This visual-aided manual presents the state-of-the art methodological options for modeling human decision-making in general and in multi-agent system. The options include heuristic, rational, bounded rational and hybrid ...

This non-exhausted manual summarizes main steps in integrated systems analysis: (1) problem analysis and system boundary definition, (2) system structural analysis, (3) system functional analysis (including feedback loops ...

This presentation revisits the concept of sustainable intensification from modern systems science perspectives (human-environmental system, social-ecological resilience, complex adaptive systems, transformation and ...

This visual-aided document illustrates how a coupled community-landscape system can be analysed for in-depth modeling research using Multi-Agent System (MAS) approach. It guides collection and integration of household-farm ...

This non-exhausted manual defines type, typology and the role of functional types of human agents in agricultural transitional research. It also lays out common methods for defining human agent's types. The key messages ...

This document introduces concept, economic principles and algorithms of bio-economic modelling for farming system research.

Impact pathway for East Shewa-Yabello-Marsabit action site, updated on December 2014.

This non-exhausted manual provides an overview of the landscape of system modeling methods and identifies main criteria differentiating these methods. It introduces a table of comparative assessments of potentials and ...

It is important to increase the resilience of food production systems in the face of a changing climate, land scarcity, and changing demographics and market conditions. As farm resilience is a high-level system property ...

This presentation conceptualizes transition pathways toward sustainable Intensification of small-holder agricultural livelihood systems, the need and challenges of integrated systems models as decision support tools for ...