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Survey of plant-parasitic nematodes in Arkansas and Mid-South Golf course putting greens Cover

Survey of plant-parasitic nematodes in Arkansas and Mid-South Golf course putting greens

Open Access
|Oct 2026

Figures & Tables

Table 1

Golf course sampling site information

#Golf courseStateTurfgrass speciesGreens sampledSampling date
1Hickory Creek Golf CourseARHBa 9April 19, 2023
2Nutters Chapel Golf and Country ClubARHB9April 19, 2023
3Maumelle Country ClubARHB9April 19, 2023
4Texarkana Country ClubTXHB9April 21, 2023
5Northridge Country ClubARHB9April 21, 2023
6Isabella Golf CourseARCBGb 9April 26, 2023
7Granada Golf CourseARCBG9April 26, 2023
8Ponce de Leon Golf CourseARCBG9April 26, 2023
9DeSoto Golf CourseARHB9April 27, 2023
10Balboa Golf CourseARCBG9April 27, 2023
11Coronado Golf CourseARCBG9April 27, 2023
12Hardscrabble Country ClubARCBG9April 28, 2023
13Magellan Golf CourseARHB9May 24, 2023
14Cortez Golf CourseARCBG9May 24, 2023
15Springdale Country ClubARCBG9June 23, 2023
16Fayetteville Country ClubARCBG9June 26, 2023
17Stonebridge Meadows Golf ClubARCBG9June 26, 2023
18The Alotian ClubARCBG9March 1, 2024
19Blessings ClubARCBG9March 12, 2024
20Shadow Valley Country ClubARCBG9March 18, 2024
21Pinnacle Country ClubARCBG9March 26, 2024
22Pleasant Valley Country ClubARHB9April 2, 2024
23Mystic Creek Golf ClubARHB9July 30, 2024
24Lion’s Club Golf CourseARHB9July 30, 2024
25El Dorado Country ClubARHB10July 30, 2024
26Bayou DeSiard Country ClubLAHB12July 31, 2024
27Squire Creek Country ClubLAHB9July 31, 2024
28Twins Creek RanchLAHB4July 31, 2024
29Meadowlake Golf and Country ClubLAHB9July 31, 2024
30Conway Country ClubARHB10August 1, 2024
31Rolling Hills Country ClubARHB10August 12, 2024
32Cypress Creek Golf ClubARHB9August 12, 2024
33RidgePointe Country ClubARHB9August 13, 2024
34The Ridges at Village CreekARHB9August 13, 2024
35Tunica National Golf and Tennis ClubMSHB9August 21, 2024
36Kirkwood National Golf ClubMSHB9August 21, 2024
37Spring Creek RanchTNHB9August 22, 2024
38Ridgeway Country ClubTNHB9August 22, 2024
39Timber Truss Golf CourseMSHB9August 22, 2024

[i] aHybrid bermudagrass.

[ii] bCreeping bentgrass.

Figure 1

Map of all mid-south United States golf courses sampled for plant-parasitic nematodes and soil parameters from 2023 to 2024.

Table 2

Summary of mean plant-parasitic nematode population densities on golf course putting greens in the Mid-South United States

#Nematodes per 100 cc soil
DaggerLanceLesionNeedlePinRingRoot-knotSheathSheathoidSpiralStingStubby-rootStunt
1a 09000400021000
2040001343000094
304000324005000
4000004317000000
504700030000170130
6010713008409036403434
701004146003064090
805280080043300170
90041008080000
1001280000004300250
110300009003800174
120271300000000034
1309000344040000
14081000800030040
150000043000137009
1607800080002109448
17027000850013730470
18040005100040030
1900000210000000
200000034000430051
2104000514400000
22000003803408500
23000004826004080
240000017400854130
25004501271562012080
26000003500005200
270051001791079001130
28000009629000000
29000210304002670210
300000081460029846110
3100000480041700
3200010354800000
330007042709040130
3400000254004000
35400006800021000
36000001380013400
3700000940000000
38040009400351000
3904010264000400

a Golf course information can be found in Table 1.

Figure 2

Prevalence of plant-parasitic nematodes (PPN) in mid-south United States golf courses (n = 39). Prevalence represents the number of golf courses where the respective PPN taxon was detected.

Table 3

Population densities and prevalence of plant-parasitic nematode (PPN) species in Mid-South United States golf courses

NematodeNematodes per 100 cc soil
Meana Maxb Standard error
Dagger0c 380.11
Lance163812.60
Lesion21540.70
Needle1850.34
Pin0c 380.11
Ring471,1155.47
Root-knot105382.34
Sheath31540.94
Sheathoid63461.60
Spiral571,6629.62
Sting42001.06
Stubby-root71151.09
Stunt161,1304.95
Any PPN1691,70012.93

a Mean population density of nematodes from all putting green samples.

b Maximum population density recorded from all putting green samples.

c Means were rounded down to zero.

