The results show that promising winter feed barley lines with the highest yields were CRF 47, CRF 292 and CRF 146в.
📌 3 Key Takeaways
🎯
Objective & Hypothesis:The study was conducted in 2006-2009 in the experimental field of the Institute of Agriculture, Karnobat.
📊
Key Findings & Data:The aim was to identify the productive capacity of the feed barley varieties and advanced lines.
💡
Conclusion & Impact:The results show that promising winter feed barley lines with the highest yields were CRF 47, CRF 292 and CRF 146в.
🔬Design:Research Article
📍Scope:2006-2009 Verileri
⚙️Variables:Arpa · verimlilik · barley
Abstract
The study was conducted in 2006-2009 in the experimental field of the Institute of Agriculture, Karnobat. The aim was to identify the productive capacity of the feed barley varieties and advanced lines. The results show that promising winter feed barley lines with the highest yields were CRF 47, CRF 292 and CRF 146в.
Özet
Yemlik arpa çeşit ve hatlarının verimlilik kapasitelerinin tanımlanması amacıyla yapılan bu çalışma 2006-2009 yılları arasındaki 3 yıllık periyotta Karbonat’daki Tarım Enstitüsü’nde gerçekleştirilmiştir. Elde edilen sonuçlar hüksek verime sahip kışlık yemlik arpa soylarının CRF 47, CRF 292 and CRF 146в olduklarını göstermiştir
VALCHEVA, D. D., VULCHEV, D., POPOVA, T., DIMOVA, D., ÖZTÜRK, I., KAYA, R. (2015). PRODUCTIVE POTENTIAL OF BULGARIAN AND TURKISH VARIETIES AND LINES OF BARLEY IN THE CONDITIONS OF SOUTHEAST BULGARIA. Trakya University Journal of Natural Sciences, Cilt: 14 - Sayı: 2, 97–102. https://ajindex.com/articles/46674
Valcheva D., D. Vulchev, D. Dimova, M. Gocheva, B. Dyulgerova, T. Popova, 2011. Problems, guidelines, achievements and perspectives in the selection of winter barley, Agricultural Science, t.44, issue. 6, 22-35.
Ganusheva N., D. Dimova, I. Lozanov, 1990. Correlation and path analysis correlation quantitative characters in barley, Scientific works of Jubilee Scientific Session "65 years Agriculture of agriculture - Karnobat, 58-63.
Ganusheva N., I. Lozanov, 1991. A study of some relationships between the elements of productivity in Intervarietal hybrid barley, Genetics and Breeding, 24, 335-341.
Ganusheva N., P. Murzov, 2004. Hibridologichen analysis of height and some quantitative characters in crosses of winter two-row barley, Field crops Studies, 1, 215-220.
Dimova D., D. Vulcheva, Dr. Valtchev, 2010. Productive capacity of breeding specimens winter forage barley var. pallidum and var.parallelum for Southeastern Bulgaria, Plant Science, issue. 5, 413-423. Zapryanov St., 1990. Contribution to the breeding of winter feed barley in Bulgaria, Karnobat, Habilitation, 295. Mersinkov H., 2000. Contribute to the breeding of winter malting barley in Bulgaria, Dissertation, Karnobat, s.431. Mihova G., R. Mihailov, T. Tonev, V. Demirev, 2006. Correllations between traits related to lodging resistance in barley, Field Crops Studies, vol. III-1, 37-43. Dyson P. W., 1977. An investigation into the relations between some growth parameters and yield in barley, Ann. Appl. Biology, 87, 3, 471-483. Grafius J. E., 1964. Breeding for yield.- In: Barley Genet-ics. I. First International barley Genetics Simposium. Proc. Wageningen, 267-277. Kim H. L., 1978. A study on heritability of agronomic characters and the genotypic and phenotypic correlations among them in two-rowed barley, Cheju Uniu. From Ko-rean Scientific Abstracts, ІІ, 5:37-40.
Sinha B. C., Saha, B. C., Roy R. P., 1985. Genetic analy-sis of grain yield in barley. І. Componets of covariation between yield and its primary components, Ijgba, Indian J. Gehet. Plant Breed, 45 (3), 505-514.
Tapsel C. R., B. T. W. Thomas, 1983. Cross prediction studies on spring barley. 2. Estimation of genetical and envirionmeental control of yield and its component char-acters.- Theor. Appl. Genet., 64, 353-358. Woodworth C. M., 1931.
Breeding for yield in crop plante, J. Amer. Soc. Agron., 23, 388-395.