Projects per year
Abstract
In a study conducted by WUR Business Unit Greenhouse Horticulture & Flower Bulbs (WUR) with blackberry, the effects of exposure time and light intensity with LEDs were investigated. The results from this study were compared with measurements by Delphy B.V. on a practical farm with HPS lamps. At WUR, the research was done with the varieties Loch Ness and Von. At an equal daily light sum, long exposure combined with a lower light intensity, increased the production in Von by 4.7% over short exposures with a higher intensity. This
result means lower investment costs in LEDs for the blackberry grower. At a higher light intensity under a long exposure, the production increased even more. The grower with HPS used a clearly different climate regime: 2oC higher temperature, 300 ppm higher CO2 level and an 11% higher light sum was achieved. This shortened the development time and increased production.
result means lower investment costs in LEDs for the blackberry grower. At a higher light intensity under a long exposure, the production increased even more. The grower with HPS used a clearly different climate regime: 2oC higher temperature, 300 ppm higher CO2 level and an 11% higher light sum was achieved. This shortened the development time and increased production.
Original language | Dutch |
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Place of Publication | Bleiswijk |
Publisher | Wageningen Plant Research |
Number of pages | 58 |
DOIs | |
Publication status | Published - 2022 |
Publication series
Name | Rapport / Stichting Wageningen Research, Wageningen Plant Research, Business unit Glastuinbouw |
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No. | WPR-1159 |
Datasets
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Data onderliggend aan: Efficiënte jaarrondteelt van bramen met LED
Janse, J. (Creator), van Klink, A. (Creator), Weerheim, K. (Creator), de Jager, D. (Creator) & Raaphorst, M. (Creator), Wageningen University & Research, 10 Aug 2022
Dataset
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NK Efficiente jaarrond bramenteelt onder LED (BO-53-004-044)
Janse, J. (Project Leader)
1/08/20 → 31/12/21
Project: LVVN project