Lozinskiy M.

ORCID: 
https://orcid.org/0000-0002-6078-3209

Inheritance in F1 and transgressive variability in F2 of the main ear length by crossing wheat varieties with different maturity

Authors: 
Lozinskiy M., Ustinova Н.
DOI: 
https://doi.org/10.33245/2310-9270-2020-161-2-70-78

Assessment of soft winter wheat breeding numbers adaptability by the number of grains in the spike

Authors: 
Lozinskiy M.
DOI: 
https://doi.org/10.33245/2310-9270-2018-142-2-60-70

Adaptivity of selective numbers of spring wheat obatained in crossing different eototypes according to the quantity of spikelets in the main ear

Authors: 
Lozinskiy M.

Grains number per plant inheritance types in the F1 hybrids and formative process in F2 soft winter wheat hybrid populations derived from different ecotypes hybridization

Authors: 
Lozinskiy M., L. Burdenuk-Tarasevych, O. Dubova

Forming the main ear length in winter wheat lines of different ecological and geographical origin

Authors: 
L. Burdenuk-Tarasevych, Lozinskiy M.

Tillering of soft winter wheat of different ecological and geographical origin and its connection with productivity elements

Authors: 
L. Burdenuk-Tarasevych, Lozinskiy M., O. Dubova

INHERITANCE AND GRAIN WEIGHT TRANSGRESSIVE VARIABILITY PER PLANT IN HYBRID WINTER WHEAT (T. AESTIVUM L.), OBTAINED FROM THE HYBRIDIZATION OF VARIOUS ECOTYPES

Authors: 
Lozinskiy M.

Soft winter wheat lines grain productivity obtained from the interbreeding of parental forms of different ecological and geographical origin

Authors: 
Lozinskiy M., L. Burdenuk-Tarasevych

Inheritance and transgressive variability of general and productive tillering of intraspecific hybrids of winter wheat

Authors: 
Lozinskiy M.

Some features of stem length generation of winter wheat breeding numbers depending on their genotypes and growth environment

Authors: 
L. Burdenuk-Tarasevych, Lozinskiy M., O. Dubova