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Lasse Leponiemi

Chairman, The HundrED Foundation
first.last@hundred.org

PHAL: Planetary Health & Action Labs for School

Harnessing education to protect environmental ecosystems and enable inclusive civic action

In Bangladesh’s rapid urbanization belts, riverine wetland filling, deforestation, and waste dumping are accelerating climatic hazards, health issues, and biodiversity loss. The PHAL-Schools Plus program turns education into a driver of planetary health and sustainable development: students learn peaceful collaboration and design nature-based solutions to influence local decisions.

Overview

Information on this page is provided by the innovator and has not been evaluated by HundrED.

Updated January 2026

2025

Established

1

Countries
All students
Target group
Urban learners – girls and boys from diverse neighbourhoods – gain planetary-health and biodiversity literacy, develop skills for dialogue and peaceful collaboration, use AI tools to plan & show impact, and help schools & local authorities restore rivers, wetlands, tree-cover and fairer, more sustainable city neighbourhoods.

About the innovation

Why did you create this innovation?

Bangladesh’s children witness shrinking wetlands & green nature, polluted rivers, worsening heat, and waste-choked drains, yet classrooms treat these as remote phenomena. PHAL-Schools Plus aims to enable students to see how planetary-health degradation threatens their own future, link it to equity & conflict, and act to restore biodiversity and sustainable urban ecosystems.

What does your innovation look like in practice?

PHAL-Schools Plus is a school-based club-style program that integrates environmental science with civic learning and peaceful problem-solving. Learners (10-16 yrs) form inclusive eco-civic clubs, guided by teachers and supported by:

*AI-Chatbot Mentor: answers eco-health & biodiversity questions, guides mapping & project planning in Bangla/English, and suggests conflict-sensitive collaboration steps.
*Open-source mapping & sensing tools: to document canals, trees, wetlands, heat-hotspots, waste hot-spots.
*Gamified Learning & Reporting App: helps students plan, track and celebrate impact ( e.g., waste diverted, trees planted, native-species habitats restored, conflict incidents reduced ).
*Teacher micro-modules: project-based learning, climate and biodiversity literacy, peace education, gender-responsive facilitation, planetary-health thinking.
*Students co-design low-cost nature-based & civic solutions – rain-barrels for water harvesting, shade-tree corridors & native gardens for heat-mitigation & pollinator support, wetland micro-restoration actions, waste-segregation & composting, green & safe-route mapping for girls, peer-conflict-mediation pledges.

They monitor outcomes via the app and present results at quarterly school-community dialogues to parents, ward committees, and city leaders. Pilots show that youth gain eco-civic agency and empathy as facilitators, and communities see tangible improvements—cleaner drains, more green shade, and revived wetlands.

How has it been spreading?

Expansion Plan:
*2025: Pilot in 1 schools in Keranigonj, Dhaka (~ 100 students & 20 teachers).
*2026-27: Expand to 5 schools in Dhaka & outskirts, set up 5 Youth Civic-Action & Eco-Restoration Hubs, and roll out AI mentor & gamified app at scale. Publish a bilingual open toolkit & teacher notes.
*2028: Reach 5,000 learners and embed planetary health, biodiversity literacy & civic action approaches into the national Life & Livelihood and Civic-Education strands.

If I want to try it, what should I do?

A school forms an Eco-Civic Action Club, teacher takes short online orientation, downloads starter-kit + app, chooses one local challenge (e.g., blocked canal or loss of shade-trees), and follows the AI-guided 8-week Action Cycle with built-in mapping, monitoring & playful reporting.

Implementation steps

Week 1—Club launch & safety
Icebreakers; set code of peace & inclusion.
Roles: Project Lead (girl or boy), Data Lead, Community Lead, Safety Lead.
App setup; baseline survey (agency, knowledge, teamwork).
Week 2—Local diagnostics (maps & walks)
Transect walk: blocked drains/canals, waste hot spots, missing shade, unsafe routes.
Map in app (GPS pins + photos).
AI mentor prompts: “What is the likely impact on health/biodiversity?”
Week 3—Choose the challenge & co-design
Shortlist 1 priority (e.g., canal inlet blocked beside school).
Co-design NBS micro-project (e.g., silt trap demo + awareness + liaison with ward office).
Gender & inclusion check: access, safety, workload balance.
Week 4—Prototype & plan
Build prototype (mini silt trap / planter box / compost unit / pollinator strip).
Budget & materials list; risk & safeguarding review.
Peace lens: stakeholder mapping; dialogue plan.
Week 5—Implement
Install solution; assign maintenance rota.
Log actions in app; Gamified badges unlocked: “Teamwork”, “Safety Champion”.
Week 6—Monitor
Collect simple metrics: waste weight diverted, # trees/plots, temp-in-shade vs sun, water flow photos, peer-conflict log.
AI mentor suggests improvements (“Add mulch to reduce evapotranspiration”).
Week 7—Dialogue & advocacy
Prep 5-slide community brief (before/after, metrics, asks).
Present to teachers, parents, ward councillor/DRR committee; invite local CSOs/CBOs/NGOs.
Week 8—Reflect & scale
Endline survey; “what changed / what next” note posted.
Identify replication site (peer class or nearby school).

Spread of the innovation

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