“The use of technologies such as GPS, geographic information systems (GIS) and crop simulation models enables detailed crop management, increasing operational efficiency…”
Daniela Andrade is the head of agribusiness at Eldorado Terra, an investment firm focused on agribusiness assets. Andrade has a degree in agronomy and a M.Sc. in plant science from the Federal University of Lavras, with an MBA from Escola Conquer.
Daniela Andrade, head of agribusiness at Eldorado Terra
In the current agricultural scenario, soybeans stand out as one of the most important crops in terms of production and export. The success of this crop is linked not only to agronomic techniques, but also to good agricultural planning and operational efficiency. This success depends on efficient planning, which balances production costs with technical management choices, and with the use of technologies and strategies to optimize resources. This article discusses relevant points for effective planning in soybean crops.
Agricultural planning in soybean farming is the backbone of the enterprise, enabling farmers to anticipate problems, make data-based decisions and improve resource management. One of the main functions of planning is to ensure that all activities are carried out at the appropriate time and in an organized manner. This meticulous planning ranges from defining the planting season to selling the crop, covering all phases of crop management and care.
“Planning not only reduces expenses but also improves the crop production capacity, leading to more effective and economically viable management of the agricultural enterprise”
Planning should be used as an essential strategy for optimizing costs, resulting in continuous improvements in operations and execution. This approach tends to progressively increase yields. By adjusting processes and maximizing efficiency, planning not only reduces expenses but also improves the crop production capacity, leading to a more effective and economically viable management of the agricultural enterprise.
Precision agriculture also plays a complementary role in this scenario. The use of technologies such as GPS, geographic information systems (GIS) and crop simulation models enables a detailed crop management, increasing operational efficiency. These technologies facilitate compliance with the initial planning, assist in scheduling preventive interventions and organizing corrective actions when necessary. This technological monitoring allows for precise interventions, reducing the excessive use of inputs and promoting production sustainability.
Modern technologies have allowed farmers to keep control of their crops literally in the palm of their hand. Mobile apps and agricultural management platforms offer tools for real-time monitoring of plant, soil and weather conditions. These tools facilitate quick and informed decision-making, essential for efficient management of soybean crops.
Data analysis and management are important for refining control strategies for this planning. Setting goals and monitoring them is part of the entire process. Information about machine productivity, previous harvests, soil analyses and records of input applications, for example, help create a history that can be used to improve future practices and correct possible deviations or delays in operations during the season. Agricultural management software facilitates this data integration, offering a complete view that enables reactive and proactive adjustments in operations.
Planning and control do not end with the harvest. Analyzing market trends and establishing future sales contracts are steps that, if well planned, can maximize profits and minimize the risks associated with price fluctuations.
In short, agricultural planning in soybean farming is a complex process that requires attention to detail and a holistic view of production. By combining intelligent management practices, data management and the use of advanced technologies, farmers can optimize their costs and maximize yields, ensuring the sustainability and profitability of their crops.
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