The Development of Sustainable Agricultural Systems Based on Crop Production Innovation: A Qualitative Literature Review
Keywords:
Sustainable Agricultural Systems, Crop Production Innovation, Precision AgricultureAbstract
Agricultural sustainability has become a critical global issue in response to increasing food demand, environmental degradation, and climate change challenges. This study aims to examine the development of sustainable agricultural systems based on crop production innovation through a qualitative literature review approach. The study analyzes 20 peer-reviewed international journal articles focusing on innovations in agricultural practices, including precision agriculture, smart farming systems, Internet of Things (IoT), artificial intelligence (AI), and digital agriculture technologies. The review emphasizes key aspects such as technological application, crop productivity, resource efficiency, and environmental sustainability outcomes. The findings indicate that crop production innovations significantly contribute to the development of sustainable agricultural systems by improving resource optimization, enhancing decision-making processes, and increasing agricultural productivity. In addition, the integration of advanced technologies enables more efficient farm management and reduces environmental impacts through precise input usage. However, several challenges such as high implementation costs, limited technological accessibility, and low digital literacy among farmers still hinder widespread adoption. These results highlight the need for stronger policy support, infrastructure development, and capacity-building programs to accelerate agricultural transformation. In conclusion, innovation-based crop production systems play a vital role in the development of sustainable agriculture, and future research should focus on integrated technological solutions and inclusive strategies to ensure long-term agricultural sustainability.
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