I. Ločmele

发表

Response of bi-parental spring barley populations to cultivation in organic and conventional farming systems@@@Vasarinio miežio hibridinių populiacijų reakcija į auginimą taikant ekologinę ir tradicinę žemdirbystės sistemas

I. Mezaka, L. Legzdiņa, I. Ločmele, 2017 .

Response of biparental spring barley populations to cultivation in organic and conventional farming systems

I. Mezaka, L. Legzdiņa, I. Ločmele, 2017 .

Agronomic Performance of Heterogeneous Spring Barley Populations Compared with Mixtures of Their Parents and Homogeneous Varieties

L. Legzdiņa, M. Bleidere, D. Piliksere, 2022, Sustainability.

Evaluation of morphological traits, genetic diversity and major resistance genes in barley subpopulations cultivated under organic and conventional farming systems

L. Legzdiņa, V. Šķipars, I. Ločmele, 2021 .

Yield stability, canopy characteristics and seed-borne diseases of spring barley genotypes under organic management

I. Tamm, L. Legzdiņa, M. Bleidere, 2018, Biological Agriculture & Horticulture.

Assessment of spring barley populations in comparison to homogenous varieties

Z. Gaile, A. Kronberga, L. Legzdiņa, 2019 .

CEREAL VARIETY MIXTURES AND POPULATIONS FOR SUSTAINABLE AGRICULTURE : A REVIE W

L. Legzdiņa, I. Ločmele, 2016 .

Winter rye grain quality of hybrid and population cultivars

A. Kronberga, D. Kunkulberga, I. Ločmele, 2019 .

Estimation of yield and yield stability of spring barley genotype mixtures

Z. Gaile, A. Kronberga, L. Legzdiņa, 2017 .