An assessment study has been done at the Szent István University, Gödöllő to evaluate and identify the water footprint of protein yield of field crop species

Six crop rotations were established consisting of two, 2-yr low diversity rotations (LDR) (continuous triticale (T-T_LDR) and triticale-wheat (Triticum aestivum L.) (T-W_LDR));

Three winter wheat varieties and six nitrogen application levels were applied in two consecutive crop years representing different precipitation and temperature patterns to

Comparison of bumblebee abundances in field margins between different crop rotation types, management types, and effect of flower cover for species based on their colony size, i.e.

The purpose of our studies was to determine what effect the various crop species planned and cultivated according to the rules of crop rotation and the soil

Fertilization responses of winter wheat (Triticum aestivum L.) genotypes (GK Öthalom, Euclide, Mv Toldi, Pannonikus) were studied in a long-term experiment on chernozem

According to our results, the interaction effect of leaf area index, weigth of dry matter and fertilization resulted in the maximum yield in biculture and triculture.. Keywords—

Data from a 49-year-long organic–mineral fertilization field experiment with a potato–maize–maize–wheat–wheat crop rotation were used to analyse the impact of

According to our experimental results we built up a variety-specific fertilization crop model by using different parameters (natural nutrient utilization, yield