For three years, 2009-2011 period, 25 wheat cultivars with different proveniencewas evaluated for yield, protein content, gluten content and gluten index, in conventional and ecological systems. On data base we made top list, where the equal value was assigned the same number of corresponding points taken place. The most mentioned cultivars in the positive way were: Șimnic 50, Capo, Josef, Trivale, Șimnic 30, Gruia, Izvor, Dropia and Delabrad, they were considerate the most stable for Simnic luvosoil. For yield stability, in any culture system was put in evidence the cultivars: Trivale, Gruia, Ciprian and Litera. For protein stability, in the top of list were the Romanian cultivars: Șimnic 50, Delabrad, Dropia și Dor. Șimnic 50 presented gluten index values about 35 at all technology applied. It is recommended the best quality cultivar in all experiment

PAUNESCU, VICTOR CATALIN

For three years, 2009-2011 period, 25 wheat cultivars with different proveniencewas evaluated for yield, protein content, gluten content and gluten index, in conventional and ecological systems. On data base we made top list, where the equal value was assigned the same number of corresponding points taken place. The most mentioned cultivars in the positive way were: Şimnic 50, Capo, Josef, Trivale, Şimnic 30, Gruia, Izvor, Dropia and Delabrad, they were considerate the most stable for Simnic luvosoil. For yield stability, in any culture system was put in evidence the cultivars: Trivale, Gruia, Ciprian and Litera. For protein stability, in the top of list were the Romanian cultivars: Şimnic 50, Delabrad, Dropia şi Dor. Şimnic 50 presented gluten index values about 35 at all technology applied. It is recommended the best quality cultivar in all experiment

Annals of the University of Craiova - Agriculture, Montanology, Cadastre Series

Analele Universităţii din Craiova, seria Agricultură – Montanologie – Cadastru (Annals of the University of Craiova - Agriculture, Montanology, Cadastre Series) Vol. XLII 2012/2  220  RESEARCH ON YIELD STABILITY AND ITS QUALITY INDICATORS FOR WHEAT DIFFERENTIATED TECHNOLOGY MANAGEMENT IN  LUVOSOIL SIMNIC CONDITIONS  PĂUNESCU VICTOR CĂTĂLIN1 PhD. student,  University of Craiova, Agriculture and Horticulture Faculty,  A.I.Cuza Street, no.13, Craiova  Key words: wheat, yield stability, protein stability, gluten stability, gluten index stability  ABSTRACT For three years, 2009-2011 period, 25 wheat cultivars with different provenience was evaluated for yield, protein content, gluten content and gluten index, in conventional and ecological systems.  On data base we made top list, where the equal value was assigned the same number of corresponding points taken place. The most mentioned cultivars in the positive way were: Șimnic 50, Capo, Josef, Trivale, Șimnic 30, Gruia, Izvor, Dropia and Delabrad, they were considerate the most stable for Simnic luvosoil. For yield stability, in any culture system was put in evidence the cultivars: Trivale, Gruia, Ciprian and Litera.  For protein stability, in the top of list were the Romanian cultivars: Șimnic 50, Delabrad, Dropia și Dor. Șimnic 50 presented gluten index values about 35 at all technology applied. It is recommended the best quality cultivar in all experiment.   INTRODUCTION  Under current conditions, particularly when the focus is on introducing sustainable agriculture and the private agricultural system expands, production stability is an important factor in choosing the variety to be grown in a certain area (Păunescu Gabriela și Marinescu, 1999).  