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On Farm Experimentation with Site-Specific Technologies
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Authors
Badua, S
Bazzi, C.L
Bekkerman, A
Betzek, N.M
Carter, E
Ciampitti, I
Clarke, S
Colley III, R
Cook, S
Csatári, N
Davis, P
Edge, B
Ekanayake, D.C
Evans, F
Fulton, J.P
Gavioli, A
Gibberd, M
Gong, A
Griffin, T.W
Harsányi, E
Hatfield, G
Hatley, D
Hawkins, E
Hegedus, P.B
Holmes, A
Izurieta, C
Jones, A
Kindred, D
Klopfenstein, A
Kovács, A.J
Kulmány, I
Lacoste, M
Magalhães, P.S
Marchant, B
Maxwell, B
Maxwell, B.D
Meeks, C
Milics, G
Morris, T
Nagy, J
Neményi, M
Nyéki, A
Oberthur, T
Owens, J
Payn, R
Peerlinck, A
Port, K
Ragán, P
Reicks, G
Ridout, M
Roques, S
Rátonyi, T
Schenatto, K
Sharda, A
Shearer, S
Sheppard, J
Sheppard, J
Silverman, N
Souza, E.G
Stevens, G
Strasser, R
Sulyok, D
Sylvester-Bradley, R
Tremblay, N
Vories, E
Vántus, A
Werner, A
Zsebő, S
Topics
On Farm Experimentation with Site-Specific Technologies
Type
Oral
Poster
Year
2018
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1. 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