Home > IX International Symposium on Light in Horticulture > Light quality affects growth and nutrient content of basil

Articles

Light quality affects growth and nutrient content of basil

Article number

1337_21

Pages

157 – 164

Language

English

Abstract

Publication

IX International Symposium on Light in Horticulture

Authors

M. Karlsson

Keywords

Ocimum basilicum, sweet basil, light emitting diodes, LEDs, BRIX, culinary herbs

Full text

https://doi.org/10.17660/ActaHortic.2022.1337.21

Groups involved

Online Articles (57)

1. Transcriptome analysis of secondary metabolite pathways of Brassica napus L. plants exposed to ultraviolet light and ozone in a plant factory with artificial light

E. Goto | M. Ide | J. Wang | S. Hikosaka

2. Effect of LED lighting on the growth of micropropagated pear plantlets (Pyrus communis L. OHF 333)

L. Nacheva | N. Dimitrova | M. Berova

3. Response of in vitro cultivated highbush blueberry (Vaccinium corymbosum L.) to different LED lighting

L. Nacheva | N. Dimitrova | A. Vassilev

4. Optimal red:blue LED lighting ratio for a sustainable indoor cultivation of rocket salad and chicory

5. Effect of supplementary red and blue LED interlighting on greenhouse-grown tomatoes during spring season in the Mediterranean

6. High pressure sodium lamps in combination with LEDs in protected tomato crops: a comparison in efficiency between toplight and interlight lamps

7. The effects of the spectrum of the artificial light on the light use efficiency of roses

N. García Victoria | S. Pot | S. Kotiranta

8. Effects of high intensity LED light, diffuse glass and improved climate on Alstroemeria photosynthesis and production

A. Filho | N. García Victoria | K. Weerheim

9. Converting light into biomass: quantifying the conversion efficiency

M.W. van Iersel | G. Weaver | R. Legendre | C. Kim

10. Efficiency of the electric energy consumption of an indoor farm by focusing on optimized lighting strategies

S. Wittmann | I. Jüttner | P. Liedl | H. Mempel

11. Performance description sheet for plant cultivation LED luminaires

K. Fujiwara

12. Red-light treatment induces resistance in bell pepper to Phytophthora capsici

M. Babadoost | S.Z. Islam

13. Root stress conditions increase the accumulation of chlorogenic acid in lettuce plants grown under continuous lighting

N. Fukuda | M. Shimomura | H. Yoshida | N. Fujiuchi

14. Optimization of spatial lighting uniformity using non-planar arrays and photosynthetic photon flux density modulation

K. Harbick | N.S. Mattson

15. New lighting strategy for indoor leafy greens by segmenting the photoperiod and replacing the dark period by their light compensation point

L. Boucher | J. Eaves | A. Brégard | S. Pepin | M. Dorais

16. Installation of an agrivoltaic system influences microclimatic conditions and leaf gas exchange in cranberry

G. Mupambi | H.A. Sandler | P. Jeranyama

17. Relamping PHENOPSIS a high throughput phenotyping platform with LEDs

P. Joram | M. Dauzat | A. Bédiée | D. Vile

18. Different ratios of red and blue LEDs enhance Romaine lettuce production and antioxidant capacity in urban controlled environment

M.T. Naznin | M. Lefsrud | V. Gravel | X.Md. Obyedul Kalam Azad | B. Waechter Alsanius

19. The influence of LED light photoperiod on growth and mineral composition of Brassica microgreens indoors

20. The impacts of lighting parameters on the growth and antioxidant properties of Kalanchoe pinnata in controlled environment

21. Light quality affects growth and nutrient content of basil

M. Karlsson

22. Effects of daily light integral on growth and nitrate content of basil grown for indoor gardening

E. Solis-Toapanta | M. Retana-Cordero | C. Gómez

23. Effects of light conditions on growth and glucosinolate content of Chinese cabbage grown in a plant factory

24. Changes in the levels of bioactive compounds in red perilla at various leaf positions and ages under different photosynthetic photon flux densities

H. Yoshida | Y. Ishigami | S. Hikosaka | E. Goto

25. Iron biofortification of broccoli microgreens under different radiation spectrum and composition of nutrient solution

26. Microarray analysis of carotenoid and chlorophyll biosynthetic gene expression in the citrus juice sacs irradiated with blue light

