Frederick D. Dooley

Frederick D. Dooley
  • Everett Community College

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16
Publications
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304
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Publications

Publications (16)
Data
Figure S1. Bayesian inference tree of COI sequences of Nautilus pompilius sequences from our study and sequences of all nonredundant Nautilus spp. sequences from GenBank (in bold); GenBank entries that had identical DNA sequences from the same collection location were not included in the analysis.
Data
Figure S2. Bayesian inference tree of 16S sequences of Nautilus pompilius from our study and sequences of N. macromphalus and Allonautilus scrobiculatus from GenBank.
Data
Table S1. Descriptions and defining characters of Nautilus species examined in this study.
Data
Table S3. AMOVA of all Nautilus spp. COI sequences from GenBank.
Data
Table S2. Information for GenBank sequences from previous studies used in phylogenetic analysis including species identifications from previous studies, collection sites (country and specific location), Genbank accessions for COI or 16S, and the publication or study that submitted the sequence.
Data
Table S4. Population average pairwise differences for samples from this study, using concatenated 16S‐COI sequences.
Data
Figure S3. Median‐joining network of COI haplotypes for Nautilus sp. from GenBank with 95% confidence.
Article
Full-text available
The cephalopod genus Nautilus is considered a "living fossil" with a contested number of extant and extinct species, and a benthic lifestyle that limits movement of animals between isolated seamounts and landmasses in the Indo-Pacific. Nautiluses are fished for their shells, most heavily in the Philippines, and these fisheries have little monitorin...
Article
Full-text available
The natural history of the nautilid genus Nautilus, composed of a controversial number of extinct and extant species, has been the subject of scientific scrutiny for centuries. While a great research effort lasting from the mid-1970s to 1990s contributed vast amounts of new information concerning the evolutionary history, current diversity, mode of...
Article
Phyllospadix scouleri is a common seagrass along the rocky intertidal coast of the Pacific Northwest. Previously we established a correlation between increased sulfide and hydrogen sulfide (H2S) and Zostera marina seedling senescence. While Z. marina grows in soft sediment environments, here we evaluate the possibility that P. scouleri may experien...
Article
Full-text available
The extant species of Nautilus and Allonautilus (Cephalopoda) inhabit fore-reef slope environments across a large geographic area of the tropical western Pacific and eastern Indian Oceans. While many aspects of their biology and behavior are now well-documented, uncertainties concerning their current populations and ecological role in the deeper, f...
Article
The study presented here examined the effects of administering hydrogen sulfide (H2S) to several ancient extant plant species to determine the organisms’ response to stress. Even though sulfur is an essential macronutrient required for growth and productivity, there are toxic compounds of this element that exert detrimental effects and produce phys...
Article
Successful establishment of seedlings in populations of Zostera marina (eelgrass), especially for restoration efforts using stored seeds, depends in part on viability and germination of seeds. Seeds of Z. marina were collected from plants and stored in seawater at 5 °C for up to several years. Seed viability, assessed with the viability stain, tetr...
Article
Full-text available
This study presents a novel way of enhancing plant growth through the use of a non-petroleum based product. We report here that exposing either roots or seeds of multicellular plants to extremely low concentrations of dissolved hydrogen sulfide at any stage of life causes statistically significant increases in biomass including higher fruit yield....

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