenskaplike geletterdheid word nie as kurrikulumprioriteit in die Grondslagfase beskou word nie, soos blyk uit die karige toedeling van tyd en aantal leeruitkomste aan die Natuurwetenskappe-leerarea op hierdie vlak. (2) Alhoewel onderwysers se persepsies rakende Natuurwetenskaponderrig en -leer oorwegend positief blyk te wees, is daar ernstige tekortkominge wat aangespreek moet word voordat Natuurwetenskappe-onderrig in die Grondslagfase die vereiste grondslag sal kan lê vir die bevordering van wetenskaplike geletterdheid. / Educational Studies / M.Ed.

ABSTRACT The study aims at establishing whether Foundation Phase schooling provides a proper foundation for the promotion of scientific literacy. Natural Science in the Foundation Phase is understood as scientific knowledge, process skills, and values and attitudes, which together should foster scientific literacy. Influential perspectives on learning, and teaching methods appropriate to Natural Science education in the Foundation Phase, are reviewed, and the Natural Science Learning Area in the RNCS discussed in the context of global trends in curriculum development. Finally the findings of an empirical survey on the perceptions of Foundation Phase teachers with regard to Natural Science teaching and learning, are presented. Major findings include the following: (1) Scientific literacy is currently not a curriculum priority in the Foundation Phase, due mainly to meagre time allocation and lack of applicable Learning Outcomes. (2) Although teachers appear predominantly positive towards the Learning Area, significant shortcomings need to be addressed before Natural Science teaching in the Foundation Phase may claim to provide the required basis for promoting scientific literacy. OPSOMMING Die studie poog om vas te stel of Grondslagfase-onderrig `n geskikte basis lê vir die bevordering van wetenskaplike geletterdheid. Natuurwetenskappe in die Grondslagfase word beskou as `n kombinasie van wetenskaplike kennis, prosesvaardighede, en waardes en ingesteldhede, wat gesamentlik wetenskaplike geletterdheid ten doel het. Invloedryke perspektiewe op leer, en gepaste onderrigmetodes vir die effektiewe fasilitering van Natuurwetenskappe-onderrig in die Grondslagfase word onder die loep geneem voordat die Natuurwetenskappe-leerarea in die Hersiene Nasionale Kurrikulumverklaring bespreek word binne die konteks van wêreldwye neigings in kurrikulumontwikkeling. Laastens rapporterr die studie die bevindinge van `n empiriese ondersoek na die persepsies van Grondslagfase-onderwysers rakende Natuurwetenskaponderrig en -leer. Belangrike bevinding sluit in: (1) Die bevordering van wetenskaplike geletterdheid word nie as kurrikulumprioriteit in die Grondslagfase beskou word nie, soos blyk uit die karige toedeling van tyd en aantal leeruitkomste aan die Natuurwetenskappe-leerarea op hierdie vlak. (2) Alhoewel onderwysers se persepsies rakende Natuurwetenskaponderrig en -leer oorwegend positief blyk te wees, is daar ernstige tekortkominge wat aangespreek moet word voordat Natuurwetenskappe-onderrig in die Grondslagfase die vereiste grondslag sal kan lê vir die bevordering van wetenskaplike geletterdheid. / Educational Studies / M.Ed.

