David Huff
Professor of Turfgrass Breeding and Genetics
-
210 ASI
University Park, PA - drh15@psu.edu
- 814-863-9805
Research Summary
Population genetics. Plant evolution and ecology. Crop improvement. Physiological tolerance to biotic and abiotic stress.
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Publication Tags
These publication tags are generated from the output of this researcher. Click any tag below to view other Huck researchers working on the same topic.
Breeding Poa Poaceae Poa Annua Infection Seed Seed Yield Lawns And Turf Poa Pratensis Cool Season Grasses Yield Components Fungi Genome Grasses Disorders Of Sex Development Bouteloua Dactyloides Species Identification Rna Biomass Epigenetics Pistil Allocation Introns Diploidy Biological SciencesMost Recent Publications
Het ontwikkelen van straatgras cultivars voor putting greens: de research op Penn State University om het zeer gevarieerde straatgras te temmen
DR Huff, Greenkeeper: vakblad voor greenkeeping on p. 47–49
Global DNA methylation predicts epigenetic reprogramming and transgenerational plasticity in Poa annua L
Christopher W. Benson, Qing Mao, David R. Huff, 2021, Crop Science on p. 3011-3022
Development of ent-kaurene oxidase-based conserved intron spanning primers for species identification in the genus poa (poaceae; bluegrass)
Jonathan M. LaMantia, Ambika Chandra, David R. Huff, 2018, Agronomy
Characterizing small RNA profiles in allotetraploid poa annua L. And its diploid parents
Qing Mao, David R. Huff, 2017, Crop Science on p. S-13-S-25
Draft Genome sequence of Salmacisia buchloëana (Basidiomycota), which induces hermaphroditism in dioecious buffalograss
David R. Huff, Tom Hsiang, Ambika Chandra, Yu Zhang, 2017, Microbiology Resource Announcements
Cool-season grasses: Biology and breeding
Stacy A. Bonos, David R. Huff, 2015, on p. 591-660
The evolutionary arms race between golf course superintendents and Poa annua.
David Huff, 2015,
Bluegrasses
W. F. Wedin, David R. Huff, 2015, on p. 665-690
Pistil smut infection increases ovary production, seed yield components, and pseudosexual reproductive allocation in buffalograss
Ambika Chandra, David R. Huff, 2014, Plants on p. 512-594
Cool-season grasses: Biology and breeding
Stacy Bonos, David Huff, 2013, Turfgrass: Biology, Use, and Management on p. 591–660
Most-Cited Papers
Cool-season grasses: Biology and breeding
Stacy A. Bonos, David R. Huff, 2015, on p. 591-660
Pistil smut infection increases ovary production, seed yield components, and pseudosexual reproductive allocation in buffalograss
Ambika Chandra, David R. Huff, 2014, Plants on p. 512-594
Global DNA methylation predicts epigenetic reprogramming and transgenerational plasticity in Poa annua L
Christopher W. Benson, Qing Mao, David R. Huff, 2021, Crop Science on p. 3011-3022
Bluegrasses
W. F. Wedin, David R. Huff, 2015, on p. 665-690
Characterizing small RNA profiles in allotetraploid poa annua L. And its diploid parents
Qing Mao, David R. Huff, 2017, Crop Science on p. S-13-S-25
Draft Genome sequence of Salmacisia buchloëana (Basidiomycota), which induces hermaphroditism in dioecious buffalograss
David R. Huff, Tom Hsiang, Ambika Chandra, Yu Zhang, 2017, Microbiology Resource Announcements
Development of ent-kaurene oxidase-based conserved intron spanning primers for species identification in the genus poa (poaceae; bluegrass)
Jonathan M. LaMantia, Ambika Chandra, David R. Huff, 2018, Agronomy
Cool-season grasses: Biology and breeding
Stacy Bonos, David Huff, 2013, Turfgrass: Biology, Use, and Management on p. 591–660
The evolutionary arms race between golf course superintendents and Poa annua.
David Huff, 2015,
News Articles Featuring David Huff
Apr 19, 2021
Penn State study: Poa annua remembers being mowed
Discovery by Dr. David Huff and research team could lead to seed production for greens.
Full Article
Apr 19, 2021
Plant Biology Students Help Solve Mystery of Turfgrass "Memory"
Poa annua, or annual bluegrass, a turfgrass species commonly found on golf course putting greens around the world, possesses transgenerational memory, “remembering” whether its parent was mowed or not mowed, according to a new study by Penn State researchers.
Full Article