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Occurrence and molecular characterization of Meloidogyne graminicola on rice in Central Punjab, Pakistan Cover

Occurrence and molecular characterization of Meloidogyne graminicola on rice in Central Punjab, Pakistan

Open Access
|Jan 2021

Figures & Tables

Table 1.

Prevalence of M. graminicola in Chiniot district.

Prevalence
Sr #LocationsElevationLatitudeLongitude201420152016
1133 J.B.178 V31.57931072.97683−−−
2134 J.B.173 V31.59705072.96338 + ++
3223 J.B.169 V31.62043072.96727−−−
4Moza Rajoya176 R31.66198072.97448 + ++
5M.Thattian184 R31.68778072.97489−−−
6M. Johdpur180 R31.69026072.97472−−−
7Ahmad Nagar182 R31.77321072.89966−−−
8Ahmad Pur187 R31.79090072.87729−−−
9M. kanwewala183 R31.81763072.82544−−−
10Moza Judhi186 R31.82471072.81122−−−
11202 J.B.192 V31.84161072.83868−−−
12Kote Qazipur190 R31.84774072.84970−−−
13Biewal187 R31.90920072.94682−−−
14Kalowal182 R31.90423072.95624−−−
15Jand wala185 R31.88589072.99015−−−
16Pungu Morr184 R31.84625072.96008 + ++
17Moza Johdabad183 R31.83006072.93907−−−
18M.Hussainabad188 R31.82157072.92782 + ++
19M.Mohsanabad178 R31.79400072.89456−−−
20Moza Vaisaan176 R31.78678072.88346−−−
21241 J.B.178 V31.72044072.95988−−−
22Moza Bukharian177 R31.70576072.95381−−−
23Abbas nagar180 R31.6893572.93636−−−
24Kandiwal177 R31.6767172.90760−−−
25241 J.B.179 V31.6667872.87928−−−
26Thatta Jahania177 R31.6631072.86660 + ++
27Adil wala bangla169 V31.6602972.85530−−−
28194 J.B.171 V31.6554172.83943−−−
2994 J.B.179 V31.6486472.82515−−−
30202 J.B.179 V31.6226472.77077 + ++
31Moza Nitthar167 R31.5961172.70949−−−
32254 J.B.168 V31.5880372.69275−−−
33Jamya abad168 T31.5540972.64627 + ++
34Gondlan wali167 R31.5343072.66215−−−
35Chenab mills Ltd166 C31.5138472.67929−−−
36Bhawana city170 C31.5052072.68622−−−
37129 J.B.172 V31.5003972.69027−−−
3841 J.B.165 V31.4917172.69737−++
39223 J.B.169 V31.4583572.72484−−+
40Rahmuana181 V31.4240972.75250−−−

1 Note: Villages with official code (V), JB, stand for canal irrigation official code. R stands for River Chenab basin areas and C stands for City/ Town area. Positive (+) sign indicates presence of RKN; negative (−) indicates absence of RKN in the rice field.

Table 2.

Prevalence of M. graminicola in district Faisalabad.

Prevalence
Sr #LocationsElevationLatitudeLongitude201420152016
1217 R.B.175 V31.44325073.00077−−−
261 J.B.176 V31.45346072.97887−−−
357 J.B.177 V31.45328072.98147−−−
458 J.B.186 V31.46937072.99122 + + +
552 J.B.181 V31.49570073.00120−−−
654 J.B.186 V31.500394072.99582−−−
751 J.B.180 V31.51203072.98117−−−
853 J.B.180 V31.52299072.97618−−−
949 J.B.186 V31.56101072.98678−−−
10218 J.B.173 V31.43074072.97399 + + +
1164 J.B.173 V31.39198072.93964−−−
1268 J.B.174 V31.37310072.92706−−−
1366 J.B.178 V31.4015472.97310−−−
14275 J.B.169 V31.3473572.83235−−−
1570 J.B.181 V31.3630472.90952− + +
16289 R.B.172 V31.33934072.99238−−−
17245 R.B.177 V31.33586073.01232−−−
18296 R.B.179 V31.33620073.04997−−−
19254 R.B.166 V31.33576073.00168−−−
20269 R.B.167 V31.19880072.99097−−−
21135 G.B.169 V31.14848072.98298−−−
22UAF179 C31.43735073.07427 + + +
23Samundari City168 C31.05557072.97504−−−
2471 G.B.165 V31.05584072.97427−− +
2573 G.B.165 V31.05005072.99210−−−
26442 G.B.172 V31.04441073.00982 + + +
27393 G.B.172 V31.02308073.07303−−−
28423 G.B.178 V31.07426073.13823−−−
29424 G.B.172 V31.08084073.14034 + + +
30430 G.B.171 V31.11562073.15054−−−
31172 G.B.178 V31.14319073.14831−−−
32171 G.B.178 V31.16456073.13882−−−
3339 G.B.176 V31.20585073.17356 + + +
3441 G.B.182 V31.20572073.17418−−−
3554 G.B.183 V31.26873073.29616−−−
3621 G.B.191 V31.30716073.38556−−−
37205 R.B.186 V31.43253073.23050 + +
3866 G.B.181 V31.34015073.33852 + + +
39216 R.B.183 V31.38091073.22599−−−
40229 R.B.184 V31.39439073.20733 + + +

1 Note: Villages with official code (V), JB, RB and GB stand for canal irrigation official code. C indicates a City/ Town area. Positive (+) sign indicates presence of RKN and negative (−) indicates absence of RKN in the rice field.

