Articles

THE TATURA TRELLIS SYSTEM FOR HIGH DENSITY MANGOES

Article number
509_41
Pages
359 – 364
Language
Abstract
Three cultivars of mango (Mangifera indica), Kensington, Magovar and Haden, were grown on a Tatura trellis at three densities, 1666, 666 and 476 trees per hectare.
These cultivars were chosen for their differing vigour, with Haden being the most vigorous and Magovar the least.
High yields of 6–14 tonne per hectare were achieved during years 2 and 3. Dramatic yield decline was evident in varieties Kensington and Haden at the higher densities in later years due to increased light competition.
Recovery in yields was achieved when a thinning treatment was imposed in year 6. This study has shown that high density plantations have potential to increase early yields in vigorous cultivars and the Tatura trellis system has potential to increase yield per hectare in low vigour cultivars.

Publication
Authors
P.R. Johnson, D.M. Robinson
Keywords
mango, plantation density, vigorous cultivar, yield
Full text
Online Articles (103)
Ian S.E. Bally | P.R. Johnson | V.J. Kulkarni
Z.H. Shu | C.R. Yen | L.S. Ke | T.S. Lin | C.C. Shiesh | D.N. Wang | M.F. Liu
V.R. Balasubrahmanyam | A.V. Dhake | P. Moitro | B.T. Karangale
J.C. Granados-Friely | J. Escobar
W. Eiadthong | F. Nakatsubo | K. Yonemori | A. Sugiura | N. Utsunomiya | S. Subhadrabandhu
P. Chaimanee | N. Lertwikoon | L. Bungaruang | O. Suntornwat
S. Chaikiattiyos | R. Kurubunjerdjit | P. Akkaravessapong | S. Rattananukul | P. Chueychum | P. Anupunt
J. Chunwongse | C. Phumichai | C. Barbrasert | C. Chunwongse | S. Sukonsawan | R. Boonreungrawd
W. Eiadthong | K. Yonemori | A. Sugiura | N. Utsunomiya | S. Subhadrabandhu
I.S.E. Bally | M.A. Harris | V.J. Kulkarni | D. Hamilton | P.R. Johnson | D. Robinson | J. Leonardi
A. Cruz-Hernandez | L. Town | A. Cavallaro | J. Botella
G.L. Ponce de León | M.C. Barbosa | G.E. Guillén | I.V. García | S.J. Sepúlveda | C.G. Hernández
C.J. Rossetto | P.R. Furlani | N. Bortoletto | J.A. Quaggio | T. Igue
A. Sukthumrong | N. Boonkerd | R. Khumlert | S. Feungchan | P. Luksanawimol | J. Prasittikhet | O. Suriyapan
J. Prasittikhet | S. Ruencharoen | U. Hinthao | P. Luksanawimol
F. Diaz de Leon Sanchez | C. Kerbel Lifshitz | L.J. Perez Flores | S.C. Figueroa Torres | D.M. Sanchez-Diaz Lima | E. Bosquez Molina
S.J. Davie | P.J.C. Stassen | H.G. Grove
Elhadi M. Yahia | A. Mondragon | M. Balderas | P. Santiago | L. Lagunez
S.C. Mandhar | G. Senthil Kumaran
N. Sukhvibul | S.E. Hetherington | A.W. Whiley | M.K. Smith | V. Vithanage
P. Nartvaranant | S. Subhadrabandhu | P. Tongumpai
M.M. Burondkar | J.C. Rajput | G.M. Waghmare | B.M. Jamadagni | S.A. Chavan
E. Bosquez | S.C. Figueroa | J. Dominguez | L. Perez | C. Kerbel | F. Diaz-de-Leon
K. Krisanapook | L. Phavaphutanon | V. Kaewladdakorn | K. Jutamanee | A. Pichakum
M.U. Reyes | R.E. Paull | L.D. Gautz | J.W. Armstrong | P.A. Follett
O. Pruvost | L. Gagnevin | V. Glories | A. Couteau | A. Some | R. Samson