Introduction
The objective of EACH project is to promote collaborative educational approaches and practices which – through the use of digital technology as a tool for inquiry, discovery, and discussion – support the development of critical thinking, environmental awareness, and sensitivity to climate change issues.
Work Package No. 3 (“Along the Route & Suggestions for Future Travellers”) aims to provide ECEC professionals and practitioners with the tools, know-how, and competences required to effectively implement the methodological and conceptual framework for educational intervention developed in WP2. The experimentation of the guidelines developed in WP2 constitutes the core of WP3.
This document summarises the key findings emerging from the experimentation, which took place in 3 countries (Italy, Poland and Portugal), during school years 24-25 and 25-26.
In each country, different groups of children (20 groups in total) were involved in a cycle of 10 collaborative and participative sessions each (200 sessions in total). Practitioners have constantly received support from academic partners.
Executive summary
Overview
Based on the observation of the sessions, several aspects deserve particular attention.
A
As far as collaborative and participatory approaches are concerned:
- Children’s commitment has been highly driven by emotional engagement. In particular, wonder and surprise have been elicited by
- Digital technologies, which proved effective in prompting and fostering involvement and attention.
For example, during the activity including the use of Google Earth, the observation of the Earth from 63,000 km above prompted awe and imaginative reasoning. Questions were addressed to the adults (e.g., “How did you manage to take a picture of the planet?”), children formulated hypotheses (e.g., “With a rocket that had a phone attached to it”) and engaged in critically evaluating and refuting hypotheses provocatively suggested from adults (e.g., “We tied a camera to a bird’s leg and made it fly beyond the atmosphere”).
Additionally, the images and simulated travel experiences using Google Earth sparked curiosity and willingness to explore the characteristics of various locations around the planet. These tools also encouraged children’s proactiveness and narrative expression.
During other sessions, looking at the pictures that children had taken on the big screen prompted several discussions.
Recording short videos or voice messages to document observations and explain ideas also proved effective in enhancing children’s engagement and commitment.
- Open-ended stimuli, engaging children not only at cognitive but also at emotional, creative, and physical level enabled children to have embodied experiences.
Children had the opportunity to experience a combination of tactile engagement, open-ended material use, freedom of movement, all done in an emotionally safe atmosphere that encouraged spontaneous exploration. It is worth noting that in some of the classes – when excessive time was dedicated exclusively to dialogue, without accompanying physical or creative engagement – attention dropped very rapidly.
- Practitioners and teachers should bear in mind that often dialogue represents an outcome of the process, rather than its starting point. Different results were observed among classes that had and had not previously experienced the Philosophy for Children (P4C) approach, as well as among classes consisting of children of different ages. In particular,
- In the classes where P4C was introduced for the first time – and where practices of mutual listening and the co-construction of knowledge were not yet systematically embedded in daily classroom interaction – children initially rarely addressed one another directly. Both verbal and non-verbal communication were primarily oriented toward the facilitator, and spontaneous verbal participation often unfolded through rapid and overlapping exchanges. Contributions were characterised by enthusiasm, immediacy, and emotional engagement, but also by fragmentation and limited integration of peers’ contributions, with only occasional orientation toward sustained collaborative knowledge building. Participation frequently consisted of brief or minimally reflective responses (e.g., “I don’t know,” “I forgot,” or repetitive answers), resulting in a collective discourse that was rich in input but relatively limited in dialogic depth. As a consequence, ideas were rarely developed collectively or sustained over time.
The sessions often remained centred on self-expression, affirmation of one’s own point of view, and defence of its uniqueness or correctness (e.g., “I already said that,” “What you said isn’t true”). Personal narratives unrelated to the initial prompt, as well as forms of imitation or echoing of peers’ responses, were frequently observed. Overall, the children demonstrated considerable interest in the activities; however, participation appeared to be driven more by the desire to be individually “seen and heard” than by a shared commitment to collective dialogue or group development.
As the sessions progressed, participation gradually shifted toward more relational, reflective, and causally oriented forms. Whereas requests to formulate and justify hypotheses initially required consistent facilitation, children progressively began to engage in these practices more spontaneously. Similarly, processes of shared knowledge co-construction became increasingly evident, including attempts to integrate and synthesise different viewpoints expressed by peers.
