Proceedings :: International Society of Precision Agriculture

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Sysskind, M

DE BRITO FILHO , A.L

Kyere, I

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Authors

Andrade da Silva, A

Moura Oliveira, T.C

Sales, E

de Souza Silva, R.H

Luns, S

Costa Souza, J

DE BRITO FILHO , A.L

Pereira da Silva, R.P

Perussi, E.M

Conceicao da Silva, L

Luns Hatum de Almeida, S

Costa Souza, J

Sysskind, M

Vellidis, G

Pilcon, C

Pereira da Silva, R.P

Topics

Predictive Modeling, Phenotyping, and Digital Tools for Decision Support

Remote and Proximal Sensing of Soils and Crops

Type

Oral

Poster

Year

2026

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Filter results2 paper(s) found.
1. Can Management Zones Be Useful in Guiding Mechanized Peanut Harvesting? Mechanized peanut harvesting presents challenges due to the crop’s indeterminate growth habit, which results in non-uniform maturation across the field; the ideal harvest point is reached when the maturity index exceeds 0.7. Consequently, analyzing the spatial variability of maturation is essential for identifying homogeneous areas and guiding harvest at the optimal time. In this context, Management Zones (MZs), as a Precision Agriculture tool, enable the subdivision of fields into more... A. Andrade Da Silva, T.C. Moura Oliveira, E. Sales, S. Luns, E.M. Perussi, R.H. De Souza Silva, S. Luns, R.P. Silva, J. , A.L. De Brito Filho , R.P. Silva
2. Evaluation of the Similarity between Management Zones Based on Spectral Indices and Soil Electrical Conductivity The delineation of management zones is one of the main strategies in precision agriculture, as it enables site-specific interventions and improves input-use efficiency. Soil electrical conductivity (EC) is widely used to represent the spatial variability of soil physical and chemical attributes and is often considered a reliable indicator. However, acquiring EC data requires specific equipment and field operations, which may increase operational costs. In contrast, spectral indices derived from...

Filter results2 paper(s) found.

1. Can Management Zones Be Useful in Guiding Mechanized Peanut Harvesting?

Mechanized peanut harvesting presents challenges due to the crop’s indeterminate growth habit, which results in non-uniform maturation across the field; the ideal harvest point is reached when the maturity index exceeds 0.7. Consequently, analyzing the spatial variability of maturation is essential for identifying homogeneous areas and guiding harvest at the optimal time. In this context, Management Zones (MZs), as a Precision Agriculture tool, enable the subdivision of fields into more... A. Andrade Da Silva, T.C. Moura Oliveira, E. Sales, S. Luns, E.M. Perussi, R.H. De Souza Silva, S. Luns, R.P. Silva, J. , A.L. De Brito Filho , R.P. Silva

2. Evaluation of the Similarity between Management Zones Based on Spectral Indices and Soil Electrical Conductivity

The delineation of management zones is one of the main strategies in precision agriculture, as it enables site-specific interventions and improves input-use efficiency. Soil electrical conductivity (EC) is widely used to represent the spatial variability of soil physical and chemical attributes and is often considered a reliable indicator. However, acquiring EC data requires specific equipment and field operations, which may increase operational costs. In contrast, spectral indices derived from...