(Nano) technology for managing plant organisms with the help of targeted impact using the signals of the physical nature

• Autorzy: Karpachev V.V. , Voropaeva N. L. , Belonozhkina T. G. , Naumov E. V. , Vasilev M. M. , Petrov O. F. , Figovsky O.
• Języki publikacji: EN

Abstrakty

EN

One of the major problems of agricultural production has been to improve the sowing qualities of seeds to increase yields of various crops. In this regard, of particular interest is the control technology of vegetable organisms by "address the impact of" signals of the physical nature. Plasma treatment of seeds influences the growth and development of the amaranth. The effectiveness of treatment depends on the exposure time of the exposure. The largest positive treatment effect of the plasma on the growth, development and yield of amaranth has been observed when the exposure 60 seconds, leading to increased yields.

Słowa kluczowe

EN

amaranth; seed; plasma; nanotechnology; plant organism; pretreatment; harvest; elicitor; nanoparticle; pre-sowing treatment; plant growth; plant development; crop quality; crop quantity

• Wydawca: -
• Czasopismo: International Letters of Natural Sciences
• Rocznik: 2015
• Tom: 05
• Opis fizyczny: p.31-34,ref.

Twórcy

autor

Karpachev V.V.

• State Research Institute All-Russian Rapeseed Research Institute (ARRI), Lipetsk, Russia

autor

Voropaeva N. L.

• State Research Institute All-Russian Rapeseed Research Institute (ARRI), Lipetsk, Russia

autor

Belonozhkina T. G.

• State Research Institute All-Russian Rapeseed Research Institute (ARRI), Lipetsk, Russia

autor

Naumov E. V.

• Joint Institute for High Temperatures of the Russian Academy of Sciences (JIHT RAS), Lipetsk c., Boyevoy proezd, 26, Moscow 398037, Russian Federation

autor

Vasilev M. M.

• Joint Institute for High Temperatures of the Russian Academy of Sciences (JIHT RAS), Lipetsk c., Boyevoy proezd, 26, Moscow 398037, Russian Federation

autor

Petrov O. F.

• Joint Institute for High Temperatures of the Russian Academy of Sciences (JIHT RAS), Lipetsk c., Boyevoy proezd, 26, Moscow 398037, Russian Federation

autor

Figovsky O.

• Polymate Ltd. - INRC, Migdal Ha Emek, Israel

Bibliografia

• [1] Gordeev A.M. Stimulation of biological processes in plant seeds by radiation from temperature plasma. Smolensk, 2007. Quot. from www.rusnor.org/pubs/library/6535.htm
• [2] Dutkiewich D.E. Substantiation of processing modes of permanent grasses seeds by radiations of low temperature helium plasma, 2005, 201 pp. Quot. From http://www.dissercat.com/content/obosnovanie-rezhimov-obrabotki-semyan-mnogoletnikh-trav-izlucheniyami-nizkotemperaturnoi-gel#ixzz2s9vLFAyh.
• [3] Arkhangelskaya Z.M. Whether is a seed treatment efficient in a hydrogen-plasma unit? Text: article. /Z.M. Arkhangelskaya, O.N. Aladina // Protection of plants, 1985.- №7.- pp.21-22.
• [4] Gomonov A.A. The effectiveness of the plasma treatment of seeds of winter rye. Text: Abstracts. / A.A. Gomonov // Science - for revival of agriculture in the XXI century. Velikie Luki, 2001, pp. 85-87.
• [5] Gomonov A.A. The effectiveness of the plasma treatment of amaranth seeds. Text: Article / A.A. Gomonov. // Science - for agricultural production and education. T. 2 Agronomy. Part I, Smolensk, 2004, pp. 243-244.
• [6] sh Pt aalonhna ne Paal da tao ol nh Pt PaalP. Quot. from urozhayna-gryadka.narod.ru/plazma.htm.
• [7] I. Ruban, N. Voropaeva, M.Sharipov, Magarshak Yu.B. Modern risks of the antropogenic influence on living spieces: nano-level fluctuations. In the book «Silicon Versus Carbon. Fundamental nanoprocesses, nanobiotechnology and risks assessment». Springer, 2009, pp. 353-377.