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Resistance and tolerance reactions of winter wheat lines to Heterodera filipjevi in Turkey

Abdelfattah A. Dababat

Abdelfattah A. Dababat

International Maize and Wheat Improvement Center (CIMMYT)Turkey
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Dababat, Abdelfattah A.
  
10 juin 2019
Resistance and tolerance reactions of winter wheat lines to Heterodera filipjevi in Turkey's Cover Image
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Catégorie d'article: Arts & Humanities
Publié en ligne: 10 juin 2019
Pages: 1 - 12
Reçu: 21 févr. 2019
DOI: https://doi.org/10.21307/jofnem-2019-031
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© 2019 Abdelfattah A. Dababat published by Sciendo
This work is licensed under the Creative Commons Attribution 4.0 International License.

Figure 1:

Principal component analysis for the studied 35 lines/cultivars showing the population structure based on their resistance reaction (A) and tolerance reaction (B) in Eskisehir and Yozgat fields conditions.
Principal component analysis for the studied 35 lines/cultivars showing the population structure based on their resistance reaction (A) and tolerance reaction (B) in Eskisehir and Yozgat fields conditions.

Figure 2:

Mean grain yield and Heterodera filipjevi reproduction factor (RF) in both experiments during the 2014 to 2015 and 2015 to 2016 growing seasons. Stars represent homogeneous groups based on protected least significant difference test for each variable at P < 0.001. Error lines on the bars represent the standard error (n = 6).
Mean grain yield and Heterodera filipjevi reproduction factor (RF) in both experiments during the 2014 to 2015 and 2015 to 2016 growing seasons. Stars represent homogeneous groups based on protected least significant difference test for each variable at P < 0.001. Error lines on the bars represent the standard error (n = 6).

Figure 3:

Log-linear regressions of grain yield and Heterodera filipjevi reproduction factor (RF) in Eskisehir and Yozgat experiments. All R 2 values were significant at P < 0.05. Values are means of two years, each with three replicates. The link represents the predicted linear regression model. Equations were represented on kg ha−1.
Log-linear regressions of grain yield and Heterodera filipjevi reproduction factor (RF) in Eskisehir and Yozgat experiments. All R 2 values were significant at P < 0.05. Values are means of two years, each with three replicates. The link represents the predicted linear regression model. Equations were represented on kg ha−1.

The list of the winter wheat germplasm used in the field studies plus the four check lines with their resistant and tolerant reactions in both fields_

