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Faria, R.D
Furtado, G.S
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Authors
Alves de Morais, R.M
, G
Faria, R.D
Silva, L.S
Oliveira, M.D
Zavala, E.H
Melo, M.D
Paiva, C.M
Oliveira, A.L
Maciel, F.N
Siqueira , G.C
Borges , M.R
Furtado, G.S
Leme, P.M
Topics
Agricultural Robotics, Automation, and Mechanization
Drivers and Barriers to Adoption of Precision and Digital Technologies
Type
Poster
Oral
Year
2026
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1. Effect of Terrain Slope Obtained by LiDAR on Operational Performance in Semi-mechanized Coffee Transplanting with Autopilot.

The application of precision agriculture techniques has become an important tool in surveying coffee plantations, allowing for the rapid assessment of slope profiles in these areas and indicating the possibility of mechanizing the plots. Therefore, there is a need to work with quality in semi-mechanized transplanting operations using autopilot to optimize future processes related to coffee cultivation. The objective of this study was to determine the efficiency of use and mechanical availability... R. , G. , R.D. Faria, L.S. Silva, M.D. Oliveira, E.H. Zavala

2. Digital Agriculture in Dairy Farming: Connectivity Diagnosis and Barriers to Technology Adoption in an Agrotechnological District

The integration of digital tools and communication systems has underpinned a profound transformation in global production chains, aiming to optimize farm operations through technological innovation. Within this context, the present study forms part of the Semear Digital project, coordinated by Embrapa, and is grounded in the premise that digital inclusion constitutes an indispensable strategy for the sustainability and competitiveness of contemporary dairy farming. The primary objective... M.D. Melo, C.M. Paiva, A.L. Oliveira, F.N. Maciel, G.C. Siqueira , M.R. Borges , G.S. Furtado, P.M. Leme