Figure 1:

GPS map of Faisalabad and Chiniot districts. Red dots indicate locations of samples infested with M. graminicola.

Figure 2:

Rice roots infected with M. graminicola. The roots are showing typical symptoms of galls or knots.

Figure 3:

Perineal pattern of M. graminicola by light (above) and electron (below) microscopy.

Table 3.

Incidence of M. graminicola at different locations of district Chiniot.

YearLocationGalling indexJuveniles/root sampleJuveniles/soil sampleStylet bearing nematodesNon-stylet bearing nematodes
2014134 J.B2.20 b300.80 b140.40 d4.20 bc2.80 e
Moza Rajoya3.80 a348.60 ab280.80 b3.80 c9.40 cd
Pungu Mor2.60 ab290.40 b108.80 d1.60 d11.40 bcd
Jamya Abad3.20 ab390.40 a119.00 d3.80 c12.00 bc
Jandwala4.00 a297.20 b211.40 c5.20 ab8.40 d
223 JB-23.80 a336.60 ab347.20 a5.80 a14.00 ab
Rahmuana3.20 ab294.00 b184.00 c5.40 ab17.20 a
2015134 J.B3.40 a172.20 a117.80 f6.20 cd7.20 d
Moza Rajoya3.20 a117.40 c242.60 c2.80 f9.20 cd
Pungu Mor2.80 a163.20 ab136.40 e7.40 bc13.00 a
Jamya Abad3.20 a126.40 bc135.80 e9.20 a10.00 bc
Jandwala2.80 a156.80 abc107.00 g5.80 de10.40 bc
223 JB-23.20 a134.00 abc194.60 d4.80 e9.20 cd
Rahmuana3.60 a130.80 abc279.60 b7.80 b11.80 ab
202 JB3.40 a131.80 abc292.20 a7.40 bc10.40 bc
2016134 J.B3.40 ab278.00 bc218.00 b5.20 c4.00 c
Moza Rajoya3.20 ab268.60 c298.80 a9.00 a10.20 ab
Pungu Mor2.80 b332.80 abc185.20 e8.20 ab7.20 bc
Jamya Abad3.00 b349.40 abc213.80 bc7.40 b9.40 ab
Jandwala3.40 ab380.80 a199.20 d5.80 c8.80 b
223 JB-24.20 a292.60 bc172.60 f5.20 c9.00 b
Rahmuana3.80 ab280.80 bc211.40 bc5.60 c6.80 bc
202 JB3.80 ab362.00 ab204.80 cd5.00 c8.00 b
129 JB2.80 b330.60 abc187.20 e7.20 b12.60 a

1 Note: The means followed by the same letters in a column are not significantly different by LSD test (c level).

Table 4.

Incidence of M. graminicola at different locations of Faisalabad district.

YearLocationGalling indexJuveniles/root sampleJuveniles/soil sampleStylet bearing nematodesNon-stylet bearing nematodes
201458 J.B.2.60 b334.80 ab157.20 e5.60 bc9.00 c
218 R.B.3.60 ab352.20 a131.60 g4.80 cd8.80 c
70 J.B.1.40 c340.00 a219.80 b4.80 cd11.00 ab
442 G.B.3.60 ab332.40 ab147.60 f4.80 cd10.60 abc
39 G.B.3.00 b266.20 b238.00 a6.00 abc10.00 bc
424 G.B.2.60 b352.60 a172.20 d6.40 ab9.20 bc
205 R.B.3.20 ab320.00 ab184.00 c7.00 a12.00 a
UAF4.20 a280.80 ab113.60 h4.20 d10.40 abc
201558 J.B.2.60 ab336.00 a205.60 b5.40 cd9.20 c
218 R.B.2.20 b342.20 a130.20 e5.20 cd8.80 c
70 J.B.3.00 ab331.00 a137.40 e4.20 d9.80 bc
442 G.B.2.40 ab338.40 a148.80 de5.20 cd9.80 bc
39 G.B.3.20 ab276.20 a185.00 bc7.80 a10.00 bc
424 G.B.3.80 a339.60 a128.60 e4.80 cd9.20 c
205 R.B.2.20 b330.60 a308.40 a7.00 ab10.60 abc
UAF3.40 ab292.60 a127.80 e5.80 bc9.40 bc
209 R.B.2.80 ab349.40 a172.60 cd8.20 a11.80 ab
66 G.B.2.60 ab352.80 a100.40 f7.20 a13.00 a
201658 J.B.2.00 d361.20 a106.80 g5.20 de9.00 bc
218 R.B.2.40 cd340.00 ab90.60 h4.80 de9.60 abc
70 J.B.4.00 a340.00 ab190.80 b5.20 de10.40 abc
442 G.B.2.20 cd328.40 ab168.00 c9.00 a10.20 abc
39 G.B.3.20 bc277.80 b209.60 a5.00 de9.80 abc
424 G.B.3.40 ab394.00 a158.80 d7.20 abc8.80 bc
205 R.B.2.40 bcd362.00 a150.60 e4.20 de8.40 c
UAF3.20 abc380.80 a207.00 a6.00 bcd9.40 abc
209 R.B.2.80 bcd360.40 a120.20 f5.40 cde9.20 abc
66 G.B.3.40 ab368.60 a162.60 d7.60 ab10.80 ab
71 G.B.2.60 bcd358.00 a123.20 f3.60 e11.20 a

