Ecosystem-based adaptation using soil carbon storage in forest management.

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Mapaseka Matabane

Neftaly Arts Insight

Neftaly: Ecosystem-Based Adaptation Using Soil Carbon Storage in Forest Management
Introduction
As climate change intensifies, communities and ecosystems face growing risks—ranging from droughts and floods to biodiversity loss and declining forest health. Traditional infrastructure alone cannot fully protect these natural systems. This is where Ecosystem-Based Adaptation (EbA) comes in: using nature-based solutions to strengthen resilience to climate change.
At Neftaly, we emphasize one of the most powerful, cost-effective, and underutilized EbA tools—soil carbon storage. By enhancing soil carbon in forests, we create healthier ecosystems that are more resilient to climate shocks while delivering long-term environmental and social benefits.

What is Ecosystem-Based Adaptation (EbA)?
EbA is the use of biodiversity and ecosystem services to help communities adapt to climate change. In forest management, this means:
Restoring natural processes (e.g., water cycling, soil fertility)
Protecting biodiversity
Reducing vulnerability to climate risks
Empowering communities through sustainable natural resource use
Soil carbon storage is central to all of these objectives.

The Role of Soil Carbon in Ecosystem-Based Adaptation
???? 1. Enhancing Forest Resilience
Carbon-rich soils promote healthy tree growth and root development, increasing resistance to drought, disease, and fire.
Improves long-term forest stability under changing climatic conditions.
???? 2. Regulating Water Cycles
Soils high in organic carbon hold more water, reducing the impact of droughts and floods.
Improves groundwater recharge and reduces surface runoff.
???? 3. Supporting Biodiversity
Healthy soils host diverse microbial and fungal life, which supports above-ground biodiversity.
Enhances natural regeneration and forest succession.
???? 4. Reducing Land Degradation
Soil carbon improves soil structure and reduces erosion, especially in steep or disturbed areas.
Prevents forest degradation in vulnerable zones.
???? 5. Sequestering Atmospheric Carbon
Forest soils act as long-term carbon sinks, offsetting emissions and contributing to climate mitigation goals alongside adaptation.

Neftaly’s Soil Carbon-Based EbA Strategies in Forest Management
At Neftaly, we integrate EbA and soil carbon enhancement into all forest and landscape restoration activities:
✅ Agroforestry systems that combine trees with crops to increase biomass and soil carbon input
✅ Composting and mulching to restore degraded soils and boost organic matter
✅ Biochar application for long-term soil carbon retention and improved fertility
✅ Mycorrhizal fungi inoculation to improve nutrient uptake and soil structure
✅ Native species planting to support biodiversity and long-term soil regeneration

Field Applications: Neftaly in Action
Location EbA Activity Outcome
Lesotho Highlands Compost + tree planting on degraded slopes Improved soil moisture, reduced erosion, and higher tree survival
Eastern Zambia Biochar-enhanced agroforestry Increased food security and 30% boost in soil organic carbon
Mozambique Mycorrhizal support in reforestation Enhanced seedling growth and biodiversity in buffer zones

Why Soil Carbon Matters for Climate Adaptation
???? Climate-smart forestry – Soil carbon enables forests to absorb climate impacts and bounce back quickly.
???? Community resilience – Healthier forests protect livelihoods, agriculture, and water sources.
???? Cost-effective adaptation – Nature-based solutions like soil carbon enhancement are low-cost, scalable, and sustainable.
???? Co-benefits – Beyond climate adaptation, improved soil carbon supports mitigation, biodiversity, and ecosystem restoration.

Conclusion
Soil carbon storage is a natural insurance policy for forests and communities in a changing climate. By incorporating it into Ecosystem-Based Adaptation, Neftaly helps build landscapes that are productive, biodiverse, and resilient for generations to come.
At Neftaly, we don’t just plant trees—we restore ecosystems from the soil up.

Ecosystem-based adaptation using soil carbon storage in forest management.

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