A valuable variety is characterized by good phenotype stability. The term, "stable" it is  defined a genotype that gives average yields almost constant regardless of environment  (Kellner, 1983).  While production is the result of interrelated physiological processes developed during the vegetation, stability is maintaining and by expanding production, quality and productivity elements, regardless of environmental factors acting.   Translated by varietal adaptability output stability refers to the ability to capitalize a variety of different environmental conditions and, in our case, even differentiated technological conditions. Generally the notion is associated with a specific adaptation when the environment is more or less controlled, as in natural conditions. (Brancourt-Hulmel, 1997).   Previous studies in Romania confirmed that protein content, one of the main determinants of wheat bread making quality is affected by genetics, environmental conditions and crop management (Marinciu, 2007; Stanciu and Neacşu, 2009; Neacşu et al., 2010).  MATERIALS AND  METHODS  Evaluation of stability of a genotype is obtained by cultivation in a village for many years and in many places in one year.  Through this work, the evaluation deepened by the fact that 25 genotypes were grown for 3 years in a single location and in 4 different technological conditions (3 variants of conventional and ecological system).  Analele Universităţii din Craiova, seria Agricultură – Montanologie – Cadastru (Annals of the University of Craiova - Agriculture, Montanology, Cadastre Series) Vol. XLII 2012/2  221  The primary objective was to identify varieties which are distinguished by outstanding results in productivity and quality, without being limited by technological condition.  During 2009-2011, the S.C.D.A. Şimnic were located three experiments as follows:  Experience 1 - bifactorial experience in conventional system (differentiated fertilization technologies) where: the factor A – the variety with 25 graduations ; the factor B – level of fertilization with 2 graduations N16P80( conventional 1) and N100P80 ( conventional 2).  Experience 2 – bifactorial experience in conventional system (delayed planting): the factor A – the variety with 25 graduation ; the factor B – seeding time with 2 graduation: seeding at October 15 ( conventional 2) and seeding at October 30 ( conventional 3 ).  Experience 3 – monofactorial experience in ecological system.  The same 25 variety autumn wheat sown in ecological field.   The tested cultivars were:: Flamura 85, Lovrin 34, Dropia, Alex, Simnic 30, Albota 69, Trivale, Boema, Crina, Delabrad, Dor, Faur, Glosa, Gruia, Izvor, Ciprian, Șimnic 50, Serina, Capo, Apache, Josef, Exotic, Kiskun Gold, Litera, Miranda. The varieties hierarchy was made from highest value to lowest, and the equal value was assigned the same number of corresponding points taken place.   RESULTS AND DISCUSIONS Yield stability. The first part of the table, constant, irrespective of the culture have emerged varieties Trivale, Gruia, Ciprian și Litera. Partially, in the sense as excluding conventional 1 may fall into this category and variety Glosa (Tabelul 1).  