Plant tissue cultures depend entirely upon artificial light sources for illumination. The
illumination should provide light in the appropriate regions of the electromagnetic spectrum …

We compared root system morphogenesis of micropropogated transplants of Prunus
cerasifera L. inoculated with either of the arbuscular mycorrhizal (AM) fungi Glomus …

Leafy or chlorophyllous explants of a number of plant species currently micropropagated
have been found to have high photosynthetic ability. Their growth and development have …

The reasons for temperate fruit tree rootstock development are briefly outlined and the
principal methods of rootstock propagation described. Although ease‐of‐propagation was …

Growth and development of plant tissue cultures are intimately coupled to the
microenvironment in the culture vessels. The microenvironment, in turn, is largely dependent …

The reasons for high production costs of micropropagated plantlets are analyzed. Problems
requiring solutions by proper control of the in vitro environment for improving shoot/plantlet …

1. Light 2. Constant Temperature 3. High Relative Humidity 4. Accumulation or Depletion of
Gases 5. Nonoptimal Medium 6. Pathological Problems B. Hyperhydric Changes …

Micropropagated plum plants (Prunus cerasifera Ehrh clone MrS 2/5) were inoculated with 4
different species of arbuscular mycorrhizal fungi (Glomus mosseae, G caledonium, G …

EFFECTS OF RED AND FAR RED LIGHTS EFFECTS OF BLUE LIGHT EFFECTS OF
OTHER LIGHT QUALITIES HORMONE AND LIGHT QUALITY INTERACTION EFFECTS ON …

We studied the effects of phosphate fertilization and inoculation with the arbuscular
mycorrhizal fungi Glomus mosseae (Nicol. and Gerd.) Gerdmann and Trappe, Glomus …