Figure 3

Nonmetric multidimensional scaling (NMDS) ordination of plant-parasitic nematode (PPN) community composition in mid-south United States golf courses. (a) Sample points are colored by turfgrass species. Species vectors (grey arrows) represent associations between individual PPN taxa and community composition gradients. (b) Environmental vectors (red arrows) indicate the direction of increasing values for each significant soil parameter, and vector length reflects the strength of association with PPN community composition.

Table 4

Comparison of plant-parasitic nematode (PPN) densities between creeping bentgrass and hybrid bermudagrass putting greens in Mid-South United States golf courses

NematodeNematodes per 100 cc soil p-Valuea
Putting Green Species
Creeping BentgrassBermudagrass
Dagger0.00.20.4560
Lance38.63.2 <0.0001
Lesion2.42.40.9688
Needle0.01.4 0.0457
Pin0.30.00.1809
Ring24.459.3 0.0021
Root-knot4.913.20.0869
Sheath0.35.1 0.0134
Sheathoid15.50.5 <0.0001
Spiral76.245.80.1302
Sting0.06.3 0.0042
Stubby-root11.64.4 0.0015
Stunt43.60.2 <0.0001
Total PPN Density217.7142.0 0.0049

[i] a p-value calculated from a one-way analysis of variance.

Table 5

Pearson’s correlation analysisa between various soil parameters and plant-parasitic nematode (PPN) densities in Mid-South United States golf courses

Soil parameterNematodeb
LanceLesionNeedleRingRoot-knotSheathSheathoidSpiralStingStubby-rootStuntAll PPN
pH0.116−0.2750.305−0.171*−0.400*0.000−0.407*−0.238*0.050−0.109−0.044−0.214***
Phosphorous−0.343**−0.2460.599*0.0570.0030.304−0.3010.1490.307−0.039−0.0600.032
Potassium−0.1730.0860.2020.0750.0300.272−0.189−0.0710.0050.106−0.321−0.163**
Calcium−0.300*−0.2570.553*−0.111−0.2880.404−0.412*−0.1510.2030.0920.085−0.081
Magnesium−0.211−0.1510.522−0.012−0.1400.247−0.406*−0.232*−0.089−0.1150.079−0.159**
Sulfur−0.336*0.0091−0.2400.076−0.0260.247−0.1300.127−0.141−0.148−0.280−0.107
Sodium0.009−0.1710.563*−0.014−0.1600.152−0.225−0.132−0.0900.0270.598***0.076
Iron−0.2320.1020.4650.0890.0130.268−0.3750.1510.019−0.187−0.2360.005
Manganese−0.135−0.133−0.2260.0040.0430.063−0.0300.0890.415*0.0540.1160.050
Zinc−0.2490.2080.273−0.0050.0710.2260.108−0.0220.1450.2000.2200.089
Copper−0.277*0.0790.3070.0200.1130.063−0.1400.0170.2140.235−0.1090.067
Boron0.076−0.1580.329−0.052−0.321*0.228−0.2710.081−0.0910.0320.1610.026
Organic Matter−0.1560.1640.1890.0560.1250.1460.0380.0730.3280.0430.102−0.002

[i] a* = p < 0.05; ** = p < 0.01; *** = p < 0.001.

[ii] bPin and dagger nematodes were excluded due to limited data for correlation.

Table 6

Comparison of various soil parameters between creeping bentgrass and hybrid bermudagrass putting greens in Mid-South United States golf courses

Soil parameterUnitPutting green species p-valuea
Creeping BentgrassBermudagrass
Boronmg kg-1 0.30.30.7447
Calciummg kg-1 323.5279.6 0.0100
Coppermg kg-1 2.01.80.4992
Ironmg kg-1 56.2106.8 <0.0001
Magnesiummg kg-1 30.742.3 <0.0001
Manganesemg kg-1 32.341.2 0.0015
Phosphorusmg kg-1 31.942.5 <0.0001
Potassiummg kg-1 52.784.8 <0.0001
Sodiummg kg-1 9.911.60.3013
Sulfurmg kg-1 10.013.8 0.0002
Zincmg kg-1 7.28.40.0917
pHN/Ab 5.85.70.1008
Organic Matter%1.01.7 <0.0001

[i] a p-value calculated from a one-way analysis of variance.

[ii] bN/A = unitless measurement.

Figure 4

Relative abundance of plant-parasitic nematodes (PPN) in hybrid bermudagrass (n = 226) and creeping bentgrass (n = 126) putting greens in mid-south United States golf courses. Relative abundance represents the distribution of each PPN by turfgrass species.

DOI: https://doi.org/10.2478/jofnem-2026-0034 | Journal eISSN: 2640-396X | Journal ISSN: 0022-300X
Language: English
Page range: 561 - 572
Submitted on: Feb 12, 2026
Accepted on: Aug 8, 2026
Published on: Oct 19, 2026
Published by: Society of Nematologists, Inc.
In partnership with: Paradigm Publishing Services
Publication frequency: 1 issue per year

© 2026 Michael V. Battaglia, Jessica K. Anders, Sharandeep S. Chahal, Michael D. Richardson, Wendell J. Hutchens, published by Society of Nematologists, Inc.
This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 License.