In order to produce new bulb varieties with better quality rapid artificial propagation methods are assumed to be necessary. Such propagation techniques are well known for the production of hyacinth, lilies, daffodils, dahlias but are not available on a practical basis for tulips. This study compares different artificial propagation techniques. The results are applied to the production of tulips under Dutch circumstances and the consequences for bulb production are studied with a production model for tulips (Valk and Gils 1990). The general conclusion is that artificial propagation has no revolutionary consequences for Dutch bulb production
The destruction of the bulb industry in the Nether lands has stimulated the production of bulbs in t...
Abstract A protocol for obtaining bulbs via in vitro organo-genesis was developed for tarda tulip (T...
In tulip, interspecific crossing is restricted by both pre-fertilization and post-fertilization barr...
In order to produce new bulb varieties with better quality rapid artificial propagation methods are ...
In tulip cultivation many stocks of good producing varieties in course of time showed a decrease in ...
For most bulbous crops, artificial (vegetative) propagation methods have been developed, such as sca...
Because the natural propagation rate of tulip is low, modern breeding requires a rapid in vitro prop...
Abstract. Tulips belong to one of the most important bulbous plants from the economic point of view....
Planting of large mother bulbs resulted in large tulip flowers, planting of small mother bulbs in sm...
This report describes advances in the technique of embryogenesis from tulip microspores in culture. ...
Relevance. Morphological features of 10 sorts of tulips in the conditions of early-spring forcing ex...
Plant breeding is evolution conducted by mankind. In ornamental crops breeding by hybridization has ...
Conventional propagation of bulbous crops must be supplemented with micropropagation to satisfy the ...
Although the conventional methods of improvement have changed significantly throughout the last fift...
Tulips did not require a specific soil, if pH was not below 6.5 and water supply was sufficient. Inf...
The destruction of the bulb industry in the Nether lands has stimulated the production of bulbs in t...
Abstract A protocol for obtaining bulbs via in vitro organo-genesis was developed for tarda tulip (T...
In tulip, interspecific crossing is restricted by both pre-fertilization and post-fertilization barr...
In order to produce new bulb varieties with better quality rapid artificial propagation methods are ...
In tulip cultivation many stocks of good producing varieties in course of time showed a decrease in ...
For most bulbous crops, artificial (vegetative) propagation methods have been developed, such as sca...
Because the natural propagation rate of tulip is low, modern breeding requires a rapid in vitro prop...
Abstract. Tulips belong to one of the most important bulbous plants from the economic point of view....
Planting of large mother bulbs resulted in large tulip flowers, planting of small mother bulbs in sm...
This report describes advances in the technique of embryogenesis from tulip microspores in culture. ...
Relevance. Morphological features of 10 sorts of tulips in the conditions of early-spring forcing ex...
Plant breeding is evolution conducted by mankind. In ornamental crops breeding by hybridization has ...
Conventional propagation of bulbous crops must be supplemented with micropropagation to satisfy the ...
Although the conventional methods of improvement have changed significantly throughout the last fift...
Tulips did not require a specific soil, if pH was not below 6.5 and water supply was sufficient. Inf...
The destruction of the bulb industry in the Nether lands has stimulated the production of bulbs in t...
Abstract A protocol for obtaining bulbs via in vitro organo-genesis was developed for tarda tulip (T...
In tulip, interspecific crossing is restricted by both pre-fertilization and post-fertilization barr...