How Do Sensemaking and Climate Change Education Affect Climate Engagement at
the Grassroots Level? A Study of Five Communities in Southeastern Ghana
This study, published in *Climatic Change* (2024), investigates how sensemaking and
climate change education influence grassroots climate engagement and adaptive
behavior in five rural communities in southeastern Ghana. The research addresses
three key questions: (1) how climate change becomes a critical issue for people
unfamiliar with environmental complexities, (2) how grassroots communities create
meaning around climate change, and (3) what actions result from education and
sensemaking. The study highlights the role of local context, cultural beliefs, and
livelihood-based framing in fostering climate action.
### Key Findings:
1. **Sensemaking as a Framework**:
- Sensemaking—retrospective interpretation of environmental changes through lived
experiences—was central to how communities understood climate change.
- Key processes included noticing (e.g., irregular rainfall), labeling (describing
changes), and retrospective reflection (e.g., linking deforestation to droughts).
- Collective sensemaking, facilitated by storytelling and small-group discussions,
helped communities develop shared understandings and action plans.
2. **Challenges of Climate Education**:
- Pre-existing misconceptions (e.g., attributing droughts to divine punishment)
hindered initial engagement. Educators addressed these by respectfully integrating
scientific explanations with local knowledge.
- Scientific jargon (e.g., "carbon footprint") was less effective than framing climate
change in terms of livelihood impacts (e.g., crop failures, food insecurity).
3. **Effective Education Strategies**:
- **Livelihood-Centric Framing**: Linking climate change to farming yields and survival
resonated more than abstract science. For example, connecting deforestation to
reduced rainfall and crop losses motivated behavior change.
- **Participatory Tools**: Storytelling, conversations, and reflective discussions allowed
communities to contextualize climate change within their experiences.
- **Reflexive Sensegiving**: Educators acted as facilitators, guiding communities to
self-discover solutions rather than imposing external frameworks.
4. **Behavioral Outcomes**:
- Communities adopted adaptive practices like crop diversification, reduced slash-andburn farming, and establishing forest reserves.
- Material support (e.g., tools, seedlings) and trust in local educators (often church
leaders) enhanced engagement.
5. **Cultural and Structural Barriers**:
- Historical practices (e.g., shifting cultivation) and economic pressures (e.g., charcoal
production) initially resisted change.
- Low literacy and limited media access necessitated tailored, dialogue-based
education.
### Future Research Directions:
1. **Comparative Studies**: Explore urban vs. rural engagement and test strategies
across diverse cultural contexts.
2. **Longitudinal Research**: Track sensemaking and adaptation over time to assess
sustainability.
3. **Communication Methods**: Evaluate the role of social media and peer-to-peer
learning in climate education.
### Conclusions:
The study underscores the importance of culturally grounded, participatory approaches
to climate education in the Global South. Effective strategies prioritize local relevance,
leverage trusted community figures, and integrate indigenous knowledge with scientific
insights. Policymakers should support grassroots-led adaptation and invest in educator
training to bridge knowledge gaps. By centering livelihoods and communal
sensemaking, climate interventions can foster durable, context-specific solutions.
**Implications for Policy**:
- Decentralize climate education to local leaders.
- Combine material support (e.g., agricultural tools) with education.
- Document and scale community-based adaptation models.
This research offers a blueprint for engaging vulnerable populations in climate action,
emphasizing empathy, dialogue, and tangible benefits over top-down, science-heavy
messaging.