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Nikita Gambhir

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Recent Articles
1.
Gambhir N, Kodati S, Adesemoye A, Adesemoye A, Everhart S, Everhart S
Plant Dis . 2024 Sep; 109(1):217-227. PMID: 39254848
was recently identified as the major species in corn and soybean fields in Nebraska and was shown to be pathogenic on corn and soybean seedlings. Fungicide seed treatments commonly used...
2.
Gambhir N, Paul A, Qiu T, Combs D, Hosseinzadeh S, Underhill A, et al.
Phytopathology . 2023 Aug; 114(2):464-473. PMID: 37565813
Frequent fungicide applications are required to manage grapevine powdery mildew (). However, this practice is costly and has led to widespread fungicide resistance. A method of monitoring in-field fungicide efficacy...
3.
Gadoury D, Sapkota S, Cadle-Davidson L, Underhill A, McCann T, Gold K, et al.
Plant Dis . 2022 Oct; 107(5):1452-1462. PMID: 36281020
Nighttime applications of germicidal ultraviolet were evaluated as a means to suppress three diseases of grapevine. In laboratory studies, UV-C light (peak 254 nm, FWHM 5 nm) applied during darkness...
4.
Gambhir N, Harris S, Everhart S
mSphere . 2022 May; 7(3):e0008722. PMID: 35638358
Rapid evolution of fungal pathogens poses a serious threat to medicine and agriculture. The mutation rate determines the pace of evolution of a fungal pathogen. Hypermutator fungal strains have an...
5.
Kodati S, Gambhir N, Yuen G, Adesemoye A, Everhart S
Plant Dis . 2022 Mar; 106(10):2689-2700. PMID: 35285264
and -like species of fungi that cause disease are known to have varying host ranges and aggressiveness. Accurate identification of these species causing disease is important for soybean disease management...
6.
Everhart S, Gambhir N, Stam R
Phytopathology . 2020 Dec; 111(1):12-22. PMID: 33337245
With ever-decreasing sequencing costs, research on the population biology of plant pathogens is transitioning from population genetics-using dozens of genetic markers or polymorphism data of several genes-to population genomics-using several...
7.
Gambhir N, Kamvar Z, Higgins R, Amaradasa B, Everhart S
Phytopathology . 2020 Dec; 111(1):160-169. PMID: 33320026
Stress from exposure to sublethal fungicide doses may cause genomic instability in fungal plant pathogens, which may accelerate the emergence of fungicide resistance or other adaptive traits. In a previous...