Glosa and Gruia presented the best average yields at Fundulea study on 44 wheat cultivars. Izvor, Delabrad, Gruia, Faur and Glosa had the better yield and the most variability coefficient reported to the average of tested cultivars. (Mustățea et al. 2009). Negative stable (constant in recent employment positions in the ranking values, irrespective of the culture) proved variety Şimnic 50, but constant partial last, late sowing in case of breaking this ranking. Almost similar behaviour had and Josef variety, in case of deviation coming from ecological system cultivation.  It should be noted that the upper rankings no variety to consistently place in the top three in any of the technological variants studied.  Protein stability. Wheat traits quality stability is an important need in bakery industry.   (Shuler et al. 2007).  In a study of 25 wheat cultivars Mut et al. (2010) showed that 8 of them presented stability for weight of 1000 seeds, hectolitre weight, protein content and sedimentation index.  Without exception, the seats are occupied top spot Romanian varieties: Siminic 50 ( places  1-6 but with two conventional 1 placements 1st and environmentally), Delabrad (places 2-3), Dropia (places 3-6), Dor (places3-5). Of foreign varieties were noted Josef and Capo varieties, the latter getting the most value to the table, 14% protein content under late sowing.  At the bottom of the league, so stable varieties in obtaining low protein content, were placed varieties  Miranda (maximum 10,8 %),  Apache (maximum 10,8 %), Trivale ( maximum 10,9 %) that all recorded maximum values were obtained from conventional 3.  This cultivars appear and in another research in our country. For exemple, protein content varied between 8,5 % at Apache in ecological system and 19% at  Exotic in conventional with high nitrogen dose, at Fundulea.  In average, between locations where they were located the trials (Fundulea, Șimnic, Albota, Valu lui Traian), protein content varied between 11,2 % at Trivale and 13,1 %  at  Șimnic 50 (Amalia Neacșu, 2011). Prevailing culture systems resulted in the extent of protein content values on a very broad segment from 9.2% in the conventional 1 to 14% in conventional 3 (Tabel 2).  Analele Universităţii din Craiova, seria Agricultură – Montanologie – Cadastru (Annals of the University of Craiova - Agriculture, Montanology, Cadastre Series) Vol. XLII 2012/2  222  Gluten content stability. The only variety which has been constantly placements in the top rankings, regardless of the technology used was Capo (places 3-7).  Partially occupied top positions varieties Şimnic 30 (places 2-3) in all versions of conventional systems; Şimnic 50 (places 1-8) with the exception of the conventional 2; Delabrad (places 1-4) with the exception of the delayed sowing, Josef (places 1-5) with the exception of the conventional 2.  At the bottom of the league were placed varieties: Kiskun Gold (maximum wet gluten content 21.6%), Cyprian (maximum wet gluten content 20.7%), taking into account data from all culture systems analyzed.  Once again, the extremely low values of this indicator is largely due to results in 2010, the year recognized as the year with very poor quality cereals straw national default under the Şimnic.  There were varieties were classified constant although not obtained in any technological alternative values above 22%, the minimum pickup namely Apache, Serina, Boema , Lovrin 34 (Table 3).  