Sugar beet fertilization is a very complex agrotechnical measure for farmers. The main
reason is that technological quality is equally important as sugar beet yield, but the …

Agriculture is the second-highest, after energy use, source of greenhouse gas emissions,
which are released from soils and animal digestion processes and as a result of energy …

Accurately estimating crop performance under various fertilizer levels in a rapid and non-
destructive manner has become a vital aspect of precision agriculture technology for both …

Aim. The research was to identify the impact of the use of various combinations of elements
of agricultural technologies on the change in the physico-chemical indicators of the state of …

The use of suitable technologies helps crop cultivation under unfavorable and extreme
weather conditions obtain the optimum yield by influencing irrigation, fertilization, sowing …

The rosette is the above-ground morphological part of sugar beet in the first year of its
ontogenesis. The size and health of the leaves determine photosynthesis and the production …

Cercospora leaf spot disease (CLS), caused by Cercospora beticola Sacc., considered one
of the most damaging foliar diseases, attacks sugar beet causing significant loss in the final …

To clarify the effect of plant spacing on the growth, yield formation, and quality of sugar beet
taproot. We designed field experiments in 2021–2022, and sugar beet variety KWS1176 …

The root system plays an important role in the efficient absorption of nitrogen (N), but there is
limited understanding of the growth characteristics of maize roots of different genotypes and …

Sugar beet is a critical crop for global sugar production, and optimizing its growth and yield
requires a thorough understanding of the effects of agronomic practices such as sowing date …