Soil degradation is a complex process driven by many unfavourable technical, socioeconomic, and institutional factors. Inversing the soil degradation dynamics requires an integrated approach where a set of soil-friendly, social and organisational actions within the agroecological approach are needed for system transformation. Within the GIZ ProSol project in Tunisia, ICARDA's SWC@Scale project is now piloting integrated interventions in a degraded area of Siliana governorate, Northwest Tunisia, to further enhance the sustainable adoption of a set of agroecological soil and water conservation practices in mixed crop-livestock systems. ICARDA and its National Research and Development partners are implementing a full agroecological sociotechnical package with farm and landscape interventions with forage-based crop rotations, improved grazing practices, mechanical and green consolidation of degraded land, cultivation of Sulla and Cactus opuntia in marginal lands, small-scale mechanisation, capacity development, awareness raising on soil regeneration and support of community organisations. The interventions in the selected community aim to generate system transformation dynamics and re-locate the local marginal systems on a sustainable intensification pathway. The SWC@Scale project further aims to learn from this open living lab experience and track social changes and adoption behaviour of farmers in response to the agroecological socio-technical package's implementation of the “integrated system transformation” actions. Lessons learned are shared with the PROSOL programme leadership in Tunisia for scaling. For that, the project has developed an adapted version of the scaling scan tool which explores the scope for large dissemination of agroecological practices implemented in the study area. The tool led to identify the opportunities and constraints related to the scaling of the technological packages. Notably, the crucial ingredients revealed by the tool are the level o