Gluten index stability. At the top of the list, ranked consistently variety Şimnic 50 (places 2-6) who presented more than 35 gluten index values at all applied technologies. In the same category entered and variety Josef (places 5-11) but placing it in relation to other species is differentiated according to technology more applied (Table 5).  Placement was good and variety Capo (places 1-9) but did not indicate ecological gluten 35. In the same category, with good variety of partial won and Dropia (places 1-7 in the conventional system),  Izvor (places 2-8 in the conventional system).   At the same time there were varieties that were constantly at the end charts and gluten index were under 35 at all culture systems used, such as: Trivale (maximum 34.6) and Miranda (maximum 33.9).      CONCLUSIONS  Yield. Consistently ranked in the first part of top, no matter of cropping system, were placed the varieties Trivale, Gruia, Ciprian and Litera. As precluding the conventional 1, one may fall in this category Glosa variety. Protein content. Without exception, the first places on the top are occupied by Romanian varieties: Simnic 50, Delabrad, Dropia, Dor. Among foreign wheat varieties were noticed the varieties Josef and Capo, the last one recording the higher position on the top with 14% protein content when the sowing was delayed.  Wet gluten content. The only one wheat variety which recorded constantly higher values whatever technological system was Capo (the places 3 - 7).  Gluten index. On the first places of the top was constantly the variety Simnic 50 (the places 2 - 6) who presented high values of this index up to 35 for all technologies applied.   BIBLIOGRAPHY   Brancourt-Hulmel, M., V. Biarnes-Dumoulin, I.B., Denis - 1997, Guiding marks on stability and genotype-environment interactions analyses in plant breeding. Agronomie, 17 (4), 219-246  Kellner, E. - 1983, Metode de estimare a stabilităţii producţiei. P.G.T.A. XV nr. 1 75 – 84 Mustatea, P., N.N. Saulescu, N. N., Ittu, G., Paunescu, G., Voinea, L., Stere, I., Mîrlogeanu,  S., Constantinescu, E., Nastase, D. - 2009, Grain yield and yield stability of Analele Universităţii din Craiova, seria Agricultură – Montanologie – Cadastru (Annals of the University of Craiova - Agriculture, Montanology, Cadastre Series) Vol. XLII 2012/2  223  winter wheat cultivars in contrasting weather conditions. Romanian Agricultural Research 26: 1-8 Mut, Z., Nevzat, A.,  Bayramoglu,  H. O., Ozcan, H. - 2010, Stability of some quality traits in bread wheat (Triticum aestivum) genotypes. Journal of Environmental Biology, 31: 489-495 Neacşu, A., Stanciu, G., Tuţă,. C., Toncea, I. - 2010, Baking quality of wheat cultivars, grown in organic, conventional and low input agricultural systems. Rom. Agric. Res., 27: 35-46. Neacşu, A. - 2011, Grain protein concentration and its stability in a set of winter wheat cultivars, grown in diverse environments and management practices. Romanian Agricultural Research, NO. 28, 2011 www.incda-fundulea.ro Print ISSN 1222-4227; Online ISSN 2067-5720 Păunescu, G., Marinescu, M. - 1999, Stabilitatea producţiei de grâu în condiţiile climatice de la SCDA  Şimnic. Lucr. Ştiinţ. volXII. 4-14. Ed. Alma ISSN 1223-4656 Schuler, S. F., Bacon, R. K., Finney P. L. & Gbur, E. E. - 1995, Relationship of test weight and kernel properties to milling and baking quality in soft red winter wheat. Crop Sci., 35, 949-953. Stanciu, G., Neacşu, A. - 2008, Effects of genotype, nitrogen fertilizer and water stress on mixing parameters in wheat (Triticum aestivum L.). Rom. Agric. Res., 25: 29-35. Marinciu, C. - 2007, Genotype and nitrogen fertilization influence on protein concentration in old and new wheat cultivars. Rom. Agric. Res., 24: 17-25.                                