Going from oneself – inspirations to promote children's eco-mobility

1️⃣ SUMMARY ANALYTICAL

A health and autonomy issue long unthought of

The guide starts from a double observation: high sedentariness of children and a measured decline in their mobility autonomy (first journey alone at an average of 11.6 years, compared to 10.6 years for their parents at the same age). The car remains dominant, even over short distances, while walking declines with age and cycling is limited to leisure. Parental perceptions of safety appear as a major predictor of practices. There are also social and gender inequalities: more restricted autonomy for girls, with gendered supervision increasing in adolescence. Target audiences: children aged 0 to 18 years and all local stakeholders in planning, education and health.

From inspiration to action: mapping and feedback

The guide offers a grammar of actions distinguishing spatial transformation (school streets, calming, paths, routes) and behavioural transformation (walking buses, cycling buses, learning to cycle, challenges, equipment loans), linked to planning documents (PDES, mobility plans, pedestrian plans) and to a multi-actor governance. It details the roles of each, highlights the national MOBISCOL dynamic, and illustrates the discussion with 13 portraits of territories (mainland and overseas) and 13 documented action sheets (carriers, means, sometimes budgets). The stated objective is to provide transferable references to engage or consolidate an approach, without claiming a standardised protocol.

2️⃣ KEY POINTS OF THE DOCUMENT

1️⃣ Health is also spatial (p. 8-9).

Designing safe public spaces promotes physical activity and reduces exposure to pollution and noise; the guide recalls sedentary statistics (49% of boys and 67% of girls aged 6-17 years under the physical activity recommendations — SPF, Esteban 2014-2016) and pollution.

2️⃣ A measured decline in autonomy (p. 14-15).

First solo trip at 11.6 years (vs 10.6 years for parents). The home-school journey, recurring and appropriable, is the main vector of empowerment: first independent trip for 73% of children.

3️⃣ Parental perceptions, a major predictor (p. 16-17).

They can be contradicted by reports: the car is perceived as safer whereas, according to the cited ONISR road safety report, over 50% of deceased children were passengers in a private vehicle. To be clearly distinguished: perception ≠ measured risk.

4️⃣ Social and gender inequalities (p. 13, 16-17).

Girls have less autonomy, with a gendered supervision that strengthens during adolescence (“gendered fear”, Lieber 2008). The use of bicycles for extracurricular activities is more frequent in higher-income families.

5️⃣ An operational typology of actions (p. 24-37).

Spatial transformation (school streets, squares, paths, walkways) and behavioural (walking buses/cycling buses, Knowing How to Ride a Bike, challenges, loans), linked to planning documents (PDES, PDM, pedestrian plans) and to governance involving local authorities, schools, associations, families and children.

3️⃣ ACTION TRACKS FOR LOCAL ACTORS

1️⃣ Rely on MOBISCOL (p. 23).

Mobilise the national dynamic (Vivacités IDF + Cycling and Walking Network): feedback, guides, webinars and national mapping to frame a school eco-mobility project.

2️⃣ Make the home-school route the entry point (p. 14, 41).

Target this recurring journey to build autonomy and link it to a PDES (made mandatory for over 250 people in certain Atmospheric Protection Plans, e.g. Hauts-de-France since 2014).

3️⃣ Work on perceptions as much as on concrete (p. 16-17, 31).

Couple planning and action on perceived safety (road safety data, active design in front of schools) to remove parental barriers, the main lever for practices.

4️⃣ Combine spatial and behavioural (p. 24-37; sheets n°5, n°11, n°13).

Associate a school street / calm square, an active pick-up system (walking bus, cycling bus, S’Coolbus) and learning to cycle produces more than an isolated action.

5️⃣ Integrate gender and disability explicitly (p. 17, 35; sheet n°10 p. 77).

Plan non-mixed exploratory walks, raise awareness of inequalities and bike-disability systems to avoid reproducing inequalities of access to public space.

6️⃣ Seize the tipping moments and consider 0-3 years (p. 18-19).

Act at moments of change (birth, moving house, starting school) and take into account the very young, a blind spot in mobility policies.

Unmet needs / adaptations : the guide does not provide a standardised impact assessment nor a systematic costing (one-off budgets only, e.g. S’Coolbus p. 90-91). Plan your own monitoring indicators and adapt each system to the local context (density, distances, existing supply).

4️⃣ ADDITIONAL REFERENCES

External references (post-2024, verified)

• ADEME (2025), The mobility practices of children from nursery to high school in France (study, office 6t, 232 p.) — data foundation of the guide. librairie.ademe.fr

• Cerema (2024), Streets for children and school paths: calming the surroundings of schools in Marseille — multi-criteria method and tool for prioritising school surroundings. cerema.fr

• AGURAM (2025), Designing the city at children's height — for sustainable and inclusive public spaces (urban planning agency reference) — inclusive planning and gender angle. aguram.org

5️⃣ FAQ (FAQ)

1️⃣ At what age does a child travel alone, and why this decline?

