Africa is among the regions most vulnerable to the adverse impacts of climate change. Rising temperatures, erratic rainfall patterns, droughts, floods, and sea level rise threaten food and water security, livelihoods, ecosystems, and the overall wellbeing of communities. These challenges place immense pressure on governments, communities, and development stakeholders to build resilience and safeguard hard-won development gains (IPCC, 2022).

Achieving sustainable climate resilience in Africa requires a multi-faceted and holistic approach that integrates cutting-edge research, innovative technologies, supportive policies, adequate financing mechanisms, and gender-equitable practices. 

Addressing existing technology and data gaps is equally critical to ensuring that local communities can actively participate in and benefit from climate resilience initiatives. The lack of accessible and affordable climate observation and data instruments often hampers accurate weather prediction, early warning systems, and informed decision-making, particularly in vulnerable rural areas (WMO, 2023).

Moreover, achieving impactful and scaled-up solutions necessitates consolidated and streamlined national and regional policies. Coordinated governance frameworks across Africa can enhance the effectiveness of climate actions by ensuring alignment of efforts, reducing redundancies, and addressing transboundary challenges such as shared water resources, migratory patterns, and ecosystem management. Streamlining policies also allows for the harmonization of funding priorities, fostering a more cohesive regional response to climate challenges (ECOWAS, 2020; Boko et al., 2007).

In addition, innovative climate financing schemes and models are essential for mobilizing the resources needed to implement climate resilience solutions. Blended finance, public-private partnerships, and region-specific climate funds can unlock significant investments to support adaptation and mitigation initiatives. Ensuring that these models are accessible to communities and local stakeholders is critical for scaling efforts and promoting inclusive development (CPI, 2022; UNFCCC, 2023).

The integration of gender-responsive practices further ensures that climate resilience efforts address the diverse vulnerabilities and capacities of men and women. Women, who often play pivotal roles in agriculture, water management, and community leadership, must be empowered through targeted policies, financing opportunities, and capacity-building programs. Gender-inclusive approaches not only promote equity but also enhance the effectiveness and sustainability of climate solutions (Dankelman, 2010; UN Women, 2021).

Additionally, the streamlined integration of scientific knowledge with indigenous knowledge systems is essential for crafting effective mitigation and adaptation strategies. Indigenous knowledge, accumulated over generations through close interaction with the environment, provides valuable insights into local climate patterns, biodiversity management, and resource utilization (Nakashima et al., 2012). Combining this wisdom with scientific advancements can enhance the design and implementation of climate resilience solutions, particularly in key areas such as:

• Agriculture: Blending indigenous farming practices with climate-smart agricultural innovations to improve crop yields and reduce vulnerability to climate extremes (FAO, 2020; Altieri, 2004).
• Water Management: Integrating traditional water harvesting and storage techniques with modern hydrological modeling for sustainable water resource management (Gleick, 1998; WBG, 2018).
• Land Use and Land Cover: Aligning traditional land management practices with remote sensing and GIS technologies to monitor and optimize land use patterns (Turner et al., 2007; Potschin et al., 2016).
• Risk and Vulnerability to Climate Extreme Events: Utilizing local knowledge of early warning signs alongside scientific forecasting to enhance disaster preparedness and community response strategies (Kelman et al., 2012; IPCC, 2014).
• Renewable Energy: Incorporating local practices and preferences in the deployment of renewable energy technologies to ensure acceptance and sustainable adoption (IRENA, 2018; Sovacool, 2012).

Crucially, the knowledge transfer process needs to be smartly designed to streamline these two knowledge systems, respecting and elevating indigenous knowledge while leveraging scientific advances. This collaborative approach ensures solutions are both contextually relevant and rooted in local realities, fostering greater acceptance, cooperation, and long-term ownership by communities (Salick & Byg, 2007). Furthermore, using local languages to communicate and deliver these solutions strengthens understanding and trust among stakeholders, enhancing their effectiveness. Training programs and capacity-building initiatives must be tailored to bridge the gap between modern science and indigenous knowledge, empowering communities to actively engage in and sustain climate resilience efforts (Nakashima et al., 2012).

To address these challenges, the WASCAL International Conference on Climate Change – Just Energy Transition (I3C-JET) 2025 provides a premier platform to convene researchers, policymakers, practitioners, financiers, innovators, civil society, community leaders, women leaders, and young leaders. The overall goal is to foster the exchange of knowledge, showcase innovative approaches, and catalyze collaborative strategies to building sustainable climate resilience in Africa. The conference seeks to drive inclusive, sustainable, and impactful climate resilience solutions.