Most popular articles
Everything About Peaches. Clemson University Cooperative Extension Service Everything About Peaches Website: whether you are a professional or backyard peach...
Mission Statement. For the sake of mankind and the world as a whole a further increase of the sustainability...
Newsletter 9: July 2013 - Temperate Fruits in the Tropics and Subtropics. Download your copy of the Working Group Temperate...
USA Walnut varieties. The Walnut Germplasm Collection of the University of California, Davis (USA). A description of the Collection and a History...
China Walnut varieties.

Articles

DEVELOPMENT OF A CLEAN-PLANTING-MATERIAL PRODUCTION SYSTEM ON TROPICAL ROOT AND TUBER CROPS, USING IN VITRO PROPAGATED PLANTS

Article number
461_58
Pages
495 – 502
Language
Abstract
Production of tropical roots and tubers is usually hampered by the lack of available clean, healthy planting material.
This is caused by the fact that these crops are normally propagated asexually, which favors the accumulation of pests and pathogens, reducing yield and quality, as well as a reduction in the cropis genetic diversity.

A nation wide pilot project on the production of clean asexual seed of Xanthosoma sagittifolium, X. violaceum, Zingiber officinale, Dioscorea trifida, D. alata and Manihot esculenta was initiated in Costa Rica.
The strategy used was to produce 205,000 in vitro plants of these crops, and then further propagate these plants by establishing mother blocks, under isolated conditions, in the field.

The protocols for micropropagation, were scaled up and now more than half of these plants are planted in the mother blocks.
Yams have already finished the field stage and the planting material will be distributed among farmers in normal production areas.
Prospects for the technology-transfer project are discussed.

Publication
Authors
F. Saborío, S. Torres, L. Gómez
Keywords
Xanthosoma, Manihot, Zingiber, Dioscorea, asexual seed, micropropagation
Full text
Online Articles (60)
U. Lavi | D. Sharon | S. Mhameed | H. Kashkush | A. Adato | D. Kaufman | P.B. Cregan | E. Lahav | E. Tomer | J. Hillel
R. M. Manshardt | R. A. Drew
D.R. Vuylsteke | J.H. Crouch | A. Pellegrineschi | G. Thottappilly
P.J.L. Lagoda | C. Amson | G. Aubert | E. Auboiron | F. Bakry | F.-C. Baurens | F. Carreel | L. Costet | D. Dambier | S. Fauré | E. Fouré | J. Ganry | D. Gonzales-de León | A. Grapin | J.-P. Horry | C. Jenny | J.-L. Noyer | P. Ollitrault | L.-M. Raboin | F. Reschœur | H. Tézenas-du Montcel | K. Tomekpe | C. Lanaud
P.-C. Liou | Y.-M. Chang | W.-S. Hsu | Y.-H. Cheng | H.-R. Chang | C.-H. Hsiao
P. M. Magdalita | R. A. Drew | Ian D. Godwin | S. W. Adkins
S. Somsri | Robert J. Fletcher | M. Jobin | R. Drew | W. Lawson | M. W. Graham
A. Rival | J. Tregear | J.L Verdeil | F. Richaud | T. Beulé | Y. Duval | C. Hartmann | A. Rode
C.F. Harvey | L.G. Fraser | G.P. Gill | R.W.M. Fung | M. Yoon | K. Weising | R.C. Gardner
V. Vithanage | C. Hardner | K.L. Anderson | N. Meyers | C. McConchie | C. Peace
A. Baset | S. Tobita | C. Li | S. Yashima | T. Senboku
R.A. Drew | P.M. Magdalita | C.M. O'Brien
C. B. Andaya | L. S. Sebastian | C. Leaño | V. C. Andaya
P.A. Joyce | R.B. McQualter | M.J. Bernard | G.R. Smith
N.M. Upadhyaya | Z. Li | K. Ramm | J. Gaudron | P.M. Waterhouse | W. Kositratana | M.-B. Wang | Z.-X. Gong
M. Wang | Z. Li | Peter R. Matthews | N. M. Upadhyaya | Peter M. Waterhouse
A. Mouradov | T. Sawbridge | B. Hamdorf | T. Glassick | L. Murphy | S. Marla | Y. Yang | R.D. Teasdale
S. E. Kintzios | G. Hiureas | E. Shortsianitis | E. Sereti | P. Blouhos | C. Manos | O. Makri | N. Taravira | John B. Drossopoulos | C. D. Holevas
Lilian F. Pateña | S. M. Rasco-Gaunt | V. P. Chavez-Lapitan | Alice L. Bariring | Ramon C. Barba
B. Panis | K. Vandenbranden | H. Schoofs | R. Swennen