Proceedings :: International Society of Precision Agriculture

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Zhang, Q

Mouazen, A.M

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Authors

Ulusoy, Y

Tümsavas, Z

Mouazen, A.M

Tekin, Y

Kizer, E

Upadhyaya, S.K

Rojo, F

Ozmen, S

Ko-Madden, C

Zhang, Q

Ruma, F.Y

Munnaf, M.A

De Neve, S

Mouazen, A.M

Pérez-Ruiz, M

Scali, T

Michailidis, A

Sarri, D

Mouazen, A.M

Topics

Proximal Sensing in Precision Agriculture

Site-Specific Nutrient, Lime and Seed Management

Education, Training, and Extension for Precision Agriculture

Type

Oral

Year

2014

2016

2022

2026

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Filter results4 paper(s) found.
1. Prediction Of Cation Exchange Capacity Using Visible And Near Infrared Spectroscopy Cation exchange capacity (CEC) of the soil is a measure of the soil ability to hold positively charged ions and is an important indicator of soil physicochemical characteristic. It is an important property for site specific management of soil nutrients in precision agriculture. The conventional analytical methods used for the determination of CEC are expensive, difficult and time consuming, because different cations must be extracted and determined. Visible and near infrared (vis-NIR) spectroscopy... Y. Ulusoy, Z. Tümsavas, A.M. Mouazen, Y. Tekin Download paper
2. Proximal Sensing of Leaf Temperature and Microclimatic Variables to Implement Precision Irrigation in Almond and Grape Crops Irrigation decisions based on traditional soil moisture sensing often leads to uncertainty regarding the true amount of water available to the plant. Plant based sensing of water stress decreases this uncertainty. In specialty crops grown in California’s Central Valley, precision deficit irrigation based on plant water stress could be used to decrease water use and increase water use efficiency by supplying the necessary quantity of water only when it is needed by the plant. However, there... E. Kizer, S.K. Upadhyaya, F. Rojo, S. Ozmen, C. Ko-madden, Q. Zhang Download paper
3. Management Zone-specific N Mineralization Rate Estimation in Unamended Soil Since nitrogen (N) mineralization from soil organic matter is governed by basic soil properties (soil organic matter content, pH, soil texture, …) that are known to exhibit strong in-field spatial variability, N mineralization is also expected to exhibit significant spatial variability at field scale. An ideal and efficient N recommendation for precision fertilization should therefore account for potential soil mineralizable N considering this spatial variability. Therefore, this study... F.Y. Ruma, M.A. Munnaf, S. De Neve, A.M. Mouazen Download paper
4. E-Demofarm as an Integrated Framework for Education, Training and Extensión in Precision Viticulture The concept of the demonstration farm has long been central to agricultural education and technology transfer, providing tangible spaces where innovation meets practice. However, traditional approaches remain constrained by geographic and accessibility limitations and the limited integration of modern digital tools, hindering the large-scale dissemination of innovation and practical training. To address these challenges, the e-Demofarm is designed and investigated within the VTskill project, operating... M. Pérez-ruiz, T. Scali, A. Michailidis, D. Sarri, A.M. Mouazen Download paper

Filter results4 paper(s) found.

1. Prediction Of Cation Exchange Capacity Using Visible And Near Infrared Spectroscopy

Cation exchange capacity (CEC) of the soil is a measure of the soil ability to hold positively charged ions and is an important indicator of soil physicochemical characteristic. It is an important property for site specific management of soil nutrients in precision agriculture. The conventional analytical methods used for the determination of CEC are expensive, difficult and time consuming, because different cations must be extracted and determined. Visible and near infrared (vis-NIR) spectroscopy... Y. Ulusoy, Z. Tümsavas, A.M. Mouazen, Y. Tekin

Download paper

2. Proximal Sensing of Leaf Temperature and Microclimatic Variables to Implement Precision Irrigation in Almond and Grape Crops

Irrigation decisions based on traditional soil moisture sensing often leads to uncertainty regarding the true amount of water available to the plant. Plant based sensing of water stress decreases this uncertainty. In specialty crops grown in California’s Central Valley, precision deficit irrigation based on plant water stress could be used to decrease water use and increase water use efficiency by supplying the necessary quantity of water only when it is needed by the plant. However, there... E. Kizer, S.K. Upadhyaya, F. Rojo, S. Ozmen, C. Ko-madden, Q. Zhang

Download paper

3. Management Zone-specific N Mineralization Rate Estimation in Unamended Soil

Since nitrogen (N) mineralization from soil organic matter is governed by basic soil properties (soil organic matter content, pH, soil texture, …) that are known to exhibit strong in-field spatial variability, N mineralization is also expected to exhibit significant spatial variability at field scale. An ideal and efficient N recommendation for precision fertilization should therefore account for potential soil mineralizable N considering this spatial variability. Therefore, this study... F.Y. Ruma, M.A. Munnaf, S. De Neve, A.M. Mouazen

Download paper

4. E-Demofarm as an Integrated Framework for Education, Training and Extensión in Precision Viticulture

The concept of the demonstration farm has long been central to agricultural education and technology transfer, providing tangible spaces where innovation meets practice. However, traditional approaches remain constrained by geographic and accessibility limitations and the limited integration of modern digital tools, hindering the large-scale dissemination of innovation and practical training. To address these challenges, the e-Demofarm is designed and investigated within the VTskill project, operating... M. Pérez-ruiz, T. Scali, A. Michailidis, D. Sarri, A.M. Mouazen

Download paper