In this paper the influence of plant design in intercropping system of soyabean and maize was examined. The two spatial plant designs were applied in the strips and alternate rows. Intercropping was done according to the method of "replacement series" and the main goal of this approach is to change the particular number of plants of one species with another. This examination included four experimental hybrids of maize from various FAO groups of ripening (400,500,600 and 700) and the type of soyabean from O group of ripening (ZPS- 015). The crops were raised in the frame of four field crop rotation (maize– wheat–spring barley+red clover–red clover). The meteorological conditions had big influence on biomass productivity in the period of expe...
The purpose of this study was to find out how the best use of sunlight efficiency between intercropp...
The competitive behaviors of maize–squash intercropping at different planting systems were studied a...
The relationship between transpiration and root distribution under different spatial arrangements of...
An (Randomized Complete Block) experiment with a maize and soybean intercropping system was set up a...
Intercropping systems could improve utilization of the most important resources (soil, water and nut...
The effect of the additive intercropping system, on weediness of maize and soybean was investigated ...
Intercropping two or more crops under similar micro environmental conditions can increase the agricu...
A field study was conducted on an experimental held of the Maize Research Institute Zemun Polje-Belg...
Intercropping two or more crops under similar micro environmental conditions can increase the agricu...
Narrow-row planting patterns directly affect crop yield and competition in intercropping systems. A ...
Planting arrangements affect radiation use efficiency (RUE) and competitiveness of intercrop species...
The researches was oriented towards studying the productivity and land equivalent ratio of maize and...
Maize/soybean strip intercropping is a commonly used system throughout China with high crop yields a...
Maize and bean crops are two types of plants suitable for intercropping. The objective of this resea...
Different planting patterns affect the light interception of intercrops under intercropping conditio...
The purpose of this study was to find out how the best use of sunlight efficiency between intercropp...
The competitive behaviors of maize–squash intercropping at different planting systems were studied a...
The relationship between transpiration and root distribution under different spatial arrangements of...
An (Randomized Complete Block) experiment with a maize and soybean intercropping system was set up a...
Intercropping systems could improve utilization of the most important resources (soil, water and nut...
The effect of the additive intercropping system, on weediness of maize and soybean was investigated ...
Intercropping two or more crops under similar micro environmental conditions can increase the agricu...
A field study was conducted on an experimental held of the Maize Research Institute Zemun Polje-Belg...
Intercropping two or more crops under similar micro environmental conditions can increase the agricu...
Narrow-row planting patterns directly affect crop yield and competition in intercropping systems. A ...
Planting arrangements affect radiation use efficiency (RUE) and competitiveness of intercrop species...
The researches was oriented towards studying the productivity and land equivalent ratio of maize and...
Maize/soybean strip intercropping is a commonly used system throughout China with high crop yields a...
Maize and bean crops are two types of plants suitable for intercropping. The objective of this resea...
Different planting patterns affect the light interception of intercrops under intercropping conditio...
The purpose of this study was to find out how the best use of sunlight efficiency between intercropp...
The competitive behaviors of maize–squash intercropping at different planting systems were studied a...
The relationship between transpiration and root distribution under different spatial arrangements of...