Onion (Allium cepa L.) Production Guide Simulation Program using C Programming

Abstract

In addition to environmental factors, the success of onion cultivation also depends on adopting sophisticated agricultural techniques and methods. Crop simulation models are now required to enhance onion cultivation, reduce risks, and increase yields. This study aimed to develop and evaluate a rudimentary C programming language-based onion production simulation software. This research created a simulation of a guide for producing onions. This simulation tool integrates agricultural expertise with technology to provide onion producers, researchers, and agricultural stakeholders with valuable insights and guidance. The simulation assists users in optimizing onion cultivation from planting to harvest through an in-depth look at best practices. The simulation incorporates essential facets of onion cultivation, such as planting techniques, irrigation strategies, insect and disease management, and market-driven decision-making. Advantages of the simulation include precise financial planning, resource allocation, and risk management. Users gain a greater comprehension of expected income, allowing them to budget more effectively and improve their market access strategies. In addition, the simulation encourages adopting sustainable agricultural practices, technological integration, and innovation in response to onion producers' evolving challenges.