La plupart des Américains ne sont pas préoccupés par les vaccins. Cependant, minorité petite mais vocale l’est, et un nombre croissant de parents américains reçoivent des exemptions de vaccination pour leurs enfants sur la base de la religion ou de «convictions personnelles». Le refus vaccinal peut avoir des conséquences désastreuses: dans certaines communautés, la couverture vaccinale infantile a plongé bien en deçà du seuil requis pour «l'immunité collective», permettant à des maladies comme la rougeole d'opérer un retour en force. L'hésitation vaccinale et le refus vaccinal sont souvent attribués au manque de connaissances ou de compréhension des « faits » scientifiques des anti-vaccins. La plupart des interventions de santé publique qui visent à promouvoir la vaccination reposent sur la simple diffusion de connaissances scientifiques fiables; la communication scientifique est perçue comme un processus à sens unique de diffusion des connaissances scientifiques. La théorie est la suivante : si les anti-vaccins savaient à quel point les vaccins sont sécuritaires, efficaces et nécessaires, ils vaccineraient davantage. Malheureusement, la littérature dans plusieurs disciplines suggère que de telles interventions d'éducation passive à l'échelle de la communauté sont généralement inefficaces pour persuader les anti-vaccins d'adopter des attitudes et des comportements pro-vaccination. Pourquoi? En m'inspirant des principes de transdisciplinarité d'Edgar Morin, de la théorie des révolutions scientifiques de Thomas Kuhn et de la méthodologie de revue méta-narrative de Trisha Greenhalgh, j'examine les publications de différents auteurs phares de différentes disciplines qui fournissent directement ou indirectement une réponse à cette question. Je distingue trois approches principales, qui diffèrent quant à leur explication générale des raisons pour lesquelles les interventions basées sur la simple diffusion de preuves scientifiques échouent. La première explication est que les anti-vaccins n'ont pas les connaissances scientifiques nécessaires pour comprendre les preuves scientifiques qui leur sont présentées. La deuxième est que la résistance des anti-vaccins aux preuves scientifiques peut s’expliquer par de nombreux biais cognitifs qui anènent les individus à faire des erreurs systématiques de jugement et à s'écarter ainsi de l’idéal décisionnel de la théorie du choix rationnel. Le troisième narratif sur les anti-vaccins met l'accent sur les influences socioculturelles. Selon la théorie de la cognition culturelle, la culture influence les perceptions du risque à travers des biais cognitifs. Ces trois narratifs sur l'hésitation et le refus de la vaccination sont examinés en profondeur afin de fournir une synthèse interdisciplinaire des facteurs qui peuvent expliquer l'échec des interventions de santé publique basées sur l'éducation à persuader les anti-vaccins. / Most Americans are not concerned about vaccines. However, a small but vocal minority is, and a growing number of parents are receiving vaccine mandate exemptions for their children on the basis of religion or “personal belief.” Vaccine refusal can have disastrous consequences: in some communities, childhood vaccination coverage has dived well below the threshold required for “herd immunity,” allowing diseases like measles to stage a forceful comeback. Vaccine hesitancy and refusal are often attributed to a lack of knowledge or lack of understanding of scientific “facts” on the part of antivaxxers. Most public health interventions that aim to promote vaccination rely on disseminating trustworthy scientific knowledge and see science communication as a one-way process of diffusion of scientific evidence. If antivaxxers knew how safe, effective, and necessary vaccines are, the theory goes, they would vaccinate more. Unfortunately, literature across disciplines suggests that such passive, community-wide education interventions are mostly ineffective at persuading antivaxxers to adopt pro-vaccination attitudes and behaviours. Why? Inspired by Edgar Morin’s principles of transdisciplinarity, Thomas Kuhn’s theory of scientific revolutions, and Trisha Greenhalgh’s meta-narrative review methodology, I examine the publications of different seminal authors across disciplines that directly or indirectly provide an answer to this question. I distinguish three main approaches, which differ as to their general explanation of why interventions based on simple dissemination of scientific evidence fail. The first explanation is that antivaxxers lack the scientific literacy that is necessary to understand the scientific evidence that is presented to them. The second is that antivaxxers’ resistance to scientific evidence can be explained by the numerous cognitive biases and “rules of thumb” that lead individuals to make systematic errors in judgment and thus deviate from the rational choice theory decision-making ideal. The third narrative stresses sociocultural influences. According to cultural cognition theory, culture influences risk perceptions through the mechanisms of cognitive biases and heuristics. These three narratives about vaccine hesitancy and refusal are thoroughly examined in order to provide a cross-disciplinary synthesis of factors that may explain the failure of education-based public health interventions to persuade antivaxxers.