Supporting this developmental progression required the introduction of clear rules and structured interactional frameworks. Although such structures may at times constrain forms of free expression – an aspect highly valued by P4C – they also create the conditions necessary for the effective functioning of the workshop.
- In classes with 4-year-old children, difficulty and resistance in perspective shifting and taking were observed. Five-year-old children participated in dialogue in a more organized way than younger ones. Additionally, the observation of younger children’s interactions suggests a need for adaptive pacing and more varied modes of participation, particularly for kinaesthetic learners.
In sum, time and practice are crucial. It is essential to establish the foundations of the process first, and to carefully consider the socio-cognitive developmental stage reached by the children, adapting activities and goals accordingly.
Overall, the emotional tone of the sessions played a vital role. The sense of psychological safety and joy supported risk-taking, openness to feedback, and willingness to adapt. Trusting adult-child relationships and a non-judgmental atmosphere enabled children to express themselves freely. Thought-provoking questions helped children explore both concrete and abstract reasoning.
- Disabilities and Special Educational Needs require careful consideration within P4C sessions, which can offer an inclusive, positive, and engaging experience for a range of children:
- with Attention Deficit/Hyperactivity Disorder (ADHD). They often demonstrate heightened sensory and relational sensitivity, together with a strong desire to participate actively. In these cases, the adult’s role is to ensure that the child’s presence, voice, and contributions do not inadvertently dominate the interaction or limit the participation of other group members;
- with Oppositional Defiant Disorder (ODD), who may particularly benefit from the dialogical nature of P4C sessions. Within this context, the adult acknowledges and gives consideration to all contributions, including those expressed in overtly oppositional ways. This approach can help to defuse confrontational dynamics and facilitate the child’s gradual engagement within the Community of Inquiry. Even participation limited to listening and observing should be regarded as meaningful involvement, without the need for additional pressure or performative expectations imposed by the adult.
In such situations, it is essential that the adult’s approach remains aligned with the aims and principles of the P4C session. In particular, care should be taken to avoid overlapping the activity with specific educational or therapeutic objectives, in order to preserve the dialogical, relational, and non-performative nature of the experience. P4C is not primarily centred on “doing”, but rather on “being” and on fostering a relational stance among participants.
At the same time, it may be challenging for adults to refrain from importing objectives derived from Individualised Education Plans into the P4C setting. Such expectations may risk interfering with the collaborative and participatory processes that the activity seeks to promote.
Certain forms of disability may, however, present significant limitations for the type of interaction fostered by P4C. In particular, conditions that substantially hinder relational engagement with others and the surrounding environment, or that severely limit verbal and paraverbal communication – and therefore the possibility of expressing and justifying one’s point of view – may reduce the inclusiveness and effectiveness of the approach. In some cases (e.g., particular manifestations of autism spectrum disorder), P4C may therefore prove less effective in promoting active participation within the Community of Inquiry.
- When additional adults are present during the sessions alongside the facilitator (e.g., to support the logistics of the activity, assist with emotional regulation, or provide support to children with special educational needs), they should not necessarily remain in a secondary role. Their direct involvement in questioning, clarification, and processes of knowledge construction can be both valuable and consistent with the principles of the Community of Inquiry. However, their participation should be consistent with the facilitator’s approach and goals and should remain non-directive and not overshadow or override children’s contributions.
B
As far as environmental awareness is concerned:
A dialectical tension emerges between one of the foundational pillars of the P4C heuristic-didactic approach (which values and promotes the bottom-up co-construction of knowledge, grounded in direct experience and its subsequent elaboration, verification and “validation” by members of the Community of Inquiry) and the need to provide children with a basic body of scientific knowledge that enables them to orient themselves and develop autonomous and critical thinking. Within formal educational contexts and at this developmental stage, such knowledge often needs to be introduced through forms of instruction that are, at least partially, transmissive in nature. For example, if children lack an understanding of the potential ecological consequences of the extinction of a given animal species, it becomes difficult for them to develop a reflection that moves beyond either the passive repetition of a received norm (“all animals must be protected”) or a superficial consideration based on personal convenience (“I would eliminate all mosquitoes because they bother me and serve no purpose”).
