The Logic Model — Impact Framework

This logic model outlines a phased expansion over the next one year across Ludhiana, followed by two years across Punjab and five years nationally across India to scale impact sustainably

1. HUMAN INPUTS

     Year 1 – Ludhiana

  • Student ambassador teams: 60
  • Students engaged: 4,000 (ages 6–17)
  • Students per team: Minimum 3
  • Total student ambassadors: 180
  • Neurodivergent students: Minimum 60 (1 per team)

     Adult & Professional Support

  • Teacher mentors: 40 (2 per school × 20 schools)
  • School coordinators: 20 (1 per school)
  • Special educators: 10
  • Gardeners / horticulture staff: 10 (1 per 2 schools)
  • Psychologists / wellbeing experts: 2
  • Ecologists / biodiversity experts: 3
  • City coordinator: 1
  • Research assistants: 2
  • NGO programme coordinators: 2

      Years 2–3 – Punjab

  • Students engaged: 15,000
  • Ambassador teams: 200
  • Student ambassadors: 600
  • Neurodivergent / underprivileged students: Minimum 200

      Support Staff

  • Teacher mentors: 120
  • School coordinators: 60
  • Special educators: 25
  • Gardeners: 30
  • Psychologists: 4
  • Ecologists: 6
  • State coordinator: 1
  • Research assistants: 4

     Years 4–8 – Pan-India

  • Students engaged: 50,000+
  • Ambassador teams: 600–650
  • Student ambassadors: 1,800–2,000
  • Neurodivergent : 600+

     Support Staff

  • Teacher mentors: 300+
  • School coordinators: 150+
  • Special educators: 60+
  • Gardeners: 75+
  • Psychologists: 8–10
  • Ecologists: 12–15
  • Regional coordinators: 5
  • National programme head: 1
  • Research fellows: 10+
 
2. INSTITUTIONAL INPUTS
  • Schools: 20 schools (Year 1 – Ludhiana)
  • 60 schools (Years 2–3 – Punjab)
  • 150+ schools (Years 4–8 – India)
  • NGO partners: Current: AAS Ehsaas, Philanthropy Club
  • Punjab level: City Needs NGO
  • National level (planned): A Rocha India
  • CSR partners: 5–10
  • Municipal & local government bodies Collaboration: 2–3
  1. GARDEN & PLANT INPUTS

     Pollinator Gardens

  • Existing gardens: 15
  • New gardens (Year 1): 20
  • Gardens (Punjab phase): 80
  • Gardens (National phase): 200+  

       Plants 

  • Native plant species per garden: 30–40Average plants per garden: 150
  • Plants required: Year 1:  3,000

          Punjab phase: 12,000            National phase: 30,000+

(Procured with support from Punjab Agricultural University and Forest Department)

