Proceedings

Find matching any: Reset
Nogueira, B
Freire de Oliveira, M
Ferreira , J
Thomé Barbosa, R.N
Add filter to result:
Authors
Alves de Araújo, G
Costa Souza, J.B
Freire de Oliveira, M
Ortiz, B.V
Luns Hatum de Almeida, S
Felipe dos Santos, A
Pereira da Silva, R.P
Espindola Müller, L
Buchener, T
Nogueira, B
SILVA, R
Silveira, S.J
Bredemeier, C
Françani, A.O
Zhao, L
Ferreira , J
Yan, J
Ferreira, E.J
Jorge, L.A
Lima, C.D
Nogueira, B
, A
Junior, D.U
Carvalho, I.R
Bredemeier, C
Figueiró, A.C
Nogueira, B
Bender, E
SILVA, R
Cassol, V.M
Silveira , S.J
Bredemeier, C
Vian, A.L
Nogueira, B
Figueiró, A.C
, A
Bender, E
Lima, C.D
Vian, A.L
Bredemeier, C
Nogueira, B
Bender, E
de Carvalho Arruda, D
da Costa Salem, M
Espindola Muller, L
dos Santos Gonçalves Junior, S.R
Eissmann Souza, G
Muller Klassmann, J.V
Gallo, B.B
Bredemeier, C
Gonçalves Junior, S.R
da Costa Salem, M
Eissmann Souza, G
Carvalho de Arruda, D
Bender, E
Nogueira, B
Espindola Muller, L
Gallo, B.B
Bredemeier, C
Karasinski, M.A
Thomé Barbosa, R.N
Melville, C
Peixoto, A.S
Ferreira, E.J
Jorge, L.A
Bendahan, A.B
Galvão, M.P
Bezerra, C.R
Karasinski, M.A
Thomé Barbosa, R.N
Costa, R
Duarte, D.S
Bezerra , C.R
Costa, N.L
Bendahan, A.B
Jorge, L.A
Macedo, E
Karasinski, M.A
Bendahan, A.B
Jorge, L.A
Gabriel da Silva Carmo , I.L
Barreto, G.F
Peixoto, A.S
Dantas Oliveira, S.V
Thomé Barbosa, R.N
Schurt, D.A
Topics
Artificial Intelligence, Big Data, and Advanced Analytics in Agriculture
Precision Horticulture and Specialty Crop Management
Precision Crop Protection, Pest, and Plant Health
Remote and Proximal Sensing of Soils and Crops
UAV-Based Scouting, Imaging, and Targeted Applications
Predictive Modeling, Phenotyping, and Digital Tools for Decision Support
Precision Dairy, Livestock, and Animal Welfare Monitoring
Type
Oral
Poster
Year
2026
Home » Authors » Results

Authors

Filter results1 paper(s) found.

1. Integration of LiDAR-Derived TWI and UAV Multispectral Data for Waterlogging Susceptibility Mapping in Precision Agriculture

Topography directly controls water redistribution across the landscape, shaping the spatial variability of soil moisture in agricultural areas. The Topographic Wetness Index (TWI), derived from digital elevation models, is widely used to estimate the potential for water accumulation; however, its field-scale validation supported by high-resolution multispectral drone imagery remains limited. In agricultural systems, recurrent waterlogging can reduce productivity by impairing germination, promoting...