Nonstop® Joy RedItem no.: C8210P
- Unique semi-trailing Begonia
- Easy to grow
- Branches better for fuller hanging baskets
- Easy to sleeve and ship
- Proven Nonstop® quality
- Crop Time
- Spring: 16 - 18 weeks
- 9 ″ / 23 cm
- Partial shade - Shade
- Seed Form
- Pelleted Seed
- Best Uses
- Bedding, Hanging basket, Pot Plant
Pots, Hanging Baskets, Mixed Containers and Landscape
Sow 1-2 seeds or pellets per plug.
Optimum conditions for seedling development, beginning on the day of sowing until radicle emergence. Expect radicle emergence in 7-10 days.
72-74 °F (22-23 ˚C) until radicle emergence. Higher temperatures, exceeding 80 °F (27 °C) will inhibit germination. Upon radicle emergence, on day 10-14 reduce the temperature to 68-70 °F (20-21 °C) until cotyledon expansion. On day 21 the temperature can be reduced further to 68 °F (20 °C). For irrigation use warm water (above 64 °F / 18 °C) only.
Begin fertilizing early once germination is complete, approximately day 14. Lower rates of feeding at 50 ppm 2-3 times per week will help to size up the seedlings. Under higher light conditions use a 20-10-20 fertilizer and under lower light a 17-5-17. Once seedlings are established the 17-5-17 fertilizer works well. Include a micro nutrient package to give adequeste supply of minor elements.
Nonstop Joy® has excellent branching and continuous flowering all season long. Will actually finish 5-7 days earlier than the other Nonstop® series.
Stage I Starts with the radicle breaking through the testa. The roots are touching the medium. Ends with fully developed cotyledons.
Stage II Starts from fully developed cotyledons. Ends with the fully developed true leaf or true leaf pair.
Stage III Starts from the fully developed true leaf or true leaf pair and ends with 80% of the young plants being marketable.
Stage IV All young plants are ready for sale and in the process of being hardened off. This stage lasts about 7 days.
The cultural recommendations are based on results from trials conducted under Central European conditions. Different conditions in other parts of the world may lead to deviations in results achieved.