David H Gent
Overview
Explore the profile of David H Gent including associated specialties, affiliations and a list of published articles.
Author names and details appear as published. Due to indexing inconsistencies, multiple individuals may share a name, and a single author may have variations. MedLuna displays this data as publicly available, without modification or verification
Snapshot
Snapshot
Articles
69
Citations
236
Followers
0
Related Specialties
Related Specialties
Top 10 Co-Authors
Top 10 Co-Authors
Published In
Published In
Affiliations
Affiliations
Soon will be listed here.
Recent Articles
1.
Hwang J, Bhattacharyya S, Chatterjee S, Marsh T, Pedro J, Gent D
Phytopathology
. 2024 Aug;
114(10):2287-2299.
PMID: 39120962
Methods for causal inference from observational data are common in human disease epidemiology and social sciences but are used relatively little in plant pathology. We draw upon an extensive data...
2.
Ojwang A, Lloyd A, Bhattacharyya S, Chatterjee S, Gent D, Ojiambo P
PeerJ
. 2024 Jul;
12:e17649.
PMID: 39056053
Objective: Surveillance is critical for the rapid implementation of control measures for diseases caused by aerially dispersed plant pathogens, but such programs can be resource-intensive, especially for epidemics caused by...
3.
Garcia-Figuera S, Lowder S, Lubell M, Mahaffee W, McRoberts N, Gent D
Annu Rev Phytopathol
. 2024 May;
62(1):357-384.
PMID: 38724018
Plant disease epidemics often transcend land management boundaries, creating a collective-action problem where a group must cooperate in a common effort to maximize individual and group benefits. Drawing upon the...
4.
Gent D, Adair N, Hatlen R, Miles T, Richardson B, Rivedal H, et al.
Plant Dis
. 2024 May;
108(9):2820-2829.
PMID: 38715156
Detection and quantification of pathogen propagules in the air or other environmental samples is facilitated by culture-independent assays. We developed a quantitative PCR assay for the hop powdery mildew fungus,...
5.
Havill J, Richardson B, Rohwer C, Gent D, Henning J, Muehlbauer G
Theor Appl Genet
. 2023 Jun;
136(7):154.
PMID: 37318664
Two QTL were identified using linkage mapping approaches, one on hop linkage group 3 (qHl_Chr3.PMR1) associated with powdery mildew resistance and a second on linkage group 10 (cqHl_ChrX.SDR1) associated with...
6.
Pearce T, Scott J, Wilson C, Gent D
Phytopathology
. 2023 May;
113(10):1946-1958.
PMID: 37129263
Emergence of pathogens with decreased sensitivity to succinate dehydrogenase inhibitor fungicides is a global agronomical issue. Analysis of isolates ( = 173), which cause tan spot of pyrethrum (), collected...
7.
Richardson B, Gent D
Plant Dis
. 2023 Apr;
107(11):3430-3436.
PMID: 37079010
, causal agent of hop downy mildew, is known to survive winter as systemic mycelium in the crown and developing buds of hop (). Field studies were conducted over three...
8.
Thomas W, Borland T, Bergl D, Claassen B, Flodquist T, Montgomery A, et al.
Plant Dis
. 2022 Apr;
106(10):2601-2606.
PMID: 35486600
is an ascomycete that has been isolated from a broad range of plant hosts, including hop ( L.), where it acts as a causal agent of Fusarium canker, a disease...
9.
Gent D, Claassen B, Wiseman M, Wolfenbarger S
Plant Dis
. 2022 Jan;
106(6):1681-1689.
PMID: 34978868
The hop cultivar 'Cascade' possesses partial resistance to powdery mildew () that can be overcome by recently emerged, virulent isolates of the fungus. Given that hop is a long-lived perennial...
10.
Claassen B, Wolfenbarger S, Gent D
Plant Dis
. 2021 Nov;
106(4):1244-1252.
PMID: 34818909
Understanding of the physical mode of action of fungicides allows more efficient and effective application and can increase disease control. Greenhouse and field studies were conducted to explore the preinfection...