Proceedings :: International Society of Precision Agriculture

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Camergo Neto, J

Castro, S.G

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Authors

Khot, L.R

Ehsani, R

Albrigo, G

Campoy, J

Wellington, C

Swen, W

Camergo Neto, J

Melo, D.D

Brasco, T.L

da Cunha, I.A

Castro, S.G

Amaral, L.R

Topics

Precision Horticulture

Site-Specific Nutrient, Lime and Seed Management

Type

Poster

Oral

Year

2012

2024

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Filter results2 paper(s) found.
1. Validation of Variable Rate Spray Decision Rules in Intricate Micro-Metrological Conditions This study evaluated validity of modified spray decision rules formed to operate axial fan airblast sprayer retrofitted for use in citrus production. The sprayer was field tested in a spraying... L.R. Khot, R. Ehsani, G. Albrigo, J. Campoy, C. Wellington, W. Swen, J. Camergo Neto Download paper
2. Sampling-based on Plant Vigor Zones As a Strategy for Creating Soil Attribute Maps Mapping agronomically relevant soil properties for fertilizer recommendation remains challenging in precision agriculture. Traditionally, this mapping is conducted through soil sampling on a regular grid basis, where points are equally spaced primarily to ensure spatial coverage. However, directing soil sampling points based on plant vigor may be more efficient in capturing soil variability that directly affects plant development. Several commercial platforms offer solutions for defining management... D.D. Melo, T.L. Brasco, I.A. Da Cunha, S.G. Castro, L.R. Amaral Download paper

Filter results2 paper(s) found.

1. Validation of Variable Rate Spray Decision Rules in Intricate Micro-Metrological Conditions

This study evaluated validity of modified spray decision rules formed to operate axial fan airblast sprayer retrofitted for use in citrus production. The sprayer was field tested in a spraying... L.R. Khot, R. Ehsani, G. Albrigo, J. Campoy, C. Wellington, W. Swen, J. Camergo Neto

Download paper

2. Sampling-based on Plant Vigor Zones As a Strategy for Creating Soil Attribute Maps

Mapping agronomically relevant soil properties for fertilizer recommendation remains challenging in precision agriculture. Traditionally, this mapping is conducted through soil sampling on a regular grid basis, where points are equally spaced primarily to ensure spatial coverage. However, directing soil sampling points based on plant vigor may be more efficient in capturing soil variability that directly affects plant development. Several commercial platforms offer solutions for defining management... D.D. Melo, T.L. Brasco, I.A. Da Cunha, S.G. Castro, L.R. Amaral

Download paper