On average at 11.6 years, compared to 10.6 years for their parents at the same age; decline related to fears, increased distances and car accompaniment (p. 14).

2️⃣ Which route should be prioritised to develop autonomy?

The home-school route, recurrent and easily appropriable; it is the first independent journey for 73% of children (p. 14).

3️⃣ Do parents have a point in judging the car as safer?

It’s a perception: the cited reports indicate that over 50% of deceased children were passengers in a car (p. 16-17).

4️⃣ Walking, bike, car: what do children really do?

Walking is the dominant mode in France; cycling remains mainly a leisure activity (6% use it daily); the car is significant from 1-2 km (p. 10-12).

5️⃣ What is a PDES and who is concerned?

A School Travel Plan: a strategic document resulting from a shared diagnosis, made mandatory beyond 250 people in certain PPA (p. 41).

6️⃣ What ‘active pick-up’ systems exist?

Walking bus, bike bus, S’Coolbus, hippobus / asinobus / rosalie: supervised, often free (sheets no. 11 to 13, p. 81-89).

7️⃣ How to take gender into account?

Girls are less independent and more supervised during adolescence; non-mixed exploratory walks and awareness of inequalities are proposed (p. 17, 35).

6️⃣ REWRITING IN EASY TO READ AND UNDERSTAND (FALC)

The summary, in easy to read

• Many children no longer travel alone.

• They move less than before. This is bad for their health.

• Before, we went to school alone at about 10 and a half.

• Today, it’s more like 11 and a half.

• The car is very much used, even for short trips.

• Many parents are afraid for their children's safety.

• Girls often have less right to move around alone.

• The guide shows how to help children walk and cycle.

The key ideas, in easy to read

• A safe route helps children to move more. It’s good for their health.

• The journey to school is the best way to learn to go alone.

• The car is not always safer. We need to look at the real figures.

• We can act on the street: calm it down, slow down the cars, create paths.

• We can also help families: walking bus, cycling bus, bike courses.

• We must also think of girls, children with disabilities and little ones.

Words explained: ecomobility = moving on foot, by bike or by public transport. Walking bus = a group of children walking to school with adults. Cycling bus = the same idea, but by bike.

7️⃣ CROSS-ANALYSIS — VALUES OF HEALTH PRACTICES

• Literacy : educational materials and kits mentioned (e.g. “On the way to school”), but readability mainly visual; no easy-to-read version in the guide.

• Empowerment : children involved in the design (choice of plants, route maps, participatory Mobi’Kids map) in several sheets (p. 28, 57).

• Participation : co-construction with residents, children and schools described (consultation, workshops, exploratory walks) (p. 22, 35).

• Community health: strong collective dimension: role of the street, the neighbourhood, networks of actors and safe spaces (p. 22-23, 36).

• Ethics : social and gender biases identified (gendered fear, income, territories), but few standardized impact measures.

• Human rights: explicit anchoring in the CRC (art. 24 health, art. 31 play); aimed at equity and inclusion, including disability (p. 8, 77).

• Intersectorality : health, education, planning, road safety and ecological transition articulated (One Health logic, PRS / PCAET / CLS) (p. 24-25).

• Partnership : formalised collaboration models: role scheme, MOBISCOL, public-public partnerships (e.g. Cerema) (p. 22-23).

• Fight against discrimination: gender and disability discrimination addressed (bike-disability sheet, non- mixed marches); non-judgment is poorly explained.

8️⃣ EVALUATION OF THE RELIABILITY OF THE RESOURCE

Scientific relevance. Institutional publisher (ADEME); figures based on a declarative survey 2025 (ADEME / 6t) and identified sources (Public Health France, ONISR, UNICEF, AEE, ENNS); bibliography provided (p. 92-93). Reservations: declarative data (perceptions), ‘parents’ scope of the survey, and an inconsistency in the wording on the ONISR report (the body mentions a “Report 2025” while the bibliography cites the “Report 2024”) — to be verified before precise citation. Experience feedback is not evaluated in a standardised way.

Operational relevance. High : typology of actions, roles of actors, 13 sheets with holders / means / one-off budgets, links via QR codes to resources. Limitation: highly contextualised devices, not “ turnkey”, without directly generalisable impact indicators.

9️⃣ STRATEGIC HASHTAGS

#SchoolEcoMobility #ActiveMobility #ChildHealth #Independence #StreetForChildren #GroundPrevention #HealthFriendlyPlanning #healthypractices