  1. GARDENING TOOLS
  • Hand trowels: 100
  • Pruning shears: 100
  • Watering cans / hoses: 100
  • Gardening gloves (pairs): 200
  • Buckets: 100
  • Labels & markers: 1,000
  • Tool storage boxes: 20
  1. SENSORY-FRIENDLY DESIGN INPUTS
  • Fragrant plants (jasmine, basil, etc.): 500
  • Soft-texture plants / grasses: 600
  • Seating units (benches / mats): 40
  • Pathway markers: 200
  • Visual signboards (image-based): 120
  1. HOME-BASED GARDEN MULTIPLICATION
  • Home garden kits: 1,000
  • Teams supported via home kits: 330+
  • Additional pollinator gardens created through homes: 1,000
  1. POLLINATOR SUPPORT INFRASTRUCTURE
  • Bee water stations: 200
  • Bee hotels: 150
  • Butterfly puddling units: 100
  • Leaf-litter nesting zones: 40
  1. MAINTENANCE MATERIALS (ANNUAL)
  • Mulch: 5,000 kg
  • Neem oil bottles: 200
  • Stakes & twine sets: 300
  • Replacement seedlings: 2,000
  1. DIGITAL & DOCUMENTATION INPUTS
  • Google Meet accounts: 10
  • Instagram outreach handles: 1 central + 20 school pages
  • Observation journals: 1,500
  • Stationery kits: 1,500
  • Cameras / recording devices: 40
  • Data collection sheets: 10,000+
  1. KNOWLEDGE & CAPACITY INPUTS
  • Yale University course(Coursera): Science of Well-Being (completed, 2024)
  • Internship: Divyam Mind Guiding Academy (2023–2025)
  • Practical experience: 15 pollinator gardens established(since 2023)
  • Workshops delivered: 7 schools in Ludhiana
  1. RESEARCH & REFERENCE INPUTS
  • Core books (4 titles on pollinators & bees)
  • Botanical Survey of India (plant identification)
  • Zoological Survey of India (pollinator taxonomy)
  1. TIME & COMMITMENT INPUTS
  • Initial garden setup: 1–2 days per site
  • Weekly maintenance: 30–45 minutes
  • Workshops per school: 2–3 per year
  • Biodiversity monitoring: Monthly
  • Data analysis & reporting: Quarterly
  1. FUNDING INPUTS
  • Year 1 – Ludhiana: ₹10–12 lakh
  • Years 2–3 – Punjab: ₹30–40 lakh
  • Years 4–8 – Pan-India: ₹80 lakh – ₹1 crore

 

ACTIVITIES
  1. Programme Setup & Coordination
  • Identify 20 pilot schools in Ludhiana
  • Formalise partnerships with NGOs, schools and CSR partners through NGO
  • Appoint teacher mentors, school coordinators and support staff
  • Develop annual activity calendar and safeguarding protocols
  1. Capacity Building & Training
  • Conduct environmental awareness workshops in public and private schools (2–3 per school)
  • Train students on:

         Pollinators and biodiversity                                                                                                                                                                                                                                                                         Native plants and seasonal flowering                                                                                                                                                                                                                                                       Neurodiversity, inclusion and teamwork                                                                                                                                                                                                                                                 Basic research and observation skills                                                                                                                                                                                                                                                       Orientation sessions for teachers and gardeners on pollinator-friendly practices

  1. Student Competition & Ambassador Selection
  • Organise school-level competitions comprising:

          Environmental quiz (pollinators, plants, sustainability)                                                                                                                                                                                                                          Practical task: creating a pollinator garden at home, school or adjoining  premises                                                                                                                                                                        Form student teams (minimum 3 students per team)                                                                                                                                                                                                                          Create Circulars for motivating students with rewards like cash prize                                                                                                                                                                                              Award additional points to teams including at least one neurodivergent student

  • Select winning teams as official Buzzing Blooms Ambassador Teams
  1. Pollinator Garden Creation
  • Ambassadors will help design and establish pollinator gardens in schools,homes, public spaces and welfare institutions
  • Procure native plant kits and gardening tools
  • Create:

          Nectar- and pollen-rich planting zones                                                                                                                                                                                                                                                    Sensory-friendly areas (fragrance, texture, colour)                                                                                                                                                                                                                                Pollinator support structures (bee hotels, water stations, puddling areas)                                                                                                                                                                                      Set up home-based gardens using distributed garden kits

