ICARDA and EIAR Success of Joint Barley-Breeding Program in Developing Food Barley Varieties for the Ethiopian Low-Moisture Areas
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Tesfahun Alemu Setotaw, Sintayehu Debebe Daba, Shemeles Gizahign Belayneh, Adnan Al-Yassin. (27/11/2012). ICARDA and EIAR Success of Joint Barley-Breeding Program in Developing Food Barley Varieties for the Ethiopian Low-Moisture Areas. International Journal of Water Resources and Arid Environments, 2 (1), pp. 24-30.
Abstract
Collaborative work of international research institutes, like ICARDA and national agricultural research
centers in any developing country, such as Ethiopia, is important and has significant impact on improving the
livelihood of millions of farmers in such countries. Based on this initiative, the National Barley Breeding
Program of Ethiopia viz., Ethiopian Institute of Agricultural Research (EIAR) introduces, every year, a number
of genotypes developed by ICARDA for low-moisture areas for evaluation Ethiopian environmental condition.
In 1998/99 and 2001/02 the Barley Breeding Program of EIAR introduced 600 genotypes from ICARDA, which
are developed specifically for low-moisture areas. After evaluating these materials in different stage of breeding
9 genotypes from 1998/99 and 14 genotypes from 2001/02 introduction were selected for the national variety
trial and tested at three different locations i.e., Asasa, Dhera and Arsi Negele in 2002/03-03/04 and 2007/08-08/09,
respectively in comparison of the local check. The combined analysis over location and year showed significant
differences among genotypes, location and year. Significant interaction effect was also observed on the effect
of Location x Year. The significant interaction effect over year showed due to the erratic nature of rainfall in the
low-moisture areas of the country. The mean separation test showed that the genotypes developed by ICARDA
gave significant yield advantage over the local check that can reach 30% in 1998/99 introduction; besides these
varieties showed plump kernel seed. From 1998/99 introduction, two varieties, namely EMBSN 5th 2/95-3-3-3
and EMBSN 5th 46/95-9-9-5, were released for production in 2006 by the National Variety Release Committee
and named as Desta and Bentu. Similarly, 14 genotypes (selected from 2001/02 introduction) tested over year
and locations. Significant difference among genotypes was observed over year and location. The ICARDA
materials showed a great yield advantage over the local check, it reached as high as 20% and plumb grain.
The farmers preferred these varieties due to high productivity and good grain character mostly not obtained
by the landraces in low moisture areas of the country. In this group, the variety 7 EMBSN 19/98 released in th
2008 by the National Variety Release Committee for production with the name Deribe. This variety got a large
acceptance by the framers in the low moisture areas and in the belg season growing regions of Ethiopia.
Therefore, this research shows the importance of collaborative work among the international research institute
and the national research centers as having successful technology generation, especially for the low-moisture
areas of the country