27. The effect of photoperiod and light spectrum on non-infectious phyllody in strawberry Soprano^®

P. Lieten | N. Gallace

28. Effect of photoperiod and chill treatment on everbearer strawberry Arabella and Verity

P. Lieten | N. Gallace

29. Production of Catharanthus roseus in vertical farming systems: dynamic analyses of plant morphological responses of nine cultivars to N-UV supplementation

M.S.C. Lourenço | J.E.C. Prada | E. Heuvelink | S.M.P. Carvalho

30. Effect of LED on growth and quality of sweet and purple basil, parsley and coriander

P. De Clercq | M.-C. Van Labeke

31. Effects of different LEDs wavelengths on secondary metabolites accumulation in medicinal plants cultivated in vitro: a review of recent literature

32. Morphology and carbohydrate accumulation in Pelargonium cuttings as affected by blue ratio of the supplemental lighting on stock plants

M.E. Giorgioni | D. Torreggiani | P. Tassinari

33. Measuring and reporting lighting characteristics important for controlled environment plant production

D. Llewellyn | T. Shelford | Y. Zheng | A.J. Both

34. Influence of red:blue ratio in LED lighting for indoor cultivation of edible marigold flowers

35. Daily light integral distributions: geographic similarity

J. Thomas | I. Ashdown

36. Finding optimal supplemental lighting strategy for greenhouse tomato (Solanum lycopersicum) by using 3D-scanned plant models and optical simulation

D.P. Kim | J.E. Son

37. A greenhouse daily light integral control algorithm that takes advantage of day ahead market electricity pricing

T. Shelford | A.J. Both | N.S. Mattson

38. Deep learning model for monitoring daily tomato plant growth

39. LED quality impacts on plant growth and photosynthetic light use efficiency of halophyte vegetable Mesembryanthemum crystallinum grown under two saline conditions

J. He | L. Qin

40. Effects of light quality during supplemental lighting on the growth and flowering in Cymbidium

Y.G. Magar | A. Noguchi | S. Furufuji | W. Amaki

41. Different photoperiod regimes with LED lighting influence growth of container grown budded and non-budded citrus nursery trees

H. Singh | M. Khezri | S. Benes | J. Bushoven | G. Brar

42. Comparison of supplemental lighting from high-pressure sodium lamps or light-emitting diodes on morphology and nutrient uptake of greenhouse crops

J.K. Boldt | J.E. Altland

43. Pisum sativum L. shoot architecture manipulation in hydroponics with LED lighting and increased dissolved oxygen

T. North | S.L. Maki

44. Shoot and root growth and morphology and their effect on single-leaf water-use-efficiency of lettuce grown under different red:blue ratios

L.G. Izzo | F. Capozzi | G. Aronne | C. Gómez

45. High photosynthetic photon flux density can attenuate effects of light quality

E.S. Runkle | Y. Park | Q. Meng

46. Morphological characteristics and quality of grafted watermelon seedlings healing under different light qualities

F. Bantis | A. Koukounaras | A. Siomos | C. Dangitsis | D. Kintzonidis

47. Light spectrum affects growth and flowering in petunia Dark Red

N. Kuźma | J. Rabiza-Świder | E. Skutnik | A. Jędrzejuk

48. Effect of light quality on morphological characteristics and phytochemicals of green lettuce before transplanting

C. Hernández-Adasme | H. Silva | V.H. Escalona

49. Germination of green and red lettuce cultivars is influenced by LED light spectrum

C. Hernández-Adasme | H. Silva | V.H. Escalona

50. The cycle of alternate irradiation with blue and red light alters vegetative morphology of cucumber and cos lettuce

T. Jishi | K. Shoji | T. Ishii

51. Optimization of light, energy and water use efficiencies in an improved Venlo greenhouse

F.J. López | M.T. Soriano | F. Kempkes | E. Baeza | J. Janse

52. High output LED in hybrid lighting for Alstroemeria

N. García Victoria | K. Weerheim | F. Kempkes | J. Steenhuizen | M. De Groot

53. Growth of micropropagated Pontederia cordata using broadband white light with or without far-red radiation

K. Arjona | J. Clavijo-Herrera | L.G. Izzo | M.E. Kane | C. Gómez

54. Response of hydroponic baby leaf greens to LED and HPS supplemental lighting

N.S. Mattson | J.A. Allred | D. de Villiers | T. Shelford | K. Harbick

55. LED lighting can potentially reduce the growth cycle of watermelon seedlings to-be-grafted

56. Reflective groundcover improves return bloom and yield in Granny Smith apple under protective netting

57. Light for life: new light solutions for urban plant sites

Y. Zhang | Y. Yang | M.-C. Dubois