[ES] La percepción pública de la ciencia es un aspecto social ampliamente estudiado mediante encuestas a la población para evaluar la comprensión de la ciencia y las actitudes hacia la misma. Sin embargo, existen críticas robustas hacia los supuestos teóricos que sustentan el diseño de estos sondeos y hacia la metodología empleada. La presente tesis pretende aportar vías de análisis más innovadoras a la discusión. En primer lugar, se proporciona un marco introductorio que esboza las relaciones más destacables entre ciencia y sociedad en el mundo moderno, incluyendo los enfoques de participación, considerados más democráticos. En segundo lugar, se profundiza en el marco del nuevo escenario de la vida digital, en particular con la finalidad de complementar los estudios clásicos de percepción social de la ciencia con la propuesta de una herramienta metodológica adaptada a la sociedad digital que abra nuevas direcciones de investigación orientadas hacia los espacios de participación ciudadana que constituyen las redes sociales digitales. Para ello, se diseña un algoritmo capaz de analizar tendencias en el impacto de la comunicación de la ciencia en Twitter a partir de conjuntos representativos de tuits utilizando técnicas computacionales de minería de datos, combinadas con una valoración cualitativa de los tipos de contenido ¿categorizado como: «ciencia», «cultura», «político-social», «creencias», «medios» y «emocional»¿. Para probar la herramienta, se examina una variedad de discursos en abierto sobre temas científicos presentes en la plataforma, aplicando el algoritmo sobre perfiles de distinta naturaleza ¿científicos famosos, instituciones y otros¿ y sobre conversaciones no centralizadas en usuarios específicos, sino recabando la información relativa a cuestiones científicas de las que los medios se han hecho eco. El resultado es una herramienta de bajo coste fácilmente reproducible por otros investigadores que revela aspectos sobre las estrategias de comunicación científica que generan mayor impacto. Se requerirán estudios más profundos, a gran escala, para corroborar si las tendencias preliminares identificadas con el método de análisis propuesto pueden extrapolarse a un marco más general. / [EN] Public perception of science is a widely studied social aspect through population surveys to assess understanding of science and attitudes towards it. However, there are strong criticisms of the theoretical assumptions behind the design of these surveys and the methodology used. This thesis aims to provide more innovative ways of analysis to the discussion. Firstly, it provides an introductory framework outlining the most remarkable relationships between science and society in the modern world, including approaches to 'engagement' in science, which are considered to be more democratic. Secondly, it delves into the framework of the new scenario of digital life, in particular with the aim of complementing the classic studies of the social perception of science with the proposal of a methodological tool adapted to the digital society that opens up new directions of research oriented towards the spaces of citizen participation that constitute social networks. To this end, an algorithm is designed that is capable of analyzing the impact of science communication on Twitter from representative sets of tweets using computational data mining techniques, combined with a qualitative assessment of the types of content; categorized as «science», «culture», «political-social», «beliefs», «media» and «emotional». To test the tool, a variety of open discourses on scientific topics present in the platform are examined, applying the algorithm on profiles of different nature (famous scientists, institutions and others) and on conversations not centralized on specific users, but gathering information on scientific issues that have been echoed by the media. The result is a low-cost tool that can be easily reproduced by other researchers and that reveals aspects about the science communication strategies that generate the greatest impact. As a next step, more in-depth, large-scale studies are required to corroborate whether the preliminary trends identified with the proposed method of analysis can be extrapolated to a more general framework. / [CA] La percepció pública de la ciència és un aspecte social àmpliament estudiat mitjançant enquestes a la població per avaluar la comprensió de la ciència i les actituds de la ciutadania. No obstant això, hi ha crítiques robustes cap als supòsits teòrics que sustenten el disseny d'aquests