Enhancing Crop Production through Digital Agriculture: A Review of Emerging Trends and Technologies

Digital agriculture means using various technologies and their various processes, which leads to a significant moral development in improving agricultural production and addressing the challenges of feeding the world’s growing population, and striving to achieve sustainable global food security. One of the most practical tools for this type of advanced agriculture is the rapid collection of data and the ability to analyze it. Through various tools such as drones, satellite imagery, and sensors, farmers can collect real-time information about their agricultural holdings, including soil moisture levels, nutrient content, and real-time resource monitoring. This data-driven forecasting enables farmers to make informed choices regarding irrigation, fertilization, and damage management, leading to more efficient use of resources and crop productivity. Digital agriculture facilitates the implementation of precision agriculture techniques. Through GPS technology and advanced machinery, it enables precise planting of seedlings, application of inputs, and witnessed creeping on the racer. This level of precision not only reduces the waste of cherry resources, but also increases each plant, which will ultimately lead to increased vegetables and profitability. In addition to improving necessity, digital agriculture plays an important role in the sustainable production of vegetable crops. By relying on precision irrigation, for example, farmers can reduce water use and mitigate the environmental impact of irrigation use. To achieve this goal, targeting of drugs and pesticides relies on specific chemical runoff parameters, which leads to harmful effects on multiple ecosystems and biodiversity. Therefore, the task of this assignment is to explore the diverse applications of digital agriculture, considering their impact on the need, sustainability and overall agricultural productivity. This review provides an overview of the importance of digital agriculture applications in improving field crop productivity and it provides farmers with an idea on how to invest digital agriculture in their field work.