For this reason, these projects should include, to some extent, a component of basic knowledge transmission – particularly where such knowledge cannot realistically emerge solely through the re-elaboration of direct experience. In this sense, the provision of foundational scientific knowledge should not be understood as contrary to the aims of P4C, but rather as a necessary condition for the development of genuinely autonomous and critical thinking capable of questioning received assumptions and prescriptions.
C
As far as Digital Technologies are concerned, children’s limited awareness of what constitutes a digital device (tablets and smartphones are often perceived in the same way as other forms of play, without any perception – let alone awareness – of the specific risks associated with these devices) sometimes reduces the possibility of engaging them in critical reflection on their use.
Key elements and good practices
Valuable practices identified throughout the countries are the following.
A
As far as collaborative and participatory approaches are concerned:
- Fostering wonder, curiosity, and emotional engagement. A positive emotional and social environment – characterised by enthusiasm, humour, curiosity, and willingness to participate – proved crucial to the quality of group interaction. Technologies frequently acted as catalysts for questioning and discussion, serving as provocations capable of generating associations, hypotheses, and dialogue. Their use appeared especially meaningful when children encountered representations of themselves through technological media. Viewing self-produced photographs, recordings, or projected images of familiar places frequently elicited visible joy, pride, and active discussion. Similarly, narratives were effective in creating a shared symbolic space for participation. For example, the use of the story of Robinson Crusoe generated strong engagement, emotional involvement, and a sense of collective immersion. The enthusiasm shown by both the facilitator and the teachers when hearing a philosophical idea or reasoning from the children also represented an important factor in fostering a positive classroom climate.
- Planning an introductory session to reflect on the meaning of cooperation and mutual listening. This can be helpful especially in classes who have a limited familiarity with collaborative and participatory practices.
- Making connections among sessions explicit. This can support processes of memory and meaning-making. In Italy, for example, each group created a poster in the form of a caterpillar divided into ten sections, corresponding to the ten sessions. At the end of each meeting, children selected an image representing the experience of the session; this image was printed, cut out, and added to the poster at the beginning of the following meeting, thereby creating opportunities for collective reflection on previous experiences. Similarly, in Poland, several sessions incorporated documentation from earlier meetings, enabling children to revisit prior observations and extend shared reflection over time. In Portugal, a sense of continuity between sessions and a coherent common thread throughout the ten sessions were established thanks to an initial philosophy-focused session based on a book that embodied the essence of the EACH project.
- Ritualising the experience. The ritualisation of the P4C setting can help make the experience recognisable and predictable, thereby supporting orientation and participation. Ritual elements – such as dressing up as scientists at the beginning of each session or reading messages from “Atlante” – not only structured the activity, but also fostered complicity, enjoyment, and group cohesion.
- Promoting embodied, sensory, and material engagement. Participation and collaboration increased when activities engaged children not only verbally, but also physically, sensorially, and emotionally. Collecting natural materials, manipulating objects, moving through space, or using strings and yarn to represent relationships enabled children to participate involving their bodies. Sensory prompts (e.g., “What temperature do you perceive in this place?” or “What sounds and smells can you notice?”), as well as emotionally oriented questions (e.g., “What emotions does this image evoke?”), supported richer forms of engagement. Such multimodal participation often proved more inclusive, particularly for children who were less verbally active. Direct sensory encounters with and observation of nature – for example, observing butterflies or interacting with natural phenomena – also appeared effective in anchoring attention and sustaining engagement.
- Using drawing as a tool for thinking. Drawing emerged as a valuable cognitive and expressive resource, enabling children – including those with disabilities or Special Educational Needs – to communicate ideas that might be difficult to articulate verbally. Drawing also became particularly meaningful in moments when verbal reasoning reached its limits and no further justifications could easily be expressed. In some cases, it represented one of the clearest indicators of developing awareness or conceptual understanding.
