Petiole length reaction in Hyoscyamus niger upon daylength extension with light of narrow spectral regions as correlated with the length of the basic light period, and upon night interruption with red and infrared radiations

E.C. Wassink; W. Sytsema

Petiole length reaction in Hyoscyamus niger upon daylength extension with light of narrow spectral regions as correlated with the length of the basic light period, and upon night interruption with red and infrared radiations

E.C. Wassink, W. Sytsema

Research output: Book/Report › Report › Professional

Original language	English
Place of Publication	Wageningen
Publisher	Veenman
Number of pages	6
Publication status	Published - 1958

Publication series

Name	Mededelingen / Landbouwhogeschool Wageningen
No.	58 (7)

Name	Communication / Laboratory of Plant Physiological Research
No.	183

Keywords

hyoscyamus niger
petioles
photoperiod

Access to Document

https://edepot.wur.nl/286810

Cite this

Wassink, E. C., & Sytsema, W. (1958). Petiole length reaction in Hyoscyamus niger upon daylength extension with light of narrow spectral regions as correlated with the length of the basic light period, and upon night interruption with red and infrared radiations. (Mededelingen / Landbouwhogeschool Wageningen; No. 58 (7)), (Communication / Laboratory of Plant Physiological Research; No. 183). Veenman. https://edepot.wur.nl/286810

Wassink, E.C. ; Sytsema, W. / Petiole length reaction in Hyoscyamus niger upon daylength extension with light of narrow spectral regions as correlated with the length of the basic light period, and upon night interruption with red and infrared radiations. Wageningen : Veenman, 1958. 6 p. (Mededelingen / Landbouwhogeschool Wageningen; 58 (7)). (Communication / Laboratory of Plant Physiological Research; 183).

@book{42a339c2e3724e428c97b2e009edd5f8,

title = "Petiole length reaction in Hyoscyamus niger upon daylength extension with light of narrow spectral regions as correlated with the length of the basic light period, and upon night interruption with red and infrared radiations",

keywords = "hyoscyamus niger, petiolen, fotoperiode, hyoscyamus niger, petioles, photoperiod",

author = "E.C. Wassink and W. Sytsema",

year = "1958",

language = "English",

series = "Mededelingen / Landbouwhogeschool Wageningen",

publisher = "Veenman",

number = "58 (7)",

}

Wassink, EC & Sytsema, W 1958, Petiole length reaction in Hyoscyamus niger upon daylength extension with light of narrow spectral regions as correlated with the length of the basic light period, and upon night interruption with red and infrared radiations. Mededelingen / Landbouwhogeschool Wageningen, no. 58 (7), Communication / Laboratory of Plant Physiological Research, no. 183, Veenman, Wageningen. <https://edepot.wur.nl/286810>

Petiole length reaction in Hyoscyamus niger upon daylength extension with light of narrow spectral regions as correlated with the length of the basic light period, and upon night interruption with red and infrared radiations. / Wassink, E.C.; Sytsema, W.
Wageningen: Veenman, 1958. 6 p. (Mededelingen / Landbouwhogeschool Wageningen; No. 58 (7)), (Communication / Laboratory of Plant Physiological Research; No. 183).

Research output: Book/Report › Report › Professional

TY - BOOK

T1 - Petiole length reaction in Hyoscyamus niger upon daylength extension with light of narrow spectral regions as correlated with the length of the basic light period, and upon night interruption with red and infrared radiations

AU - Wassink, E.C.

AU - Sytsema, W.

PY - 1958

Y1 - 1958

KW - hyoscyamus niger

KW - petiolen

KW - fotoperiode

KW - hyoscyamus niger

KW - petioles

KW - photoperiod

M3 - Report

T3 - Mededelingen / Landbouwhogeschool Wageningen

BT - Petiole length reaction in Hyoscyamus niger upon daylength extension with light of narrow spectral regions as correlated with the length of the basic light period, and upon night interruption with red and infrared radiations

PB - Veenman

CY - Wageningen

ER -

Wassink EC, Sytsema W. Petiole length reaction in Hyoscyamus niger upon daylength extension with light of narrow spectral regions as correlated with the length of the basic light period, and upon night interruption with red and infrared radiations. Wageningen: Veenman, 1958. 6 p. (Mededelingen / Landbouwhogeschool Wageningen; 58 (7)). (Communication / Laboratory of Plant Physiological Research; 183).