The session highlighted the importance of integrating land tenure into sustainable land management as a means to achieve effective land restoration and land degradation neutrality (LDN). Participants emphasized that secure land tenure is fundamental to encouraging land users to invest in sustainable practices, as it provides them with the assurance of benefiting from the returns on their efforts.

The session explored the critical role of multi-actor partnerships in fostering inclusive and sustainable land reforms, with a focus on how successful experiences can be effectively scaled across different contexts. It examined the dynamics of multi-stakeholder collaborations at various levels—national, regional, and global—emphasizing the need for coordination to maximize long-lasting impacts.

The session focused on the tensions between rapid land transitions required for global climate commitments and the need for equitable, just land administration, particularly in the context of the Paris Agreement. The discussion highlighted the complexities of managing large-scale land shifts, recognizing that such transitions often generate negative consequences for vulnerable populations, especially those without formal land rights or facing intersecting social marginalizations.

The session introduced the World Bank's Global Program on Access to Land for Climate Action and Infrastructure, aiming to address critical challenges related to land use in the context of climate change and sustainable development. The primary objective was to announce the launch of the Global Program, spotlight commitments from donors, and present insights from the 5-year Global Program on Land and Climate Change.

The session examined the integration of Climate Change Adaptation (CCA) and Disaster Risk Reduction (DRR) strategies, emphasizing the importance of a holistic approach to enhance resilience in communities vulnerable to climate-related challenges such as floods and droughts. The discussion opened with welcoming remarks that set the stage for understanding the interconnected nature of CCA and DRR in the context of increasing climate variability.