Proceedings :: International Society of Precision Agriculture

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Sano, M

Gadler, D.J

Roberts, J

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Authors

Sugimoto, T

Shirakawa, T

Sano, M

Ohaba, M

Shibusawa, S

Nakagawa, Y

Horneck, D.A

Gadler, D.J

Bruce, A.E

Turner, R.W

Spinelli, C.B

Brungardt, J.J

Hamm, P.B

Hunt, E

Nakagawa, Y

Sano, M

Shirakawa, T

Yamagishi, K

Sugihara, T

Ohaba, M

Shibusawa, S

Sugimoto, T

Trotter, M

Gregory, S

Trotter, T

Acuna, T

Swain, D

Fasso, W

Roberts, J

Zikan, A

Cosby, A.M

Topics

Engineering Technologies and Advances

Applications of UAVs (unmanned aircraft vehicle systems) in precision agriculture

Remote Sensing Applications in Precision Agriculture

Agricultural Education

Type

Poster

Oral

Year

2012

2014

2016

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Filter results4 paper(s) found.
1. Study on Water Distribution Measurement in Sand Using Sound Vibration ... T. Sugimoto, T. Shirakawa, M. Sano, M. Ohaba, S. Shibusawa, Y. Nakagawa Download paper
2. Study On Plant Health Condition Monitoring Using Acoustic Radiation Force In recent years, irrigation method using the negative pressure difference attracts attention from the point of view of water saving. In addition, it is proved that this technique is effective in upbringing of the plant as well as saving of water. By measuring water distribution of soil, active irrigation control will be performed In our previous study, we confirmed that the resonance frequency of a leaf is influenced by the water stress to the plant. Thus the vibration measurement... Y. Nakagawa, M. Sano, T. Shirakawa, K. Yamagishi, T. Sugihara, M. Ohaba, S. Shibusawa, T. Sugimoto Download paper
3. Detection Of Nitrogen Deficiency In Potatoes Using Small Unmanned Aircraft Systems Small Unmanned Aircraft Systems (sUAS) are recognized as potentially important remote-sensing platforms for precision agriculture. A nitrogen rate experiment was established in 2013 with ‘Ranger Russet’ potatoes by applying four rates of nitrogen fertilizer (112, 224, 337, and 449 kg N/ha) in a randomized block design with 3 replicates. A Tetracam Hawkeye sUAS and Agricultural Digital Camera Lite sensor were used to collect imagery with near-infrared... D.A. Horneck, D.J. Gadler, A.E. Bruce, R.W. Turner, C.B. Spinelli, J.J. Brungardt, P.B. Hamm, E. Hunt Download paper
4. SMARTfarm Learning Hub: Next Generation Precision Agriculture Technologies for Agricultural Education The industry demands on higher education agricultural students are rapidly changing. New precision agriculture technologies are revolutionizing the farming industry but the education sector is failing to keep pace. This paper reports on the development of a key resource, the SMARTfarm Learning Hub (www.smartfarmhub.com) that will increase the skill base of higher education students using a range of new agricultural technologies and innovations. The Hub is a world first; it links real industry... M. Trotter, S. Gregory, T. Trotter, T. Acuna, D. Swain, W. Fasso, J. Roberts, A. Zikan, A. Cosby Download paper

Filter results4 paper(s) found.

1. Study on Water Distribution Measurement in Sand Using Sound Vibration

... T. Sugimoto, T. Shirakawa, M. Sano, M. Ohaba, S. Shibusawa, Y. Nakagawa

Download paper

2. Study On Plant Health Condition Monitoring Using Acoustic Radiation Force

In recent years, irrigation method using the negative pressure difference attracts attention from the point of view of water saving. In addition, it is proved that this technique is effective in upbringing of the plant as well as saving of water. By measuring water distribution of soil, active irrigation control will be performed In our previous study, we confirmed that the resonance frequency of a leaf is influenced by the water stress to the plant. Thus the vibration measurement... Y. Nakagawa, M. Sano, T. Shirakawa, K. Yamagishi, T. Sugihara, M. Ohaba, S. Shibusawa, T. Sugimoto

Download paper

3. Detection Of Nitrogen Deficiency In Potatoes Using Small Unmanned Aircraft Systems

Small Unmanned Aircraft Systems (sUAS) are recognized as potentially important remote-sensing platforms for precision agriculture. A nitrogen rate experiment was established in 2013 with ‘Ranger Russet’ potatoes by applying four rates of nitrogen fertilizer (112, 224, 337, and 449 kg N/ha) in a randomized block design with 3 replicates. A Tetracam Hawkeye sUAS and Agricultural Digital Camera Lite sensor were used to collect imagery with near-infrared... D.A. Horneck, D.J. Gadler, A.E. Bruce, R.W. Turner, C.B. Spinelli, J.J. Brungardt, P.B. Hamm, E. Hunt

Download paper

4. SMARTfarm Learning Hub: Next Generation Precision Agriculture Technologies for Agricultural Education

The industry demands on higher education agricultural students are rapidly changing. New precision agriculture technologies are revolutionizing the farming industry but the education sector is failing to keep pace. This paper reports on the development of a key resource, the SMARTfarm Learning Hub (www.smartfarmhub.com) that will increase the skill base of higher education students using a range of new agricultural technologies and innovations. The Hub is a world first; it links real industry... M. Trotter, S. Gregory, T. Trotter, T. Acuna, D. Swain, W. Fasso, J. Roberts, A. Zikan, A. Cosby

Download paper