Litereature Survey

A comprehensive literature survey on an integrated system for organic farming involves an exploration of diverse research areas. Firstly, studies focusing on organic crop rotation plans underscore the importance of maintaining soil fertility and minimizing pest and disease occurrences. These studies also highlight the role of technology-driven approaches in devising efficient crop rotation strategies, considering factors such as crop compatibility and nutrient equilibrium. Moreover, a thorough review of research papers concerning pest and disease prevention in organic farming reveals innovative strategies such as the implementation of natural predators, biopesticides, and resilient crop varieties. Additionally, the integration of modern technologies such as IoT, AI, and machine learning in organic farming is found to be instrumental in monitoring and controlling pests and diseases while ensuring minimal environmental impact.

Furthermore, a critical analysis of literature addressing crop recommendations based on soil quality underscores the significance of precise soil analysis techniques in determining the soil's nutrient composition and overall health for organic crop cultivation. These studies emphasize the need for tailored crop recommendations that account for specific soil attributes, including pH levels, nutrient content, and microbial diversity. Similarly, an examination of research dedicated to crop recommendations based on weather conditions highlights the significant influence of weather patterns and climate fluctuations on organic crop production. Advanced weather monitoring systems and climate-resilient farming techniques are proposed as essential tools for selecting appropriate crop varieties and cultivation practices adaptable to varying weather conditions.