  1. Garden Stewardship & Maintenance
  • Weekly garden care by student ambassadors (30–45 minutes)
  • Ongoing maintenance with gardeners and teachers
  • Seasonal replacement planting to maintain species diversity
  • Ensure chemical-free organic garden practices
  1. Inclusion & Wellbeing-Focused Activities
  • Design gardens as sensory-regulation spaces for neurodivergent children
  • Facilitate calm, guided nature interaction sessions
  • Encourage leadership roles for neurodivergent and underprivileged students within teams
  • Monitor wellbeing indicators with support from special educators and psychologists.
  1. Research, Monitoring & Documentation
  • Conduct baseline and follow-up biodiversity surveys
  • Record pollinator visits, species richness, and plant health
  • Maintain observation journals and photo documentation
  • Collect psychosocial data on attention, anxiety, task completion, and peer interaction
  • Analyse data quarterly with research assistants and experts
  1. Digital Engagement & Peer Learning
  • Hold monthly inter-school virtual meetings (Google Meet)
  • Share learning, challenges and success stories via digital platforms
  • Use social media (Instagram) for awareness and youth storytelling
  1. Scaling & Ambassador Network Expansion
  • Train Ludhiana ambassadors as peer mentors for Punjab expansion
  • Replicate the model across Punjab schools (Years 2–3)
  • Develop national ambassador cohorts for pan-India rollout (Years 4–8)
  • Adapt training and materials for different regions
  1. Advocacy, Showcasing & Reporting
  • Organise annual exhibitions, garden walks and student showcases
  • Prepare CSR and impact reports with NGO partners
  • Share findings with schools, municipalities and stakeholders
  • Advocate for inclusion of pollinator gardens in school ecosystems
OUTPUTS

      (Immediate, Measurable Deliverables)

  1. Participation & Capacity Outputs

      Year 1 – Ludhiana

  • 4,000 students actively engaged in workshops, competitions, and garden activities
  • 60 student ambassador teams formed
  • 180 trained student ambassadors certified
  • 40 teacher mentors oriented and trained
  • 20 school coordinators appointed
  • 10 special educators engaged in programme delivery

      Years 2–3 – Punjab

  • 15,000 students engaged
  • 200 ambassador teams formed
  • 600 trained student ambassadors
  • 120 teacher mentors trained
  • 25 special educators involved

      Years 4–8 – Pan-India

  • 50,000+ students engaged
  • 600–650 ambassador teams established
  • 1,800–2,000 trained student ambassadors
  • 300+ teacher mentors trained
  • 60+ special educators engaged
  1. Pollinator Garden Outputs
  • 15 existing pollinator gardens sustained
  • 20 new pollinator gardens established in Year 1
  • 80 pollinator gardens established across Punjab
  • 200+ pollinator gardens established nationally
  • 315+ total pollinator gardens created and maintained
  1. Home & Community Garden Outputs
  • 1,000 home-based pollinator gardens created through student teams
  • 330+ student teams implementing gardens at home or in adjoining spaces
  • Rapid replication of pollinator habitats beyond school campuses
  1. Training & Workshop Outputs
  • 50–60 environmental workshops conducted in Year 1
  • 150+ workshops conducted across Punjab
  • 500+ workshops conducted nationally
  • Standardised training modules and toolkits developed
  1. Inclusion & Wellbeing Outputs
  • 100% ambassador teams include at least one neurodivergent or underprivileged student
  • 200+ neurodivergent children per garden accessing sensory-friendly spaces
  • Inclusive leadership roles assigned within all student teams
  • Sensory-friendly garden zones established at each site
  1. Research & Documentation Outputs
  • Baseline biodiversity data collected at all garden sites
  • Quarterly monitoring reports on species richness and pollinator activity
  • Photo and observation records maintained for all gardens
  • Case studies documenting ecological and psychosocial impact
  • Research datasets prepared for analysis and publication
  • Present my research at National and international Academic Conferences like Princeton Office of Undergraduate Research
  1. Digital & Engagement Outputs
  • Monthly inter-school virtual meetings conducted
  • Active digital learning hub with student participation
  • 1 central + 20 school-level social media pages documenting progress
  • Student-led awareness content created and shared
  1. Advocacy & Visibility Outputs
  • Annual exhibitions and showcases conducted
  • Ensuring CSR impact reports prepared and submitted by NGO on time.
  • Stakeholder presentations to schools, NGOs and local authorities
  • Media and community visibility for pollinator conservation and inclusion
 
SHORT-TERM OUTCOMES

      (6–12 Months)

