Proceedings :: International Society of Precision Agriculture

Proceedings

Find matching any: Reset

Machado, A.L

Musshoff, O

Boeno, D

Saque Ribeiro, V

» Add more authors

Add filter to result:

Authors

Michels, M

Musshoff, O

Cha Valdez, M.E

Boeno, D

Zapata , J.I

Duque, J

Hall, D.H

Hosser, M

Machado, R.L

Galli, R

Machado, A.L

Topics

Drivers and Barriers to Adoption of Precision and Digital Technologies

Variable-Rate Irrigation, Drainage Optimization, and Water Management

Remote and Proximal Sensing of Soils and Crops

Type

Oral

Poster

Year

2026

Home » Authors » Results

Authors

Filter results3 paper(s) found.
1. Beyond the Mean: A Quantile Count Regression Analysis of Precision Farming Technology Adoption Intensity by German Farmers This study examines the factors influencing precision agriculture technology adoption intensity among German farmers using an innovative quantile count regression approach that reveals heterogeneous relationships across different segments of the adoption distribution. While previous research has primarily relied on mean-based regression models that may mask important variation in adoption determinants, this analysis provides new insights into how factors affect low, moderate, and high technology... M. Michels, O. Musshoff Download paper
2. Evaluation of Irrigation Efficiency Using Precision Agriculture Tools on a Mandarin Orange Farm Afourer in Paysandú, Uruguay Efficient water management in citrus farming requires monitoring systems that integrate real-time climate data and accurate soil moisture measurements to optimize irrigation decisions within a precision agriculture framework, accounting for spatial variability in soil water availability. The use of continuous monitoring technologies improves the efficiency of drip irrigation and reduces water losses associated with both water deficits and excesses in commercial production systems. Facing this... M.E. Cha Valdez, D. Boeno, J.I. Zapata , J. Duque Download paper
3. Mobile Robotic Soil Moisture Sensing and Mapping for Precision Agriculture in Small-Scale Farming The spatial variability of soil moisture is a key factor for efficient irrigation management and agricultural productivity, particularly in small-scale farming systems where access to precision agriculture technologies remains limited due to cost and operational complexity. This study presents the development and preliminary evaluation of a robotic sensing system for georeferenced soil moisture data acquisition, focusing on spatial mapping in small agricultural areas. The proposed system... D.H. Hall, M. Hosser, R.L. Machado, R. Galli, A.L. Machado Download paper

Filter results3 paper(s) found.

1. Beyond the Mean: A Quantile Count Regression Analysis of Precision Farming Technology Adoption Intensity by German Farmers

This study examines the factors influencing precision agriculture technology adoption intensity among German farmers using an innovative quantile count regression approach that reveals heterogeneous relationships across different segments of the adoption distribution. While previous research has primarily relied on mean-based regression models that may mask important variation in adoption determinants, this analysis provides new insights into how factors affect low, moderate, and high technology... M. Michels, O. Musshoff

Download paper

2. Evaluation of Irrigation Efficiency Using Precision Agriculture Tools on a Mandarin Orange Farm Afourer in Paysandú, Uruguay

Efficient water management in citrus farming requires monitoring systems that integrate real-time climate data and accurate soil moisture measurements to optimize irrigation decisions within a precision agriculture framework, accounting for spatial variability in soil water availability. The use of continuous monitoring technologies improves the efficiency of drip irrigation and reduces water losses associated with both water deficits and excesses in commercial production systems. Facing this... M.E. Cha Valdez, D. Boeno, J.I. Zapata , J. Duque

Download paper

3. Mobile Robotic Soil Moisture Sensing and Mapping for Precision Agriculture in Small-Scale Farming

The spatial variability of soil moisture is a key factor for efficient irrigation management and agricultural productivity, particularly in small-scale farming systems where access to precision agriculture technologies remains limited due to cost and operational complexity. This study presents the development and preliminary evaluation of a robotic sensing system for georeferenced soil moisture data acquisition, focusing on spatial mapping in small agricultural areas. The proposed system... D.H. Hall, M. Hosser, R.L. Machado, R. Galli, A.L. Machado

Download paper