Empowering Isoko Communities
Project Goals
To restore degraded ecosystems and strengthen climate resilience in Isoko communities through data-driven environmental monitoring, ecosystem restoration, and community education.
Improve water resource management through data-driven insights.
Mitigate environmental degradation and promote biodiversity conservation.
Empower local communities with scientific knowledge and tools.
Expected Impact:
Enhanced environmental monitoring and data accessibility.
Increased community participation in sustainability efforts.
Strengthened resilience against climate-related challenges.
The Mission
This initiative will assist the Isoko community in safeguarding their
environment and getting ready for climate issues such as flooding.
We will rehabilitate crucial natural environments, including
wetlands and mangrove forests, which aid in absorbing
floodwaters, preventing erosion, and supporting native wildlife.
The Challenge
Flooding and biodiversity loss threaten underserved
communities in the Isoko regions in Delta State, Nigeria.
In 2022, Nigeria faced its worst
flooding in a decade, affecting 4.4
million people, displacing 2.4
million, and causing over 600
deaths across 34 states.
By 2024, flooding remained
severe, impacting 30 states,
affecting over a million people,
displacing 640,000, and resulting
in 269 fatalities.
309 threatened species in the country
as of 2019
Strategic Response
A community-based conservation program that uses GIS and remote sensing to monitor flood risks and water quality, while restoring wetlands and mangroves. It combines environmental data collection with local training and engagement to improve resilience, protect biodiversity, and support climate adaptation in Isoko communities.
Our Approach:
Utilizing GIS & remote sensing to monitor water quality and flood risks.
Bridging science and local knowledge to foster sustainable change.
Implementing community-based conservation strategies.
Project Scope:
Conducting bio-sampling and geospatial analysis to assess environmental health.
Engaging local communities in conservation education and resilience-building.
Methodology
Data Collection: Bio-sampling, geospatial mapping, remote sensing analysis.
Tools & Techniques: Google Earth Engine, QGIS, field sampling, laboratory analysis.
Community Engagement: Workshops, citizen science initiatives, policy advocacy.
Implementation Roadmap
Project Kickoff and Community Engagement
Training and Capacity Building
Ecosystem Restoration and Flood Resilience Activities
Project Evaluation and Knowledge Sharing –
Risk Mitigation & Strategy
The Challenge
Community Engagement and Participation: Some community members may be hesitant to participate due to a lack of awareness or trust in the project.
Our Strategy
Conduct sensitization programs, engage local leaders, and use participatory approaches to ensure inclusivity and transparency.
The Challenge
Funding Constraints: The budget may be limited for certain activities, such as ecosystem restoration and training.
Our Strategy
Prioritize cost-effective methods, seek in-kind support from local organizations, and explore additional funding sources if needed.
The Challenge
ecosystem restoration and training. Prioritize cost-effective methods, seek in-kind support from local organizations, and explore additional funding sources if needed. Environmental and Climate Uncertainties: Unpredictable weather conditions may delay restoration efforts.
Our Strategy
Develop flexible timelines and contingency plans, and use remote sensing to anticipate environmental changes.
The Challenge
Technical Knowledge Gaps: Some participants may find remote sensing and geographic information systems (GIS) training challenging.
Our Strategy
Use simplified training modules, provide hands- on demonstrations, and engage local experts to offer continuous support.
The Challenge
Long-Term Sustainability: Maintaining the project's impact beyond the grant period may be challenging.
Our Strategy
Establish community-led sustainability plans, train local youth as project ambassadors, and integrate activities into existing community structures.