  1. Student Learning & Skill Development
  • Increased knowledge of pollinators, native plants and biodiversity among participating students
  • Improved environmental literacy and understanding of ecosystem interdependence
  • Enhanced practical gardening and stewardship skills through hands-on activities
  • Strengthened research and observation skills, including species identification and data recording
  1. Leadership & Youth Empowerment
  • Increased confidence, agency and leadership capacity among student ambassadors
  • Development of teamwork, communication and problem-solving skills
  • Peer-to-peer learning culture established within and across schools
  • Greater student participation in school-based environmental decision making.
  1. Inclusion & Wellbeing (Psychosocial)
  • Improved attention span and task completion among neurodivergent and underprivileged students
  • Reduction in anxiety and sensory overload due to access to calming, sensory-friendly green spaces
  • Increased peer interaction, social inclusion and sense of belonging
  • Neurodivergent students recognised as active contributors and leaders, not passive beneficiaries
  1. Ecological & Environmental Outcomes
  • Visible increase in pollinator presence and diversity at garden sites
  • Improved plant health and flowering continuity due to proper maintenance and replacement planting
  • Enhanced micro-habitat quality supporting bees, butterflies, birds and beneficial insects
  1. School & Community Engagement
  • Schools integrate pollinator gardens into co-curricular and experiential learning activities
  • Teachers demonstrate increased capacity to support inclusive, nature-based learning
  • Parents and local community members show greater awareness and participation in local conservation activities
  1. Organisational & Programme Outcomes
  • Functional student ambassador network established at city level
  • Clear implementation and monitoring systems tested and refined
  • Strong collaboration among students, teachers, NGOs and partners
  • Increased credibility of the programme for CSR and institutional support
INTERMEDIATE OUTCOMES

       (Up to 3 Years)

  1. Sustained Student Leadership & Ambassador Network
  • A stable,multi-cohort student ambassador network established across Ludhiana and expanded to multiple districts in Punjab(Jalandhar,Amritsar,Patiala,Bhatinda,Mohali,Hoshiarpur,Pathankot)
  • Senior ambassadors actively mentor and train new student teams, creating a self-sustaining peer-led model
  • Student ambassadors recognised as youth leaders within schools and local communities
  • Consistent student participation in environmental action beyond individual events
  1. Institutionalisation within Schools
  • Pollinator gardens embedded into school culture, co-curricular programmes and experiential learning frameworks
  • Schools formally allocate time, staff support and modest budgets for garden upkeep
  • Teacher mentors independently conduct workshops, competitions and garden activities
  • Pollinator gardens treated as permanent school assets rather than temporary projects
  1. Ecological Stabilisation & Expansion
  • Sustained increases in pollinator presence and species richness across established garden sites
  • Continuous flowering cycles maintained through planned replacement planting
  • Formation of local pollinator corridors connecting school, home, and community gardens
  • Improved resilience of gardens to seasonal and climatic stress by making arrangements.
  1. Inclusion & Psychosocial Development
  • Sustained improvements in attention, emotional regulation and social interaction among neurodivergent and neurotypical students
  • Increased peer acceptance and collaborative behaviour across diverse student groups
  • Neurodivergent students holding visible and valued leadership roles in ambassador teams
  • Schools adopt inclusive, sensory-friendly design principles beyond garden spaces
  1. Research, Evidence & Learning
  • Longitudinal ecological and psychosocial datasets generated across multiple schools
  • Student-led research projects documented and shared at state-level forums and conferences
  • Case studies and reports used to strengthen CSR engagement and funding proposals
  • Improved capacity of students and teachers to use evidence for decision-making
  1. Community & State-Level Engagement
  • Increased involvement of parents and local communities in pollinator conservation activities
  • Partnerships established with municipal bodies and state-level institutions for urban greening
  • Recognition of the programme as a replicable, youth-led model within Punjab
  • Alignment with state priorities on biodiversity, education, and inclusion
  1. Organisational Strength & Scale Readiness
  • Clear governance, safeguarding and operational systems functioning effectively with help of NGOs
  • Diversified funding streams through CSR and institutional partnerships
  • Strong NGO collaboration enabling compliance, reporting and continuity
  • Organisational readiness for pan-India expansion in subsequent years
 
