Process mapping is a systematic technique used to visually represent the sequence of activities, decisions, inputs, outputs and interactions involved in a process. In the context of project management in agribusiness, process mapping involves identifying and documenting each step required to plan, implement, monitor and close a project such as establishment of a food processing unit, development of a cold chain network, introduction of a new seed variety, or implementation of an agri-export venture. It translates complex workflows into structured diagrams such as flowcharts, swim-lane diagrams, value stream maps or network diagrams, enabling project managers and stakeholders to understand how resources, information and materials flow through the project system. In agribusiness projects, operations often involve multiple stakeholders including farmers, input suppliers, processors, transporters, financial institutions and regulatory bodies. Process mapping helps in clarifying roles, responsibilities and interdependencies among these actors. It captures critical activities such as procurement of raw materials, quality inspection, storage, processing, packaging, logistics and marketing. By visualizing these activities, project managers can identify bottlenecks, redundancies, delays and risks that may affect project performance. The importance of process mapping in project management is multifaceted. First, it enhances clarity and communication. Agribusiness projects often operate in rural and semi-urban environments where coordination challenges are common. A clear process map serves as a communication tool that aligns team members, contractors and stakeholders with project objectives and workflows. It reduces ambiguity and ensures that everyone understands the sequence of operations and expected outcomes. Second, process mapping supports efficient resource allocation. Agribusiness projects are capital-intensive and time-sensitive, especially those related to perishable commodities. By mapping processes, managers can estimate the time, labor, equipment and financial resources required at each stage. This enables better budgeting, scheduling and workforce planning, which are critical for minimizing post-harvest losses and maximizing returns. Third, it facilitates risk identification and mitigation. Agricultural projects are exposed to climatic variability, price fluctuations, pest outbreaks and regulatory changes. Through process mapping, potential risk points such as delays in input delivery, machinery breakdowns, quality deviations or transportation disruptions can be identified in advance. Preventive measures and contingency plans can then be integrated into the project design. Fourth, process mapping contributes to quality management and standardization. In agribusiness, adherence to quality standards such as Good Agricultural Practices, HACCP, or export certification requirements is essential. A mapped process ensures that quality checks, documentation and compliance steps are embedded systematically into project execution. This reduces non-conformities and enhances credibility in domestic and international markets. Fifth, process mapping promotes continuous improvement. By analyzing the existing process flow, project managers can identify non-value-adding activities and implement improvements. Lean management principles can be applied to eliminate waste in terms of time, inventory, transportation and over-processing. This leads to increased efficiency and competitiveness of agribusiness