- Alternating short and varied micro-activities. For groups displaying a strong need for movement and sensory stimulation (or for whom increasing conceptual complexity led to declining participation), the alternation of short micro-activities (approximately 8–10 minutes each) proved effective in supporting attention and engagement. Activities characterised by short and practical tasks helped address fluctuating concentration levels. These tasks were most effective when they required collaboration, negotiation, and collective decision-making around shared goals. In such contexts, children were encouraged to listen to others, evaluate alternatives, and accept outcomes that were not always in line with their own preferences. Experience-based activities grounded in action, observation, and reflection proved especially engaging. Conversely, when activities were driven by adults’ interests or objectives and were directed by them, fragmentation intensified and children ended up lying on the floor, talking among themselves, or disengaging from the task entirely.
- Using divergent questions. The use of divergent (and thought-provoking) questions – which allow for multiple answers, perspectives, and possible solutions – appeared particularly effective in stimulating creativity, lateral thinking, and critical reflection. Unlike convergent questions, which imply a single correct answer, divergent ones encourage children to question assumptions and reconsider apparently self-evident facts. Examples include questions such as “How can we be sure there is water in the watering can?” or reflections on normative educational messages (if adults state that “animals should be respected and treated well”, we can ask ourselves whether “we want to respect and protect all animals, including those that are dangerous and/or that we do not like at all, such as mosquitoes, flies and snakes”). Through this form of questioning, children gradually appeared more willing to challenge taken-for-granted assumptions and critically examine the surrounding world.
- Adapting session duration to group familiarity with P4C. Whether classes are familiar with P4C, sessions can last up to 1/1,5 hours. If not yet, the session may last a maximum of 50 minutes.
B
As far as environmental awareness is concerned:
- Developing perspective-taking through multimodal representations. The use of tools such as cameras, together with exposure to multiple sources and representations of knowledge – including direct observation of nature, and video recordings – supported children in reflecting on representation, scale, and perspective. In particular, prompts that encourage children to recognise that their own point of view is not the only possible one, and that multiple perspectives exist, contribute to strengthening environmental awareness. Developing an understanding that what is perceived from a single viewpoint does not constitute the whole of reality, and that it is always embedded within a wider context, helps children relativise and reframe their interpretations of the world. In this regard, tools such as Google Earth further enabled children to observe the planet from alternative spatial perspectives, fostering an awareness that – despite its diversity – it is a single, shared environment. Google Earth also supported discussion about living conditions for humans and animals in different environments. It is important to note that perspective shifts require substantial scaffolding.
- Promoting an embodied ecological consciousness. Several activities fostered an understanding of environmental interdependence that was not only conceptual, but also embodied and experiential. For example, in the “Network of Life” activity, children were invited to establish connections between different elements of the environment (e.g., grass–cow, cloud–rain). It introduced the idea that environmental knowledge extends beyond identifying discrete components, encompassing the understanding of interdependent relationships. In this way, ecological connections were not merely described, but also physically represented, negotiated, and experienced.
- Focusing on and emphasising emotional engagement. Emotional involvement plays a key role in fostering a shared sense of relevance and significance regarding environmental issues. In particular, linking environmental themes to children’s personal, intimate, and emotional experiences is crucial in supporting engagement and meaning-making.
- Supporting inquiry into the reasons why people may struggle to behave according to principles of environmental respect and care, despite knowing what the most appropriate course of action would be. In order to foster critical awareness of environmental sustainability and responsibility, it may also be valuable to explore the knowledge, practices, and behaviours that children have already acquired through adult guidance, and then support reflection on why, in everyday practice, it is often difficult to adopt behaviours that are considered appropriate and desirable.
C
As far as digital technologies are concerned:
- Supporting multisensory engagement through digital media. Digital tools enabled children to engage in multisensory experiences, where visual input was often accompanied by embodied and affective responses (e.g., “brrr, it feels cold”, “it’s really hot”), suggesting an integrated sensory interpretation of digital stimuli. This form of engagement appeared to be particularly inclusive, involving children with severe cognitive disabilities as well.
- Integrating digital and analogue experiences to support critical reflection. A productive approach emerged from the complementary and mutually enriching relationship between digital and analogue experiences. Systematic comparisons between different representational formats – such as digital maps and physical globes, photographs and drawings, magnifying glasses and digital zoom functions – supported children in developing critical awareness of representation, perspective, and scale. These activities encouraged reflection on how different media construct and mediate the same reality in distinct ways. For instance, the projection and collective discussion of photographs enabled children to move beyond the content of the images themselves and to reflect on how reality is represented visually. In one example, when one child drew an object from the classroom and another photographed it, the group compared the two representations and discussed differences in detail and perception. Similarly, children reflected on whether it is possible for two people to take identical photographs, recognising the role of variables such as distance, angle, zoom, and framing. In these moments, projection transformed images into shared focal points for collective inquiry.
