Articles about agricultural practices

• Agricultural practices

EOSDA Crop Monitoring streamlines precision agriculture with Variable Rate Seeding maps. Methods of using vegetation indices for applying variable rate seeding are discussed in this simple guide.

• Agricultural practices

Agriculture accounts for 70% of global freshwater use, highlighting the need to improve on-farm water management. Let’s explore smart approaches aimed at increasing agricultural water use efficiency.

• Agricultural practices

Evapotranspiration is the process of water vapor loss from the soil and plant surfaces. Farmers who are aware of the ET effects on crops are in a better position to increase their farm productivity.

• Agricultural practices

Climate smart agriculture is not a one-size-fits-all approach. It covers many practices for different local contexts. Farmers can choose practices that work best for them, boosting yield and agility.

• Agricultural practices

Fertigation is an efficient agricultural technology that combines fertilization with irrigation. Manage your fields more precisely with site-specific, variable-rate fertilizer applications.

• Agricultural practices

Precision irrigation supplies moisture to crops only when and where necessary. Precision irrigation software helps in the technology’s implementation and management.

• Agricultural practices

Modern technologies have contributed to the emergence of a smart farming concept. It combines software and equipment to optimize agricultural activities. Smart farming systems may include mobile apps, AI-based programs, sensors, and satellites.

• Agricultural practices

Biological, physical, cultural, and chemical controls in integrated management allow for safer and more efficient crop protection from pests. Satellite technologies help plan and control IMP strategies remotely.

• Agricultural practices

Cooperative agriculture is among the best options for individual farmers and small businesses. Cooperation optimizes field management and resource use.