3 research outputs found

    Ocena zdolności kiełkowania nasion oraz wybranych parametrów biometrycznych (długość oraz sucha masa korzeni i koleoptyla) słonecznika zwyczajnego (Helianthus annuus) po zastosowaniu preparatów zawierających efektywne mikroorganizmy (EM)

    Get PDF
    Seed germination and early growth microbiotest PhytotoxkitTM was used in the experiment, which consisted of 3 independent laboratory experimental series with one month intervals each and 3 replications. The aim of this study was to evaluate germination dynamics and capacity as well as selected biometric parameters after seed treatment with two preparations containing effective microorganisms: EM Farma (EMF) and EM Farma Plus (EMFP). Sunflower seeds (H. annuus) were chosen as the experimental material. Seeds soaked in distilled water were control objects (K) in these experiment. Apart from control (K), reference material was prepared in the form of two biostimulants: Kelpak SL (KSL) and gibberellic acid (GA3). The effect of the two biopreparations EM Farma (EMF) and EM Farma Plus (EMFP) was beneficial related to germination capacity and biometric parameters of sunflower (H. annuus).Doświadczenie przeprowadzono z użyciem mikrobiotestu kiełkowania i wczesnego wzrostu roślin – PhytotoxkitTM. Testy obejmowały 3 niezależne serie doświadczeń laboratoryjnych w odstępach miesięcznych po 3 powtórzenia. Celem doświadczenia była ocena dynamiki i zdolności kiełkowania oraz wybranych parametrów biometrycznych nasion po zastosowaniu dwóch preparatów zawierających efektywne mikroorganizmy: EM Farma (EMF) oraz EM Farma Plus (EMFP). Materiałem do badań były nasiona słonecznika zwyczajnego (H. annuus). Obiekt kontrolny (K) stanowiły nasiona, moczone jedynie w wodzie destylowanej. W doświadczeniu oprócz kontroli absolutnej (K), zastosowano również jako obiekty porównawcze dwa biostymulatory: Kelpak SL (KSL) oraz kw. giberelinowy (GA3). W przeprowadzonym doświadczeniu stwierdzono korzystny wpływ zastosowanych biopreparatów EM Farma (EMF) i EM Farma Plus (EMFP), związany z polepszeniem dynamiki kiełkowania oraz wybranych parametrów biometrycznych słonecznika zwyczajnego (H. annuus)

    Herbicide Resistance and Management Options of Papaver rhoeas L. and Centaurea cyanus L. in Europe: A Review

    No full text
    Corn poppy (Papaver rhoeas L.) and cornflower (Centaurea cyanus L.) are two overwintering weed species found in crop fields in Europe. They are characterised by a similar life cycle, similar competitive efforts, and a spectrum of herbicides recommended for their control. This review summarises the biology and herbicide resistance phenomena of corn poppy and cornflower in Europe. Corn poppy is one of the most dangerous dicotyledonous weeds, having developed herbicide resistance to acetolactate synthase inhibitors and growth regulators, especially in Mediterranean countries and Great Britain. Target site resistance to acetolactate synthase inhibitors dominates among herbicide-resistant poppy biotypes. The importance of non-target site resistance to acetolactate synthase inhibitors in this species may be underestimated because non-target site resistance is very often associated with target site resistance. Cornflower, meanwhile, is increasingly rare in European agricultural landscapes, with acetolactate synthase inhibitors-resistant biotypes only listed in Poland. However, the mechanisms of cornflower herbicide resistance are not well recognised. Currently, herbicides mainly from acetolactate synthase and photosystem II inhibitors as well as from synthetic auxins groups are recommended for the control of both weeds. Integrated methods of management of both weeds, especially herbicide-resistant biotypes, continue to be underrepresented
    corecore