Adaptive capacity of different varieties of pea morfotipu in conditions of the South of Ukraine

Authors

DOI:

https://doi.org/10.30835/2413-7510.2016.87614

Keywords:

peas, variety, yield, the availability of moisture, ecological plasticity of, effectofgenotype

Abstract

The aim and tasks of the study.Identify varieties with a high level of homeostasis that b demonstrated high productivity in both favorable and in dry years, in conditions of the South of Ukraine.

Material and methods.The results of the 11-year study of the genotypic effect and ecological plasticity of modern varieties of pea yields different morfotips in environmental management.

Results and discussion.Among the factors of phenotypic variability in signs of resistance to abiotic influences a significant role belongs to the growing conditions the plants. Therefore, to characterize the regional climatic conditions during vegetation period 2006-2016 years used hydrothermal factor (GTF).

Genotypic evaluation capacity of samples of peas and their reaction to the changing weather patterns have conducted method of determining ecological plasticity of investigated cultivars in terms of yields. To assess the reaction of sorts to modify environmental factors weather conditions we used regression model where the regression coefficient is an indicator or measure of interaction genotype midst.

To assess the reaction of sorts to modify environmental factors weather conditions we used regression model where the regression coefficient is an indicator or measure of interaction genotype–midst.

Conclusions. Over years of research a number of varieties of mustachioed morphotype are presented demonstrating the good yields, both favorable and in years with deficit moisture.

All the studied varieties have a linear response to fluctuations in environmental conditions. Their productivity increases or decreases proportionately to the change in weather conditions for the growth and development of plants, but there are differences in the severity of the reaction of sorts.

It was found that varieties of pea’s heterophyllous groups increasingly depend on the availability of moisture. In the condition of the South of Ukraine they showed low genotypic effect. However, it was allocated a number of varieties with medium and low plasticity, which formed the average yield over the period of studies at a level gradesof mustachioed and leaf of morfotips

References

Obraztsov AS. Thepotential of productionplants. Moscow; FGNU Rosinformagroteh,2001. 504 р.

Zhuchenko AA. Adaptive plant (ecological-genetic bases) theory and practice. Т. 1. Moscow:Agrorus, 2008. 814 p.

PrysiazhniukOI, Korol` LV.Estimation of adaptivefeaturesnew varieties of peas. Modernagriculturaltechnologies. 2014; 1(2): 12–22.

KofEM,Kondykov IV. Pea (PisumsativumL.) growthmutants. International.JournalofPlantDevelopmentalBiology. 2007; 1 (1): 141–146.

Amelin,AB. Morphological and physiologicalbasis of enhancing the effectiveness of pea breeding [authoabstractof dissertation]. [State Agrarian University (Russian Federation)]: Orel, 2001. 46 p.

NovikovaNT. Waterexchange, pea plantswithdifferentmorphologicaltypesheet.Agriculturalbiology. 2009; 5: 73–77.

Zelenov AN. Breedingpeasat a high yield of seeds [report dissertation]. [StateAgriculturalAcademy(Russian Federation)]: Briansk; 2001. 60 p.

Kondykov IV. Breedingpeas at a high yield of seed. Vestnik OrelGAU. 2011; 5(32): 96–103.

DospekhovBA. Methods of field experimentation (with the fundamentals of statistical processing of study results). Moscow: Agropromizdat; 1985. 351p.

Sichniak LK, Jelali NI, Litun PP. Guidanceonenvironmentaltestingofcrops.Moscow; 1980. 35 p.

Guryev BP, Litun PP, Guryeva IA. Methodicalrecommendationson environmental test of maize. Kharkiv, 1981. 31p.

Sytov VM, Adamenko TI. Agro climaticinformationguideonOdessaregion (1986–2005 years). Odessa: Astroprint, 2011. 203p.

VasylenkoAO. Stability of yield and proteincontent in moderngrain varieties of peas. Vestnikscientificsupportcentre АIP Kharkiv region. 2011; 10: 70–77.

Published

2016-12-25

Issue

Section

METHODS AND RESULTS SELECTION