Transforming children’s drawings and collages into digital material was a surprising and interesting experience for all people involved, too.
Overall, digital technologies functioned not as the centre of activity, but as one component within a broader process of sensory exploration, dialogue, creative expression, and collective reflection.
- Strengthening self-efficacy and ownership through digital production. Engagement with digital tools also supported children’s sense of self-efficacy and agency. Taking photographs independently generated strong feelings of satisfaction and accomplishment (e.g., “I took this one!”, “I managed to do it myself!”). The opportunity to use digital devices without constant adult intervention was meaningful for all participants, and revisiting their own photographs reinforced both a sense of ownership and recognition of their creative and observational capacities.
- Promoting purposeful and exploratory use of digital tools. Digital devices were most effective when framed explicitly as tools for exploration and inquiry rather than as instruments for entertainment. In particular, the digitisation of images, sounds, and information enabled access to phenomena otherwise distant or inaccessible, such as observing animals in geographically remote environments, thereby expanding opportunities for discovery and learning.
Across the three project areas, it emerged as crucial – particularly when the project is delivered by external professionals – to ensure the following conditions:
- Ongoing dialogue with teaching staff. Continuous communication with school teaching staff should be maintained throughout the initial, intermediate, and final stages of the project. This exchange enables the sharing of values, aims, objectives, and observational focuses; supports periodic reflection on the ongoing experience; and facilitates the collection of feedback for continuous improvement and further development.
- Dialogue with families. Communication with families should be established at both at the beginning and at the end of the project. This allows for the sharing of the project’s aims, objectives, and outcomes, as well as the collection of parental feedback, contributing to a more comprehensive and participatory evaluation process.
Furthermore, the continuous use of the self-assessment tool throughout the entire school year and project duration is strongly recommended in order to support reflection, identify weaknesses and vulnerabilities within the practice, and promote continuous improvement.
Critical aspects and factors to be considered
- Forms of participation beyond verbal contribution. During P4C sessions, participation should not be equated solely with verbal expression. It encompasses a range of positions – including active contributors, observers, and forms of resistance – each of which contributes differently to the collective process.
- Valuing all contributions. Every child’s contribution should be acknowledged and taken into consideration. Facilitation strategies such as revoicing, extending thinking, validating contributions, and scaffolding reflection are recommended. Direct correction or categorisation of children’s ideas should be avoided.
- Facilitator stance and balance of guidance. The facilitator’s role should avoid becoming overly directive, controlling, or intrusive. A strongly teacher-centred interaction structure, while sometimes supporting engagement, may limit opportunities for genuine co-construction of meaning and reduce the development of shared inquiry.
- Alignment between task design and developmental stage. Attention should be paid to potential mismatches between task demands and children’s cognitive and representational skills, particularly in activities requiring abstraction or perspective-taking. For example, when asked to draw the kindergarten from a bird’s-eye view, many children expressed confusion or frustration (e.g., “I don’t understand,” “I don’t know how to do this”). Such responses suggest that the task exceeded their current representational abilities, leading to disengagement or reliance on more familiar strategies (e.g., side-view drawings). In these cases, participation shifted from collaborative exploration to individual struggle or withdrawal, thereby weakening the collective dimension of the activity. To address this issue, the Portuguese team, for example, showed the school playground from an aerial perspective using Google Earth and explained to the children that it represented the actual playground as seen from above. The children were then invited to draw the playground according to their own imagination. This exercise proved particularly rich and insightful in fostering dialogue.
- Importance of the setting. The physical environment in which sessions take place (particularly indoors) plays a significant role. In some cases, external auditory stimuli (e.g., school bells) and frequent passage of people disrupted continuity, especially when the room functioned as a transit space. In other instances, the presence of materials and furnishings not usually accessible in daily routines (e.g., books, open-ended play materials, stress balls, sofas, mirrors) required an initial period of adjustment. These factors sometimes resulted in longer periods being required at the beginning of sessions to establish posture, positioning, and focus. Overall, these observations highlight the importance of a clearly defined, stable, and recognisable physical setting aligned with the aims of dialogue, listening, and shared inquiry.
