Announcements

Job offersmore »



Tweeting Growers

Top 5 - yesterday

Top 5 - last week

Top 5 - last month

Exchange ratesmore »




Increasing height and biomass of basil with far red

A popular greenhouse and vertical farm variety, Aroma 2 basil features glossy green leaves and a robust fragrance along with disease resistant properties to make it a year-round favorite for growers worldwide.

Consistent crop quality and appearance—and favorable prices—become attainable business goals as commercial growers seek to accelerate time to market while offering both retailers and consumers the freshest, most flavorful basil harvest after harvest.



Scientists at Heliospectra’s Plant and Light Research Lab work closely to customize light strategies with customers cultivating basil, herbs, lettuce and microgreens to achieve desired plant characteristics that meet market demands and also optimize plant growth cycles and production.


Aroma 2 basil at harvest after 28 days of treatment, without and with Far Red Spectrum treatment.

Better basil?
One of the projects used Helispectra’s LX60 fully adjustable spectrum lights, comparing two different light spectra to measure the effect of the far-red light on Aroma 2 basil.

After seven days of germination, the Aroma 2 basil seedlings were moved to growth units with the LX601 series lights and a 16 hour photoperiod.



Simulating natural daylight with highest intensity mid-day and lower intensities during the morning and night time hours, we deployed two different lighting strategies. The first spectrum contained blue, red and white LEDs while the second spectrum simulation contained additional far-red. Both light treatments targeted the same daily light integral (DLI) of 13.


Results

At 28 days under LED light, Heliospectra scientists measured and found similar number of leaves, secondary leaves and branching on plants under both light spectrums, but the plants grown under the far-red strategy were 59% taller and achieved a 25% increase in fresh biomass.



This increase in fresh biomass and plant height from the far-red light strategy demonstrates the benefits LED light can have for growers. Giving them a higher level of control over desired plant characteristics, plant growth and harvest cycles that translates to more predictable and consistent business results.



Download the research brief here.


For more information:
Heliospectra
Box 5401 SE-402 29 Göteborg Sweden
Phone: +46 31 40 67 10
Fax: +46 31 83 37 82
info@heliospectra.com
www.heliospectra.com

Publication date: 5/31/2017

 


 

Other news in this sector:

10/19/2017 World record breaking carrot weighs in at 23 pounds
10/19/2017 US: High tunnel berry cultivation guide updated
10/19/2017 Tomato and lettuce intercropping in a soilless system
10/19/2017 Spain: Climate change forces changes in harvest cycles
10/19/2017 Dutch go crazy on weed...duckweed that is
10/12/2017 High expectations for new Dutch cannabis regulation
10/12/2017 Africa: New app diagnoses crop diseases and notifies farmers
10/11/2017 Micronesian students get updated on hydroponics
10/11/2017 China makes hefty investment in water conservancy projects
10/11/2017 Developing New Plant Lighting Standards
10/10/2017 Vietnamese farmers trial new Ilyra smartphone control system
10/10/2017 "Win-win strategies for climate and food security"
10/10/2017 Copa and Cogeca highlight importance of agriculture for sustainability
10/10/2017 CEAC Greenhouse Plant Physiology and Technology Course – Week 7-2
10/6/2017 US (MI): Raspberry cultivar performance under tunnels
10/6/2017 How to define sustainable agriculture
10/4/2017 European Commission reaffirms importance of sustainable usage of water in agriculture
10/3/2017 5 ways to improve HVAC in a greenhouse
9/29/2017 Mexico: UAAAN develops hydroponic system
9/28/2017 Spanish project seeks to improve climate change tolerance in tomatoes