Line NURS C-NAME CID OC ACC NO R – Yoz R – Esk
1 13CAND-IWWYT-SA 102 ORKINOS-1/4/JING411//PLK70/LIRA/3/GUN91 TCI041519 TCI 110150 R, T R, MIT
2 13CAND-IWWYT-SA 105 GUN91/4/SNI//CAR422/ANA/3/KAUZ*2/TRAP//KAUZ/5/MERCAN-1 TCI032074 TCI 110044 R, MIT R, MT
3 13CAND-IWWYT-SA 113 SABALAN/3/PVN/BOW//LIVA/4/MERCAN-2/5/TX96V2427 TCI032546 TCI 110187 R, MIT R, MT
4 13CAND-IWWYT-SA 115 GUN91/3/CROC_1/AE.SQUARROSA (205)//KAUZ/4/IZGI TCI032143 TCI 110116 S, MIT R, MT
5 13CAND-IWWYT-SA 127 PMF/MAYA//YACO/3/CO693591/CTK/4/F1-1S-1/CHISHOLM TCI02-142 TCI 100518 R, MT R, MT
6 13CAND-IWWYT-SA 138 DORADE-5//KS82117/MLT TCI-02-88 TCI 090437 R, IT R, T
7 C21FAWWON-INT 27 OK08413 USA-OK 110575 S, T S, T
8 C21FAWWON-TCI 8 KATE A-1 Hebros/Bez-1 950590 R, MIT R, T
9 C21FAWWON-TCI 10 SERI.1B//KAUZ/HEVO/3/AMAD/4/TAM111/5/T67/JGR //ARLIN OCW03S238T USA-OK-TCI 110380 R, MT R, T
10 C21FAWWON-TCI 17 KARAHAN-99 C126-15/COFN“S”/3/N10B11/P14//SEL101/4/KRC YE 2957-4E-1E-1E-0E 920007 MS, IT R, MT
11 C21FAWWON-TCI 29 GRISET-4/3/ID#840335//PIN39/PEW/4/LILIA BG/GT TCI032267 110249 R, IT R, MIT
12 C21FAWWON-TCI 36 T67/X84W063-9-45//KARL92/3/GUN91/MNCH/4/SAULESKU #44/TR810200 TCI032527 TCI 110377 R, MT S, T
13 C21FAWWON-TCI 55 JCAM/EMU//DOVE/3/JGR/4/THK/5/BOEMA TCI031188 TCI 110160 R, MT R, T
14 C21FAWWON-TCI 60 KIRGIZ95/8/SABUF/7/ALTAR 84/AE.SQUARROSA (224)//YACO/6/CROC_1/AE.SQUARROSA (205)/5/BR12*3/4/IAS55*4/CI14123/3/IAS55*4/EG,AUS//IAS55*4/ALD/9/MEZGIT-4 TCI032082 TCI 110174 R, MT S, MT
15 C21FAWWON-TCI 62 KS920709-B-5-1-1/4/CHAM6//1D13.1/MLT/3/SHI4414/CROW TCI031396 TCI 110347 R, MT R, MT
16 14Sbpcl 37 Kutluk S, MIT S, IT
17 C21FAWWON-TCI 68 GUN91/3/CROC_1/AE.SQUARROSA (205)//KAUZ/4/IZGI TCI032143 TCI 110116 R, MIT R, IT
18 C21FAWWON-TCI 75 GEREK 950497 R, MT R, IT
19 12CBWF 68 HBA142A/HBZ621A//ABILENE/3/CAMPION/4/F6038W12.1 TCI012144 TCI 090350 R, MT R, T
20 12CBWF 212 PYN/BAU/3/KAUZ//KAUZ/STAR CMSW01WM00586S MX-TCI 090493 S, MIT R, T
21 C20FAWWON-TCI 6 ATTILA/2*PASTOR//YUMAI 29 OCW02S567S OK-TCI 100064 R, MT R, T
22 C20FAWWON-TCI 7 ATTILA/2*PASTOR//YUMAI 29 OCW02S567S OK-TCI 100065 R, MT R, MT
23 C20FAWWON-TCI 10 PFAU/WEAVER/3/MASON/JGR//PECOS OCW02S369S OK-TCI 100068 R, MIT S, MT
24 C20FAWWON-TCI 20 TAM200/HBB313E//2158 (OK98697)/5/SITE/MO/4/NAC/TH.AC//3*PVN/3/MIRLO/BUC/6/JGR/CUSTER//JGR* (OK0062278) OCW02S155T OK-TCI 100120 S, MIT S, MT
25 C20FAWWON-TCI 32 KAMBARA1/KALYOZ-17 TC1021034 TCI 100365 R, MT R, MIT
26 C20FAWWON-TCI 108 NALIM-3/ZHETISU/5/Sonmez=ES98KE14=NALIM-4=BEZ//BEZ/TVR/3/KREMENA/LOV29/4/KATIA1 TCI022272 TCI 100213 R, IT R, MT
27 C20FAWWON-TCI 117 SONMEZ R, IT R, MT
28 C20FAWWON-INT 334 cv. Rodina/Ae.speltoides (10 kR) 179/98w RUS 101519 R, IT R,T
29 C20FAWWON-INT 343 OR2071029 OR-USA 100988 R, IT R,T
30 C20FAWWON-INT 372 Passarinho//Vee/Nac 1-NS 1590 Iran-Karadj 110479 R, MT R, MT
31 C20FAWWON-INT 391 AWD99*5725/FL9547 ARS09-040 US-NC 110509 R, MT S, T
32 C20FAWWON-INT 403 NC00-14622/2137 ARS09-382 US-NC 110531 R, T R, T
33 C20FAWWON-INT 408 GA951079-3-5/TX99D4628 ARS09-556 US-NC 110545 R, IT R, MIT
34 C20FAWWON-INT 532 4WON-IR-257/5/YMH/HYS//HYS/TUR3055/3/DGA/4/VPM/MOS TCI-02-80 TCI 090082 R, MIT R, MT
35 BEZOSTAYA S, IT S, IT
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