- Proper time management. Regardless of planned time constraints, sessions should not be interrupted, shortened, or redirected before children have had the opportunity to fully engage with or complete their work. Appropriate time management is therefore essential to sustain participation.
- Avoiding implicit moral imposition in environmental themes. Adults may (often implicitly) project strong personal beliefs about environmental sustainability. When combined with the developmental stage of 3–6-year-old children – where moral understanding is strongly adult-dependent (“what is right/wrong is what is defined as such by the adult, who also determines the consequences of behaviour”) – this may lead to repetitive, unelaborated responses. Such responses tend to reproduce received rules (e.g., “turn off the tap,” “do not waste water,” “recycle”) without deeper understanding of underlying reasons. In these cases, fostering genuine expression of children’s ideas becomes more difficult. More effective engagement with environmental themes emerges when children are able to connect them to their intimate, emotional, and sensory worlds, rather than to abstract moral prescriptions. Hands-on and embodied experiences (e.g., touching bark, listening to birds, collecting seeds, or engaging emotionally with natural materials and spaces) proved particularly effective in fostering environmental awareness.
It is therefore advisable to avoid framing environmental education primarily in moral terms or through adult-centred rationales, and instead to ground it in children’s lived personal experience, curiosity, and socio-emotional engagement (e.g., moving away from questions such as “what should we do to help the environment?” toward more exploratory prompts such as “am I interested in caring for nature? If so, why and how?”).
More broadly, expectations regarding environmental awareness should be redefined in relation to children’s age and cognitive-moral development, avoiding assumptions that 4–5-year-olds will necessarily develop abstract vocabulary or causal understanding of complex issues such as pollution or climate change.
- Challenging anthropocentric perspectives. A strong anthropocentric perspective – where human beings are implicitly positioned as the apex of evolution and the primary reference point for intelligence – was frequently observed and may be difficult to deconstruct at this age. It is therefore important to create opportunities for reflection on the idea that humans are not the universal standard or ultimate measure of all things. Examples from extreme environments, such as deserts, can support this shift: many species persist not because they are “stronger,” but because they are adapted to resource scarcity (e.g., reduced leaves, deep or horizontal root systems, slow growth). Similarly, animals such as camels regulate internal conditions to survive extreme environments, tolerating levels of dehydration that would be fatal for humans.
- Integration with broader school practice. Limited integration of the project and its reflections into the school’s broader daily educational practice may weaken the overall impact of the experience. It is therefore essential that aims, objectives, and practices are shared among all educational staff involved.
- Role and limits of digital technologies. Observations suggest that digital technologies were particularly effective in generating engagement and shared attention, while their capacity to sustain deeper critical reflection was less consistent. Their educational value often lay more in prompting inquiry than in supporting sustained analytical processes. In general, expectations about digital competences and literacy should also be aligned with children’s developmental stage. For instance, it is unrealistic to expect 4-5-year-old children to understand how smartphones or digital cameras work and/or explore their affordances and implications.
- Thematic focus within sessions. Focusing on one of the three main project axes (climate change and environmental awareness, digital education, collaborative critical thinking) per session may support clearer and more manageable objectives, avoiding cognitive overload. Themes should nonetheless be alternated to ensure continuity and interconnection across sessions.
- Depth over quantity of activities. Insufficient time devoted to individual stimuli sometimes limited meaning-making processes. Allowing more time for each theme enhances children’s ability to attribute meaning and increases perceived relevance. Fewer but more in-depth activities are therefore recommended.
- Reframing outdoor learning environments. In some schools, the school garden was primarily experienced by children as a space for free play rather than as a learning environment. This made it difficult to quickly reframe it as an outdoor classroom, resulting in reduced attention and concentration during initial outdoor sessions. For this reason, after the first sessions, activities were relocated to a nearby public park, which could acquire a different meaning and function for the children. Within forest school contexts, a need also emerged for stronger strategies to sustain reflective attention in open-air settings, particularly during extended group discussions.