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Modeling and identification of fertility maps using artificial neural networks
(2000-12-01)
The application of agricultural fertilizers using variable rates along the field can be made through fertility maps previously elaborated or through real-time sensors. In most of the cases applies maps previously elaborated. ...
Modeling and identification of fertility maps using artificial neural networks
(2000-12-01)
The application of agricultural fertilizers using variable rates along the field can be made through fertility maps previously elaborated or through real-time sensors. In most of the cases applies maps previously elaborated. ...
Subsurface Lateral Solute Transport in Turfgrass
(2023)
Turfgrass managers have suspected that runoff-independent movement of herbicides and
fertilizers is partially responsible for uneven turfgrass quality in sloped areas. We hypothesized
that subsurface lateral solute ...
Agricultural loess soils along a climosequence evidenced different susceptibility to acidification by simulated N-fertilization
(Elsevier Science, 2018-12)
Agricultural loess soils of the central region of Argentina show acidification evidences linked to both climatic conditions and N-fertilization. Because of that, simulations to estimate the future acidification trends under ...
The development of a model for recommending the application of zinc fertilizer in the Mediterranean Region of Central Chile
(Springer, 2020)
The main aim of this study is to develop a mechanistic model of fertilization for recommending the application of zinc (Zn) fertiliser for maize based on the mass balance of Zn. The model would consider the critical Zn ...
Soil fertility shapes fire activity across Mediterranean-type climate regions
(Wiley, 2023)
Aim:To quantify the role of soil fertility in the spatial variability of fire activity and to identify the mechanisms that drive this variability. Location:The five Mediterranean-type climate regions of the world.Time ...