04. Fluorescence of chlorophyll pigment in leaves of soft winter wheat annual at different stages of organogenesis

https://doi.org/10.31073/agrovisnyk201609-04
Starychenko V. M., Golyk L. M., Patyka M. V.
Pages: 25-29.

Full article: 
Abstract
The purpose. Study of physiological state of soft winter wheat at different stages of organogenesis by determination of amount and activity of chlorophyll pigment in probed plants and response of these cultivars to conditions of overwintering. Methods. The method is used of photoinduction of fluorescence of chlorophyll pigment which enables in field conditions to determine amount of chlorophyll pigment and photosynthetic rate of 7 cultivars of soft winter wheat. Results. The essential variance in amount and activity of chlorophyll pigment between cultivars at different stages of organogenesis is determined. The opportunity of estimation of winter-hardiness by means of method of induction of fluorescence of chlorophyll pigment is shown.

Key words: fluorescence of chlorophyll pigment, photosynthesis, high quality variance, winter-hardiness.

References
  1. Patyka M.V., Grusha V.V., Gordijenko T. I. 2014. Monitoryng rostovyh procesiv roslyn v agrofitocenozah ekspres-metodom indukcii' fluorescencii' hlorofilu. Papers of NNC «Institute of agriculture of NAAS of Ukraine», Issue 3, 49-55.
  2. Maxwell Kate, Giles N. Johnson. 2000. Chlorophyll fluorescence – a practical guide. Journal of experimental botany 51, Issue 345. 659-668.
  3. Romanov V.A., Artemenko D.M., Brayko Ya.O., Galelyuka I.B., Imamutdinova R.G., Fedak V.S.2011. Portable devices of "Floratest" family: preparation for serial production. Proceedings of Institute "Computer means, networks and systems" 10. 85-93.
  4. Korneev D. Ju. 2002. Ynformacyonny vozmozhnosty metoda yndukcyy fluorescencyy hlorofylla. K.: Al'terpres. 188.
  5. Rubyn A.B. 2000. Byofyzycheskye metody v ekologycheskom monytorynge Sorosovskyj obrazovatel'nyj zhurnal 6, №4. 7-13.
  6. Brajon O. V, Kornjejev D. Ju., Snegur O. O., Kytajev O. I. 2000. Instrumental'ne vyvchennja fotosyntetychnogo apparatu za dopomogoju indukcii' fluorescencii' hlorofilu. Metodychni vkazivky dlja studentiv biologichnogo fakul'tetu K.: Vydavnycho-poligrafichnyj centr Kyi'vs'kogo universytetu. 15.
  7. Medvedev S.S. 2004. Fyzyologyja rastenyj. Sankt-Peterburg: Yzdatel'stvo S.-Pet. Unyversyteta. 367.
  8. Nesterenko T. V., Tyhomyrov A. A., Shyhov V. N. 2007. Chlorophyll fluorescence induction and estimation of plant resistance to stress factors. Zhurnal Obshchei Biologii (Journal of General Biology) 68 (6). 444–458.
  9. Oleksijchenko N.O., Kytajev M.O. Sovakova O.V. Sovakov M.O. Borshhevs'kyj O.I. 2013. Osoblyvosti indukcii' fluorescencii' hlorofilu v lystkah derevnyh roslyn v umovah urbanizovanogo seredovyshha. Bioresursy i pryrodokorystuvannja 5, № 5–6. 107–112.
  10. Sarahan Je.V. 2011. The features of applications of portable biosensor devices of "Floratest" family. Proceedings of Institute "Computer means, networks and systems" 10. 94-103.
  11. Portatyvnyj fluorometr «Floratest» (nastanova z ekspluatacii'). 2011. Instytut kibernetyky im. V. M. Glushkova NAN Ukrai'ny. 27.
  12. Sayed O.H. 2003. Chlorophyll fluorescence as a tool in cereal crop research. Photosynthetica 41 (3). 321-330.
  13. Godlevs'ka O.O., Zaloi'lo I.A., Kozhem’jako Ja.V., Posudin Ju.I. 2011. Zastosuvannja portatyvnogo fluorymetra dlja ocinjuvannja rezystentnosti roslyn do biotychnyh faktoriv. Naukovyj visnyk NUBiP Ukrai'ny 161.