Analele Universităţii din Craiova, seria Agricultură – Montanologie – Cadastru (Annals of the University of Craiova - Agriculture, Montanology, Cadastre Series) Vol. XLII 2012/2  224  Table1 Yield stability in different culture systems   CONV 1   CONV 2   CONV 3   ECOLOGICAL             Exotic 53.3  Trivale 57.6  Miranda 58.4  Glosa 45.8 Apache 52.6  Alex 57.5  Ciprian 57.5  Crina 44.7 Serina 51.0  Dor 56.8  Litera 53.1  Izvor 43.9 Trivale 50.8  Gruia 56.8  Gruia 52.3  Boema 43.5 Miranda 50.7  Apache 55.3  Apache 52.3  Trivale 42.1 K. Gold 49.7  Exotic 54.8  Glosa 52  Serina 41.9 Dor 49.0  Glosa 54.3  Trivale 51.7  Gruia 41.8 Alex 47.8  Ciprian 54.3  Șimnic 50 51.2  Delabrad 41.6 Litera 47.6  Crina 54.2  Izvor 50.8  Litera 41.4 Gruia 47.2  Delabrad 53.3  Delabrad 50.7  Ciprian 41.3 Ciprian 47.0  Litera 52.7  Crina 50.3  Dor 41.0 Glosa 46.0  Albota 69 52.6  Exotic 50.2  Flamura 85 39.3 Boema 46.0  Izvor 52.5  Serina 49.7  Exotic 39.3 Izvor 46.0  Serina 52.3  K.Gold 49  Miranda 39.3 Fl.85 45.3  Lovrin 34 52.2  Alex 48.7  Apache 39.2 Capo 45.2  Miranda 51.2  Lovrin 34 48.4  Simnic 30 38.6 Delabrad 44.5  Boema 50.1  Dropia 48  Josef 38.4 Dropia 44.4  Dropia 49.6  Dor 47.7  Alex 38.3 Crina 43.8  Faur 49.5  Fl85 47.6  Albota 69 38.2 S 30 43.0  K. Gold 48.9  Șimnic 30 47.5  Lovrin 34 37.8 Faur 42.8  Fl 85 48.3  Faur 46.7  Faur 37.8 Lv34 42.5  Șimnic 30 48.2  Albota 69 45.1  Capo 37.3 Josef 42.2  Josef 46.4  Boema 44.7  Dropia 36.8 Albota  42.2  Capo 46.1  Josef 44  K.Gold 36.1 Ș50 40.6  Șimnic 50 44.7  Capo 42.5  Șimnic 50 35.1             Analele Universităţii din Craiova, seria Agricultură – Montanologie – Cadastru (Annals of the University of Craiova - Agriculture, Montanology, Cadastre Series) Vol. XLII 2012/2  225    Table  2 Protein content stability in different culture systems  CONV 1   CONV 2   CONV 3   ECOLOGICAL             Ș50 11.0  Josef 11.2  Capo 14  Șimnic 50 11.9 Delabrad 10.9  Delabrad 11.2  Faur 12.8  Faur 11.3 Dropia 10.8  Capo 11.1  Delabrad 12.5  Delabrad 11.3 Josef 10.8  Albota 69 11.1  Josef 12.4  Flamura 85 11.2 Capo 10.6  Dropia 11.0  Dor 12.3  Dor 11.2 Fl85 10.6  Șimnic 50 11.0  Dropia 12.2  Dropia 11.1 Dor 10.5  Dor 10.9  Șimnic 50 12.2  Boema 11.1 Boema 10.5  Flamura 85 10.8  Ciprian 12.1  Izvor 11.0 Faur 10.4  Simnic 30 10.7  Boema 11.8  Crina 10.9 S 30 10.4  Gruia 10.7  Albota 69 11.7  Josef 10.9 Glosa 10.2  Serina 10.6  Exotic 11.6  Gruia 10.6 Izvor 10.2  Alex 10.6  Flamura 85 11.5  Capo 10.6 Albota 69 10.1  Crina 10.6  Lovrin 34 11.5  Glosa 10.6 Serina 10.1  Ciprian 10.6  Gruia 11.5  Lovrin 34 10.4 K.Gold 10.1  Boema 10.5  Alex 11.4  Kiskun Gold 10.4 Crina 10.0  Trivale 10.4  Simnic 30 11.4  Albota 69 10.4 Gruia 10.0  Faur 10.4  Serina 11.4  Alex 10.3 Alex 9.9  Exotic 10.4  Litera 11.3  Exotic 10.3 Ciprian 9.9  Kiskun Gold 10.3  Trivale 10.9  Litera 10.3 Apache 9.9  Apache 10.3  Glosa 10.9  Simnic 30 10.3 Lovrin 34 9.8  Izvor 10.2  Izvor 10.8  Miranda 10.1 Exotic 9.6  Glosa 10.2  Apache 10.8  Serina 10.0 Trivale 9.4  Litera 10.2  Miranda 10.8  Ciprian 9.9 Litera 9.2  Lovrin 34 10.1  Crina 10.7  Apache 9.6 Miranda 9.2  Miranda 9.3  Kiskun Gold 10.5  Trivale 9.4            Analele Universităţii din Craiova, seria Agricultură – Montanologie – Cadastru (Annals of the University of Craiova - Agriculture, Montanology, Cadastre