This research was carried out to determine the effect of plant population and nitrogen rates on yield and yield components in soybean under Bursa, Mustafakemalpaa ecological conditions. Trials wereconducted during 2000 and 2001 at the experimental fields of the Mustafakemalpaa Vocational High School, University of Uludag. Soybean cultivar A-3935 was tested at four plant densities (70 × 5, 70 × 10,70 × 15 and 70 × 20 cm) and four different nitrogen doses (0, 30, 60 and 90 kg ha-1). Plant height, lowest pod height, number of branches per plant, pod number per plant, yield per plant, harvest index, 100seed weight and seed yield were researched in this experiment. It was observed that increase in plant density and nitrogen rate increased plant ...
Avoidable or inappropriate nitrogen (N) fertilizer rates harmfully affect the yield production and e...
Two-year investigations were conducted within the three-year maize-soybean-wheat crop rotation with ...
Previous research on soybeans showed that United States cultivars in Maturity Groups I and II suited...
Bu araştırma, Bursa Mustafakemalpaşa ekolojik koşullarında farklı bitki populasyonları ve azot dozla...
For the purpose of studying the effect of different densities on yield attributes and morphological ...
Adjusting soybean [Glycine max (L.) Merrill] density can be critical to reduce inter-plant competiti...
There are few studies on the interaction between soybean plant density and nitrogen fertilization. T...
This research was carried to determine the effect of different types and rates of nitrogen (N) ferti...
ABSTRACT Nitrogen is essential for the growth and development of a crop plant and is a major soil nu...
In order to determine the effect of water deficit and nitrogen fertilizer application on growth indi...
This paper quantifies the effects of population density and intercropping on the development and gro...
This paper quantifies the effects of population density and intercropping on the development and gro...
A field experiment was carried out at the research farm, Gorgan University of Agricultural Sciences ...
The paper studied the effects of different nitrogen rates (0, 30, 60, 90 kg N/ha) on the soybean cul...
Nitrogen rate and plant population effects on yield and yield components in soybea
Avoidable or inappropriate nitrogen (N) fertilizer rates harmfully affect the yield production and e...
Two-year investigations were conducted within the three-year maize-soybean-wheat crop rotation with ...
Previous research on soybeans showed that United States cultivars in Maturity Groups I and II suited...
Bu araştırma, Bursa Mustafakemalpaşa ekolojik koşullarında farklı bitki populasyonları ve azot dozla...
For the purpose of studying the effect of different densities on yield attributes and morphological ...
Adjusting soybean [Glycine max (L.) Merrill] density can be critical to reduce inter-plant competiti...
There are few studies on the interaction between soybean plant density and nitrogen fertilization. T...
This research was carried to determine the effect of different types and rates of nitrogen (N) ferti...
ABSTRACT Nitrogen is essential for the growth and development of a crop plant and is a major soil nu...
In order to determine the effect of water deficit and nitrogen fertilizer application on growth indi...
This paper quantifies the effects of population density and intercropping on the development and gro...
This paper quantifies the effects of population density and intercropping on the development and gro...
A field experiment was carried out at the research farm, Gorgan University of Agricultural Sciences ...
The paper studied the effects of different nitrogen rates (0, 30, 60, 90 kg N/ha) on the soybean cul...
Nitrogen rate and plant population effects on yield and yield components in soybea
Avoidable or inappropriate nitrogen (N) fertilizer rates harmfully affect the yield production and e...
Two-year investigations were conducted within the three-year maize-soybean-wheat crop rotation with ...
Previous research on soybeans showed that United States cultivars in Maturity Groups I and II suited...