sondejos i cap a la metodologia utilitzada. La present tesi pretén aportar vies d'anàlisi més innovadores a la discussió. En primer lloc, es proporciona un marc introductori que esbossa les relacions més destacables entre ciència i societat en el món modern, incloent els enfocaments de participació ¿o engagement¿, considerats més democràtics. En segon lloc, s'aprofundeix en el marc de el nou escenari de la vida digital, en particular amb la finalitat de complementar els estudis clàssics de percepció social de la ciència amb la proposta d'una eina metodològica adaptada a la societat digital que obri noves direccions de investigació orientades cap als espais de participació ciutadana que constitueixen les xarxes socials. Per a això, es dissenya un algoritme capaç d'analitzar l'impacte de la comunicació de la ciència a Twitter a partir de conjunts representatius de tuits utilitzant tècniques computacionals de mineria de dades, combinades amb una valoració qualitativa dels tipus de contingut ¿categoritzat com: «ciència», «cultura», «politicosocial», «creences», «mitjans» i «emocional»¿. Per provar l'eina, s'examina una varietat de discursos en obert sobre temes científics presents a la plataforma, aplicant l'algoritme sobre perfils de diferent naturalesa ¿científics famosos, institucions i altres¿ i sobre converses no centralitzades en usuaris específics, sinó recaptant la informació relativa a qüestions científiques de les que els mitjans de comunicació s'han fet ressò. El resultat és una eina de baix cost fàcilment reproduïble per altres investigadors que revela aspectes sobre les estratègies de comunicació científica que generen major impacte. Com següent pas, es requereixen estudis més profunds, a gran escala, per corroborar si les tendències preliminars identificades amb el mètode d'anàlisi proposat poden extrapolar-se a un marc més general. / Denia Navarro, E. (2020). Percepción social de la ciencia y participación digital: impacto de la comunicación científica en Twitter [Tesis doctoral]. Universitat Politècnica de València. https://doi.org/10.4995/Thesis/10251/153797

This particular telling and retelling from a living narrative inquiry (Clandinin & Connelly, 2000) into the early experiences of three high school science teachers – Beth, Joel, and Christina – explores the emergent inquiry landscapes constructed as we implemented a renewed, decolonizing, science curriculum in Saskatchewan founded on a philosophy of inquiry and on a broader, more holistic definition of scientific literacy, both Western and Indigenous. This inquiry draws on an ontology of lived experience (Dewey, 1938) and, more subtly, on the borderland of narrative inquiry and complexity science in order to illustrate the emergence and coming to knowing (Delandshire, 2002; Ermine, as cited in Aikenhead, 2002) of our identities in a way that avoids the reduction in complexity of our experiences. While my initial wonders persisted throughout the research as I lived alongside Beth, Joel, and Christina for two years, they diffracted into the contextualized wonder: how do we share a philosophy of inquiry with each other and with our students? As such, this inquiry is a sharing about our own identities, about our own agency, about identity work, and about which experiences we choose to (re)engage with as we attempt to (re)find the narrative diversity, both individual and collective, necessary to shift from enacted identities to 'wished-we-could-enact' identities. This exploration of our 'mo(u)rning stories', early experiences from our shifting identities after stepping through the liminal and onto emergent inquiry landscapes, or our 'stories to relive with' provides a language and context to our shifting identities and hence, to science education, as we move towards a more holistic and humanistic form of scientific literacy for all our students. What emerged through the enmeshing of our landscapes and through the construction of voids in existing practices, followed by deformalizations in assessment and planning, was the development of a way of sharing our philosophy of inquiry and hence, our shifting identities. The artifacting and sharing of our contextualized inquiry experiences highlighted the rich assessment making, and curriculum making experiences (Huber, Murphy & Clandinin, 2011) we shared with our students and highlighted a view of assessment as a relationship. As we told and retold our stories to relive with, our identities shifted towards those more akin to facilitator and anthropologist and away from sage and engineer/architect.