The University of Arizona
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Pedro Andrade Sanchez

Member of the Graduate Faculty | Associate Specialist, Biosystems Engineering | Associate Professor, Biosystems Engineering

Biosystems Engineering-Res
Map Page
40+ Collaborators
$1.7M / $4.5M Funding
40+ Grants
50+ Publications

Research Area

precision agriculture, agriculture, nitrogen management, agricultural technology, arizona, data analysis, crop management, sensor technology, cotton farming, sustainable agriculture, irrigation management, crop production, cotton, irrigation, soil health, durum wheat, remote sensing, plant phenotyping, weed control, post-emergence, crop yield, phenotyping, plant physiology, high-throughput, water management, field evaluation, organic farming

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    Recent

    RADIX+ High-throughput georeferencing and data ingestion over voluminous and fast evolving phenotyping sensor data

    2023
    georeferencing, data ingestion, phenotyping sensor, high-throughput, voluminous data

    Evaluating an in-situ, low-cost soil CO2 sensor as a soil health assessment tool in agricultural soils

    2023
    soil health, co2 monitoring, agricultural soils, in-situ sensors, low-cost technology

    Irrigation Management Outcomes using Increasingly Complex Geospatial Technologies

    2021
    irrigation, geospatial technologies, water management, agriculture, data analysis

    Calibración de un prototipo para realizar mediciones continúas de radiación fotosintéticamente activa en sorgo Calibration of a prototype to perform continuous measurements of photo-synthetically active radiation in sorghum)

    2021
    calibration, prototype, measurement, radiation, sorghum

    Development and evaluation of a self-propelled electric platform for high-throughput field phenotyping in wheat breeding trials

    2020
    agricultural technology, plant breeding, mechatronics, precision agriculture, automation

    RADIX+ High-Throughput Georeferencing and Data Ingestion over Voluminous and Fast-Evolving Phenotyping Sensor Data

    2020
    georeferencing, data ingestion, phenotyping, high-throughput, sensor data

    Comparing nadir and multi-angle view sensor technologies for measuring in-field plant height of upland cotton

    2019
    remote sensing, plant phenotyping, agricultural technology, crop monitoring, sensor comparison

    Deployment of lidar from a ground platform: Customizing a low-cost, information-rich and user-friendly application for field phenomics research

    2019
    lidar, ground platform, phenomics, field research, customization

    TERRA-REF Data Processing Infrastructure

    2018
    data processing, infrastructure, terra-ref, research, data analysis

    Deploying a Proximal Sensing Cart to Identify Drought-Adaptive Traits in Upland Cotton for High-Throughput Phenotyping.

    2018
    proximal sensing, drought-adaptive traits, upland cotton, high-throughput phenotyping, deploying

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    Pedro Andrade Sanchez | KMap Profile - Institutional Knowledge Map (KMap)