Proceedings :: International Society of Precision Agriculture

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On Farm Experimentation with Site-Specific Technologies

Remote Sensing Applications in Precision Agriculture

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Authors

Ahamed, T

Aijima, K

Alchanatis, V

Badua, S

Bazzi, C.L

Bekkerman, A

Bellvert, J

Betzek, N.M

Bosak, A

Carter, E

Chen, Z

Ciampitti, I

Clarke, S

Cohen, A

Cohen, Y

Colley III, R

Cook, S

Crawford, K

Csatári, N

Dag, A

Davis, P

Denton, A.M

Dhillon, R

Dong, T

Edge, B

Ekanayake, D.C

Erdle, K

Evans, F

Farahmand, K

Fereres, E

Franzen, D.W

Fulton, J.P

Gavioli, A

Gibberd, M

Girona, J

Gong, A

Gonzalez-Dugo, V

Griffin, T.W

Harsányi, E

Hatfield, G

Hatley, D

Hawkins, E

Hegedus, P.B

Holmes, A

Holmes, G

Hongo, C

Izurieta, C

Jones, A

Kindred, D

Klopfenstein, A

Kovács, A.J

Kulmány, I

Lacoste, M

Lamb, D.W

Li, L

Li, Z

Liu, J

Magalhães, P.S

Marchant, B

Maxwell, B

Maxwell, B.D

Meeks, C

Meng, J

Milics, G

Momsen, E

Morris, T

Nagata, O

Nagy, J

Nakagawa, Y

Naor, A

Neményi, M

Niwa, K

Nowatzki, J.F

Nyéki, A

Oberthur, T

Ohaba, M

Owens, J

Payn, R

Peerlinck, A

Pittman, J

Port, K

Ragán, P

Rahman, M.M

Reicks, G

Ridout, M

Roach, J

Rojo, F

Roques, S

Rosenberg, O

Rátonyi, T

Sano, M

Saranga, Y

Schenatto, K

Schmidhalter, U

Shang, J

Sharda, A

Shearer, S

Sheppard, J

Shibusawa, S

Shirakawa, T

Silverman, N

Souza, E.G

Sprinstin, M

Stanley, J.S

Stevens, G

Strasser, R

Sugihara, T

Sugimoto, T

Sulyok, D

Sylvester-Bradley, R

Tamura, E

Tian, L.F

Ting, K.C

Tremblay, N

Trotter, M.G

Upadhyaya, S

Vories, E

Vántus, A

Wakabayashi, K

Werner, A

Wu, B

Xu, J

Xu, X

Yamagishi, K

You, X

Zarco-Tejada, P.J

Zhao, Y

Zipori, I

Zsebő, S

Topics

Remote Sensing Applications in Precision Agriculture

On Farm Experimentation with Site-Specific Technologies

Type

Oral

Poster

Year

2014

2018

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Topics

Filter results2 paper(s) found.
1. Automatic Detection And Mapping Of Irrigation System Failures Using Remotely Sensed Canopy Temperature And Image Processing Today there is no systematic way to identify and locate failures of irrigation systems mainly because of the labor costs associated with locating the failures. The general aim of this study was to develop an airborne thermal imaging system for semi - automatic monitoring and mapping of irrigation system failures, specifically, of leaks and clogs. Initially, leaks and clogs were simulated by setting controlled trials in table grapes vineyards and olive groves. Airborne ther... V. Alchanatis, Y. Cohen, M. Sprinstin, A. Cohen, I. Zipori, A. Dag, A. Naor Download paper
2. Evaluation of Strip Tillage Systems in Maize Production in Hungary Strip tillage is a form of conservation tillage system. It combines the benefits of conventional tillage systems with the soil-protecting advantages of no-tillage. The tillage zone is typically 0.25 to 0.3 m wide and 0.25 to 0.30 m deep. The soil surface between these strips is left undisturbed and the residue from the previous crop remain on the soil surface. The residue-covered area reaches 60-70%. Keeping residue on the surface helps prevent soil structure and reduce water loss from the so... T. Rátonyi, P. Ragán, D. Sulyok, J. Nagy, E. Harsányi, A. Vántus, N. Csatári Download paper

Filter results2 paper(s) found.

1. Automatic Detection And Mapping Of Irrigation System Failures Using Remotely Sensed Canopy Temperature And Image Processing

Today there is no systematic way to identify and locate failures of irrigation systems mainly because of the labor costs associated with locating the failures. The general aim of this study was to develop an airborne thermal imaging system for semi - automatic monitoring and mapping of irrigation system failures, specifically, of leaks and clogs. Initially, leaks and clogs were simulated by setting controlled trials in table grapes vineyards and olive groves. Airborne ther... V. Alchanatis, Y. Cohen, M. Sprinstin, A. Cohen, I. Zipori, A. Dag, A. Naor

Download paper

2. Evaluation of Strip Tillage Systems in Maize Production in Hungary

Strip tillage is a form of conservation tillage system. It combines the benefits of conventional tillage systems with the soil-protecting advantages of no-tillage. The tillage zone is typically 0.25 to 0.3 m wide and 0.25 to 0.30 m deep. The soil surface between these strips is left undisturbed and the residue from the previous crop remain on the soil surface. The residue-covered area reaches 60-70%. Keeping residue on the surface helps prevent soil structure and reduce water loss from the so... T. Rátonyi, P. Ragán, D. Sulyok, J. Nagy, E. Harsányi, A. Vántus, N. Csatári

Download paper