Introduction Manure is a nutrient-rich organic fertilizer. But until now, natural variance and rapid settling left the success of manure fertilisation to chance[1]. Optimizing the use of manure minimizes loss of nutrients and dispersion into the environment. Manure not only contains nutrients such as N, P and K which can be re-used as fertilizer… read more »
Introduction Differences within plant stock mostly depend on the soil. The measurement of electrical conductivity with the help of a soil scanner gives the first impression of these relative differences. As a result detailed soil zone maps can be generated to facilitate fertilization in accordance with real needs of the farm. Related Smart… read more »
Introduction Differences within plant stock mostly depend on the soil. The measurement of electrical conductivity with the help of a soil scanner gives the first impression of these relative differences. As a result detailed soil zone maps can be generated to facilitate fertilization in accordance with real needs of the farm. Related Smart… read more »
Introduction Differences within plant stock mostly depend on the soil. The measurement of electrical conductivity with the help of a soil scanner gives the first impression of these relative differences. As a result detailed soil zone maps can be generated to facilitate fertilization in accordance with real needs of the farm. Related Smart… read more »
Introduction In intensive agricultural livestock production manure prevails regularly as a waste problem rather than an organic fertilizer and valuable source of nutrients. The advantages of a fully developed variable rate slurry spreader technology cannot be overemphasized.[1] Such systems can give much more accurate results with as-applied verification, while reducing commercial fertilizer inputs and providing… read more »
Introduction Applying fertilizer is a common agricultural activity that can be completely automated with the correct implementation of Variable Rate Fertilization (VRF). There are two main categories in which VRT fertilization can be applied: 1) with a map of a certain parameter such as crop vigor and 2) with real time sensors. Map-based VRF adjusts… read more »
Introduction Applying fertilizer is a common agricultural activity that can be completely automated with the correct implementation of Variable Rate Fertilization (VRF). There are two main categories in which VRT fertilization can be applied: 1) with a map of a certain parameter such as crop vigor and 2) with real time sensors. Map-based VRF adjusts… read more »
Introduction In intensive agricultural livestock production manure prevails regularly as a waste problem rather than an organic fertilizer and valuable source of nutrients. The advantages of a fully developed variable rate slurry spreader technology cannot be overemphasized.[1] Such systems can give much more accurate results with as-applied verification, while reducing commercial fertilizer inputs and providing… read more »
Introduction Applying fertilizer is a common agricultural activity that can be completely automated with the correct implementation of Variable Rate Fertilization (VRF). There are two main categories in which VRT fertilization can be applied: 1) with a map of a certain parameter such as crop vigor and 2) with real time sensors. VRA increases your… read more »