Abstract

To evaluate some agronomic properties and forage characteristics in the intercropping of barley (Hordeum vulgare L.) and vetch (Vicia ervilia L.), an experiment was conducted during 2014-2016 cropping seasons. A randomized complete block design with four replications was used. Intercropping patterns included 80% barley+ 20% vetch, 60% barley+ 40% vetch, 40% barley + 60% vetch and 20% barley + 80% vetch along with the sole culture of both crops (100% barley and100% vetch). The result showed that the highest value of plant height, grain number, thousand-grain weight, biological yield, grain yield and harvest in barley was observed from 80% barley + 20% vetch intercropping ratio, however, for vetch, it was detected from 100% vetch. Furthermore, the highest land equivalent ratio was obtained from 80% barley+ 20% vetch. Based on the results, the highest crude protein content and dry matter digestibility were observed in sole cropped vetch, whereas the highest neutral detergent fiber and acid detergent fiber were recorded in sole cropped barley. These results suggested that intercropped barley and vetch as 80% barley + 20% vetch ameliorated the grain yield and yield components, and forage quality compared to other intercropping ratios.

Highlights

  • Intercropping of cereal with legume species is extensive

  • Results of this study showed that the highest height of barley was observed under 80% barley + 20% vetch (80B):20V intercropping ratio with an average of 101.12 cm and the lowest plant height was recorded from 20% barley + 80% vetch (20B):80V intercropping ratio (Table 4)

  • The highest plant height of vetch belonged to the intercropping ratio of 20B:80V by average 61.23 cm, there was no significant difference between this treatment and treatment of 100V (Table 4)

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Summary

Introduction

Intercropping of cereal with legume species is extensive. The most usually employed intercropping system is to combine the legume crop with non-legume to utilize the legume’s potential to fix environmental nitrogen. The advantages of intercropping are not limited to legume composition in the mixture [4]; it can be the transfer of fixed nitrogen from legumes to associated cereals, and increase in the utilization of the light by providing support to legume and facilitates mechanical harvesting [5, 6]. Mixed sowing of two or more non-legume crops may culminate in yield benefits that may arise due to structural, phenological, physiological and genetic diversity within intercrops that result in advantageous interactions among crops and between crops and environment [7, 8]

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