The United Nations recently reported that while 90 percent of countries prioritize action on water for adaptation on their national climate financing agenda, 50 percent of countries revealed that they do not have the formal national mechanisms to facilitate cross-sectoral coordination that is critical to ensure resilient socioecological systems (United Nations 2023). Conventional environmental models are, however, unable to account for poor coordination between the proposed technical/management options and the environmental outcomes, which are often shaped by uncertainty and changes that arise in the policy environment. The use of improved assessment methods which can capture a complete view is thus required to design technologies and management systems to restore climate resilience. In this regard, this chapter discusses two methodological innovations (trade-off intensity and typology assessments) that can unleash insights on structural variables that intersect with forces of history, norms, and hierarchy to produce changes in collective behavior while they have an ameliorating impact on environmental and social outcomes in the context of climate change. The authors rely on an analysis of five cases of common pool resources management combined with an expert panel review of climate loss and damage in Jordan to examine their implications for the knowledge commons framework.