LONG-TERM IMPACT

        (Up to 5 Years)

  1. Ecological Transformation & Biodiversity Resilience
  • Establishment of a multi-city network of pollinator-friendly landscapes across schools, homes, and public spaces (Starting from Haryana & Delhi NCR,Rajasthan, Uttar Pradesh,Maharashtra and Karnataka)
  • Measurable recovery and stabilisation of urban pollinator populations in participating cities
  • Development of local pollinator corridors improving habitat connectivity and species survival
  • Widespread adoption of chemical-free, biodiversity-positive practices within school and community environments
  1. Systemic Change in Education
  • Integration of nature-based, experiential learning into school co-curricular and enrichment programmes
  • Pollinator gardens functioning as living laboratories for science, psychology, and environmental education
  • Increased environmental literacy and systems thinking among students
  • Recognition of ecological stewardship as a core educational value within participating institutions
  1. Inclusive Societies & Human Wellbeing
  • Sustained improvements in emotional regulation, confidence, and social participation among neurodivergent and underprivileged children
  • Normalisation of inclusive leadership, with neurodivergent students actively leading initiatives
  • Creation of calmer, safer, and more empathetic school climates through access to sensory-friendly green spaces
  • Stronger community bonds formed through shared responsibility for nature and wellbeing
  1. Youth-Led Civic & Environmental Leadership
  • Emergence of a trained national cohort of student environmental leaders through the ambassador model
  • Alumni ambassadors influencing academic choices and early careers in environment, science, education, and social impact
  • Youth participation in local and state-level environmental dialogues and initiatives
  • Establishment of a replicable, student-led civic action framework adaptable across regions

       5. POLICY INFLUENCE & POLLINATOR SENSITIVE URBAN PLANNING

  • Evidence generated through school- and community-based pollinator gardens informs local and state-level urban biodiversity policies
  • Integration of pollinator-friendly design principles into school infrastructure guidelines, municipal landscaping and public-space planning
  • Adoption of native planting, chemical-free maintenance and green-corridor frameworks in urban development projects
  • Recognition of pollinator gardens as low-cost nature-based solutions for urban resilience, climate adaptation and wellbeing
  • Student ambassadors contribute youth perspectives to municipal consultations, environmental committees and civic forums strengthening participatory urban governance
  1. Sustainable Impact Ecosystem
  • A financially and operationally sustainable programme model supported by CSR, NGO partners, and school ownership
  • Long-term collaborations between schools, NGOs, universities, and industry
  • Ongoing research and improvement based on field evidence and student learning
  • A lasting cultural shift where care for pollinators, people, and inclusive spaces becomes embedded in everyday practice
 
ASSUMPTIONS
  • Schools will support the programme by providing space, time and permissions
  • Students will remain interested and actively involved especially ambassadors
  • Teachers and adults will provide guidance, supervision and safeguarding
  • Neurodivergent students will receive appropriate support
  • Parent support
  • Native plants selected will suit the local climate and seasons
  • Gardens will be maintained using chemical-free practices
  • CSR and partner funding will be available and released on time
  • NGO partners will manage accounts, compliance, and reporting
  • Ethical standards, consent and child protection norms will be followed
  • Institutions will remain open to learning, improvement and evidence-based practices
EXTERNAL FACTORS
  • Weather and climate conditions (heat, rain, drought) that may affect plant growth and pollinators
  • School schedules and policies that influence time available for activities
  • CSR funding timelines and economic conditions that may affect availability of funds
  • Changes in school or NGO leadership impacting continuity
  • Community attitudes and participation, especially for home-based gardens
  • Public health or safety situations that may restrict outdoor activities
  • Availability of basic infrastructure, such as water supply and internet access
  • Natural ecological factors, including plant loss, pests or low pollinator presence