Proceedings :: International Society of Precision Agriculture

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Sampaio, D.D

Kaefer Seganfredo, G

Perez, N

Silveira, D.M

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Authors

Sampaio, D.D

RODRIGUES, L.P

Ribeiro, J.S

GOMES, A.B

Rubio, G.F

Rubio, J.F

Pereira, L.E

Brandi, R.A

Tech, A.R

Irene, V

Silveira, D.M

Kern, L.G

Silveira Pavão, L

Müllich,

Maldaner, I

, L

Sgarbossa, J

Kaefer Seganfredo, G

Rolim Farias da Silva, E

Silveira Farias, M

Topics

Precision Dairy, Livestock, and Animal Welfare Monitoring

UAV-Based Scouting, Imaging, and Targeted Applications

Decision Support Systems, Cloud Platforms, and Open Data Solutions

Type

Poster

Year

2026

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Filter results3 paper(s) found.
1. Precision Livestock Farming (PLF) in Laying Quail Farming: Monitoring Environmental Conditions In poultry farming, Precision Livestock Farming (PLF) has presented a strong positive impact, helping producers manage, monitor and control both poultry and egg production operations. Furthermore, PLF can solve problems that affect the welfare of birds and/or provide early warning of such problems, allowing producers to take action in the early stages. In this context, sensors can be used to monitor and control environmental parameters that directly affect the welfare of birds and, consequently,... D.D. Sampaio, L.P. Rodrigues, J.S. Ribeiro, A.B. Gomes Download paper
2. Detection of latrine areas in equine paddocks using drones and computer vision Equines can exhibit behaviors that are harmful to the soil, such as spatial segregation, which is caused by their selective grazing pattern. This species may choose its feeding areas based on vegetation structural characteristics, such as forage density, leaf availability, and stage of maturity (which are perceived through their tactile receptors). When present daily, this natural behavior can impair soil health, as spatial segregation within paddocks intensifies and latrine (dung) areas form....
3. Spatial Delineation of Site-Specific Management Units Using Vegetation Indices in Precision Agriculture Precision Agriculture has incorporated Remote Sensing as an essential tool for characterizing the spatial variability of agricultural crops. Among the available spectral indices, vegetation indices stand out for their ability to represent vegetative vigor and spatial patterns associated with crop performance. This study aimed to evaluate the spatial stability of spectral indices obtained from a median composite for management zone delineation and to analyze their agreement with a yield map in... L.G. Kern, L. Silveira Pavão, . Müllich, I. Maldaner, L. , J. Sgarbossa, G. Kaefer Seganfredo, E. Rolim Farias Da Silva, M. Silveira Farias Download paper

Filter results3 paper(s) found.

1. Precision Livestock Farming (PLF) in Laying Quail Farming: Monitoring Environmental Conditions

In poultry farming, Precision Livestock Farming (PLF) has presented a strong positive impact, helping producers manage, monitor and control both poultry and egg production operations. Furthermore, PLF can solve problems that affect the welfare of birds and/or provide early warning of such problems, allowing producers to take action in the early stages. In this context, sensors can be used to monitor and control environmental parameters that directly affect the welfare of birds and, consequently,... D.D. Sampaio, L.P. Rodrigues, J.S. Ribeiro, A.B. Gomes

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2. Detection of latrine areas in equine paddocks using drones and computer vision

Equines can exhibit behaviors that are harmful to the soil, such as spatial segregation, which is caused by their selective grazing pattern. This species may choose its feeding areas based on vegetation structural characteristics, such as forage density, leaf availability, and stage of maturity (which are perceived through their tactile receptors). When present daily, this natural behavior can impair soil health, as spatial segregation within paddocks intensifies and latrine (dung) areas form....

3. Spatial Delineation of Site-Specific Management Units Using Vegetation Indices in Precision Agriculture

Precision Agriculture has incorporated Remote Sensing as an essential tool for characterizing the spatial variability of agricultural crops. Among the available spectral indices, vegetation indices stand out for their ability to represent vegetative vigor and spatial patterns associated with crop performance. This study aimed to evaluate the spatial stability of spectral indices obtained from a median composite for management zone delineation and to analyze their agreement with a yield map in... L.G. Kern, L. Silveira Pavão, . Müllich, I. Maldaner, L. , J. Sgarbossa, G. Kaefer Seganfredo, E. Rolim Farias Da Silva, M. Silveira Farias

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