Most popular articles
Everything About Peaches. Clemson University Cooperative Extension Service Everything About Peaches Website: whether you are a professional or backyard peach...
Mission Statement. For the sake of mankind and the world as a whole a further increase of the sustainability...
Newsletter 9: July 2013 - Temperate Fruits in the Tropics and Subtropics. Download your copy of the Working Group Temperate...
USA Walnut varieties. The Walnut Germplasm Collection of the University of California, Davis (USA). A description of the Collection and a History...
China Walnut varieties.

Articles

THE USE OF THERMOGRAPHY FOR PRE-SOWING EVALUATION OF SEED GERMINATION CAPACITY

Article number
604_50
Pages
459 – 465
Language
English
Abstract

   The evaluation of seed and fruit quality is a very important research problem and a practical problem.
In case of the investigation of seed germination capacity, germination tests used these days are lengthy procedures.
In this paper, a fast thermographic method is proposed to evaluate germination capacity of leguminous plant seeds.
A thermographic AGEMA 880 LWB camera and a CCD camera (for imaging in visible range) were used to register and process the images.
The set of elaborated measurements and the methodology applied made it possible to determine the average temperature of the seeds and their parts and to identify specific fragments of the image due to simultaneous registration in the visible and IR range.
Considerable differences were noted in average temperature of seeds at the initial stage of the swelling process depending on the storage time and germination energy.
The courses of temperature changes in time of viable pea seeds showed a considerable decrease in the radiation temperature (more than 1°C) during the first 12 hours.

Publication
Authors
P. Baranowski, W. Mazurek, R.T. Walczak
Keywords
thermography, plant material quality, seed germination
Full text
Online Articles (105)
R.L. Shewfelt | J.D. Henderson
M.D. Kleinhenz | J.C. Scheerens | D.M. Francis | T.J.K. Radovich | D.G. French | A. Gazula | A. Wszelaki | A. Sanchez-Vela | A.A.C. McIntyre | J. Delwiche | P. Ling | K. Amisi | D.J. Doohan
L.M.M. Tijskens
A. Chiesa | D. Frezza | A. Fraschina | G. Trinchero | S. Moccia | A. León
P. Eccher Zerbini | M. Grassi | M. Fibiani | A. Rizzolo | G. Biscotti | A. Pifferi | A. Torricelli | R. Cubeddu
D. Aggarwal | A.J. Prussia | S.E. Prussia | A. Nunez | D.S. NeSmith | W.J. Florkowski | D.E. Lynd
M. Schreiner | S. Huyskens-Keil | A. Krumbein | H. Prono-Widayat | P. Peters | P. Lüdders;
N. Poole | F. Marshall | D. te Lintelo | D.S. Bhupal | C. Sen
B.M. Nicolaï | E. Bobelyn | M. Hertog | D. Marquenie | P. Verboven | B. Verlinden
L. Ahrné | G. Gonzalez-Martinez | I. Sjöholm | K. Nilsson
S.C. Morris | J.J. Jobling | D.J. Tanner | M.R. Forbes-Smith
L.J.S. Lukasse | M.G. Sanders | J.E. de Kramer
J.-P. Praat | F. Bollen | D. Gillgren | J. Taylor | A. Mowat | N. Amos
M. van Wordragen | P. Balk | R. Hall | M. Nijenhuis | H. van den Broeck | O. Vorst | A. Poelman
J.C. Scheerens | M.D. Kleinhenz | D.C. Ferree | R.C. Funt | D.D. Miller | T.E. Steiner | A. Sanchez-Vela
D. Konopacka | W.J. Plocharski | J. Zwierz
M. Kleemann | W.J. Florkowski
L. Helyes | S. Brandt | K. Réti | E. Barna | A. Lugasi
G. Costa | M. Noferini | G. Fiori | A. Orlandi | O. Miserocchi
C. Valero | C. Crisosto | D. Garner | E. Bowerman | D. Slaughter
M.D. López | M. Contreras | A.R. Fernández-Alba
E. Laurin | M. Cecilia | N. Nunes | J.P. Emond | J.K. Brecht
M.D.C. Antunes | R. Oliveira | M.G. Miguel | M.A. Martins | C. Pica | M.A. Neves