1 Note: The means followed by the same letters in a column are not significantly different by LSD test (P = 0.05 level).

Table 5.

Incidence of M. graminicola on different alternate hosts.

Sr #Local nameBotanical nameJuveniles /root sampleJuveniles/soil sampleStylet bearing nematodesNon-stylet bearing nematodes
1Della Cyperus rotundus 826.6 bc145.6 b11.2 de6.6 b
2Madhana Grass Dactyloctenium aegyptium 700.8 cd100.0 de11.2 de4.4 cd
3Barnyard grass Echinochloa crusgalli, 4914.6 a424.0 a29.6 a9.4 a
4False Daisy Eclipta alba 646.0 d100.6 de22.4 b6.4 bc
5Knotgrass Paspalum distchum 494.2 e91.2 e14.6 cd5.4 bcd
6Toothed Dock Rumex dentatus 783.8 cd121.0 cd23.0 b4.6 bcd
7Jangli gai Avena fatua, 776.2 cd101.6 de18.8 bc5.0 bcd
8Dumbi Sitti Phalaris minor 942.8 b129.4 bc8.4 e4.0 d
9Cauliflower Brassica oleracea 142.2 f43.4 g10.6 de3.4 d
10Coriander Coriandrum sativum L.143.8 f85.4 ef10.2 de3.6 d
11Maithi Trigonella foenum-graecum L.178.6 f64.4 fg7.6 e5.2 bcd

1 Note: The means followed by the same letters in a column are not significantly different by LS D test (p = 0.05 level).

Table 6.

ITS sequences of M. graminicola isolates with GenBank accession numbers.

LocationElevationLatitudeAltitudeIsolateGenBank AccessionNucleotide
Rajoya17631.66198072.97448JB1CTKX757064.1326 bp
UAF17931.43735073.07427JB2 UAFKX757065.1328 bp
58 J.B18631.46937072.99122JB3FSD1KX757066.1326 bp
218 J.B173 V31.43074072.97399JB3FSD2KX757067.1326 bp
442 G.B172 V31.04441073.00982JB3FSD3MH057345.1326 bp
424 G.B172 V31.08084073.14034JB3FSD4MH057346.1326 bp
205 R.B186 V31.43253073.23050JB3FSD5MH057347.1326 bp
70 J.B181 V31.3630472.909520JB3FSD6MH057348.1326 bp
Figure 4:

ITS rDNA PCR amplification products using forward primer rDNA2 and reverse primer rDNA1.58 s. Isolate names are given in white text on the upper side of their respective band in the gel; DNA ladder is to the left of the gel.

Figure 5:

Multiple alignment of ITS sequences from different isolates collected in Faisalabad and Chiniot. The NCBI Genbank accession numbers and isolate names are given in the start of sequences. Complete bars at the top of the sequences show the degree of conservation of different nucleotides in the ITS sequence among different isolates. Similarly, base conservation is also denoted by the capitalized nucleotide alphabet.

Figure 6:

Phylogenetic tree of M. graminicola isolates based on ITS sequences. Sequences from this study are in bold. Taxon labels are Genbank accession numbers followed by species epithet, isolate code, and geographic location of the sequenced isolates. Scale bar represents 2% sequence divergence.

DOI: https://doi.org/10.21307/jofnem-2020-123 | Journal eISSN: 2640-396X | Journal ISSN: 0022-300X
Language: English
Page range: 1 - 17
Published online: Jan 16, 2021
Published in print: Jan 1, 2020
Published by: Society of Nematologists, Inc.
In partnership with: Paradigm Publishing Services
Publication frequency: 1 issue per year

© 2021 Abdul Jabbar, Nazir Javed, Anjum Munir, Huma Abbas, Sajid A. Khan, Anam Moosa, Muhammad Jabran, Byron J. Adams, Muhammad A. Ali, published by Society of Nematologists, Inc.
This work is licensed under the Creative Commons Attribution 4.0 License.