Series) Vol. XLII 2012/2  226    Table 3 Gluten content stability in different culture systems  CONV 1   CONV 2   CONV 3   ECOLOGICAL             Josef 24.4  Delabrad 23.8  Albota 69 28.1  Simnic 50 25.5 Simnic 50 24.0  Albota 69 23.4  Simnic 30 27.5  Delabrad 25.3 Simnic 30 23.8  Gruia 23.0  Trivale 27.2  Capo 24.7 Delabrad 23.5  Simnic 30 23.0  Capo 26.8  Dor 24.6 Glosa 23.1  Glosa 22.7  Josef 26.0  Josef 24.4 Capo 22.8  Trivale 22.6  Izvor 25.0  Glosa 24.0 Dropia 22.7  Dor 22.5  Litera 24.6  Crina 23.9 Izvor 22.0  Capo 22.3  Simnic 50 24.5  Fl 85 23.3 Apache 21.8  Crina 21.8  Miranda 24.5  Izvor 23.2 Albota 69 21.7  Simnic 50 21.7  Alex 24.0  Faur 23.1 Trivale 21.4  Josef 21.7  Glosa 23.0  Albota 69 23.0 Fl 85 21.3  Serina 21.3  Gruia 22.9  Simnic 30 21.7 Crina 21.2  Dropia 21.2  Fl 85 22.9  Dropia 21.7 Serina 21.0  Fl 85 20.9  Exotic 22.7  Boema 21.6 Litera 20.7  Izvor 20.8  Delabrad 22.6  Exotic 21.0 Faur 20.5  Exotic 20.8  Dropia 22.4  Serina 20.9 Gruia 20.2  Litera 20.5  Lv 34 21.9  Miranda 20.8 Boema 20.2  Miranda 20.4  Serina 21.7  Ciprian 20.7 Ciprian 19.7  Boema 20.1  K. Gold 21.6  K. Gold 20.6 Lv 34 19.6  Faur 20.0  Boema 21.6  Alex 20.5 Miranda 19.4  Alex 19.8  Apache 21.4  Litera 20.3 Dor 19.4  Apache 19.2  Dor 21.3  Gruia 20.2 Exotic 19.1  Ciprian 18.6  Crina 20.6  Lv 34 20.2 Alex 18.8  Lv 34 18.2  Faur 18.8  Trivale 18.7 K. Gold 17.7  K. Gold 18.0  Ciprian 17.4  Apache 17.5            Analele Universităţii din Craiova, seria Agricultură – Montanologie – Cadastru (Annals of the University of Craiova - Agriculture, Montanology, Cadastre Series) Vol. XLII 2012/2  227    Table 4 Gluten index stability in different culturel systems  CONV 1    CONV 2   CONV 3   ECOLOGICAL             Dropia 38.5  Dor 40.4  Capo 40.4  Dor 40.2 Simnic 50 38.3  Gruia 40.3  Izvor 39.8  Albota 69 37.8 Delabrad 37.4  Delabrad 40.3  Alex 37.5  Simnic 30 37.6 Izvor 36.5  Capo 38.7  Fl 85 37.1  Ciprian 36.8 Josef 36.4  Glosa 38.5  Simnic 50 36.7  Josef 35.8 Apache 35.6  Dropia 38.2  Josef 36.2  Simnic 50 35.7 Capo 35.6  Fl 85 37.5  Dropia 36.1  K. Gold 35.3 Serina 35.6  Simnic 50 37.5  Boema 35.8  Izvor 32.2 Glosa 35.3  Crina 37.4  Gruia 35.7  Capo 32.0 Lv 34 35.3  Albota 69 37.4  Albota 69 35.4  Apache 31.6 Litera 35.2  Izvor 37.3  Simnic 30 35.2  Gruia 31.5 Fl 85 35.1  Simnic 30 36.9  Dor 34.6  Serina 30.5 Faur 34.7  Boema 36.2  K. Gold 33.8  Dropia 26.9 Gruia 34.5  Josef 36.1  Litera 33.3  Lv 34 26.5 Simnic 30 34.2  Serina 35.9  Lv 34 33.3  Faur 25.3 Dor 34.0  Exotic 35.6  Exotic 33.2  Boema 25.0 Ciprian 32.7  Faur 35.3  Miranda 32.9  Miranda 24.8 Boema 32.5  Alex 35.0  Apache 32.8  Alex 24.2 Trivale 31.6  Trivale 34.6  Glosa 32.6  Delabrad 24.1 Crina 31.2  Litera 34.0  Delabrad 32.1  Litera 22.5 Exotic 30.8  Miranda 33.9  Trivale 31.4  Trivale 21.8 K. Gold 30.6  Apache 33.6  Serina 31.4  Crina 19.8 Alex 30.4  Ciprian 33.6  Crina 30.5  Exotic 19.4 Miranda 30.1  Lv 34 31.9  Faur 29.5  Fl 85 18.7 Albota 69 29.8  K. Gold 31.7  Ciprian 28.6  Glosa 18.5     

RESEARCH ON YIELD STABILITY AND ITS QUALITY INDICATORS FOR WHEAT DIFFERENTIATED TECHNOLOGY MANAGEMENT IN LUVOSOIL SIMNIC CONDITIONS

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RESEARCH ON YIELD STABILITY AND ITS QUALITY INDICATORS FOR WHEAT DIFFERENTIATED TECHNOLOGY MANAGEMENT IN LUVOSOIL SIMNIC CONDITIONS

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Annals of the University of Craiova - Agriculture, Montanology, Cadastre Series