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Your search keyword '"Jeremy Dean"' showing total 5 results
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5 results on '"Jeremy Dean"'

1. Description of five new Aname L. Koch, 1873 (Araneae, Anamidae) species collected on Bush Blitz expeditions

Author

Jeremy Dean Wilson, Michael Gordon Rix, and Mark Stephen Harvey

Subjects
Australian Biological Resources Study, integrative taxonomy, Nemesioidina, trapdoor spider, wishbone spide, Zoology, QL1-991, Botany, QK1-989
Abstract

Aname L. Koch, 1873 is an incredibly diverse genus of mygalomorph spiders endemic to Australia, occurring from coast to coast in tropical, semi-arid and arid bioregions. They are relatively gracile mygalomorph spiders that build open burrows, sometimes with a secondary entrance that functions as an escape chute. The genus currently contains 48 species, but the true diversity is likely to be closer to 200 species. Here we describe five new species (A. ningaloo sp. nov., A. salina sp. nov., A. tatarnici sp. nov., A. tenuipes sp. nov. and A. wongalara sp. nov.), primarily based on specimens collected on Bush Blitz expeditions in Western Australia (Cape Range, 2019), South Australia (Great Victoria Desert, 2017) and the Northern Territory (Wongalara, 2012). We complement these descriptions with a molecular phylogenetic analysis to place all new species into an existing phylogenetic framework.

Published
2023
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4. Description of five new Aname L. Koch, 1873 (Araneae, Anamidae) species collected on Bush Blitz expeditions

Author

Wilson, Jeremy Dean, Rix, Michael Gordon, Harvey, Mark Stephen, Wilson, Jeremy Dean, Rix, Michael Gordon, and Harvey, Mark Stephen

Abstract

Aname L. Koch, 1873 is an incredibly diverse genus of mygalomorph spiders endemic to Australia, occurring from coast to coast in tropical, semi-arid and arid bioregions. They are relatively gracile mygalomorph spiders that build open burrows, sometimes with a secondary entrance that functions as an escape chute. The genus currently contains 48 species, but the true diversity is likely to be closer to 200 species. Here we describe five new species (A. ningaloo sp. nov., A. salina sp. nov., A. tatarnici sp. nov., A. tenuipes sp. nov. and A. wongalara sp. nov.), primarily based on specimens collected on Bush Blitz expeditions in Western Australia (Cape Range, 2019), South Australia (Great Victoria Desert, 2017) and the Northern Territory (Wongalara, 2012). We complement these descriptions with a molecular phylogenetic analysis to place all new species into an existing phylogenetic framework.

Published
2023

5. Genome Sequences of 22 T1-like Bacteriophages That Infect Enterobacteriales

Author

Alyssa Cranston, Parker Danielson, Daniel K. Arens, Austin Barker, Elisabeth K. Birch, Hannah Brown, Emilee Carr, Paige Cero, Jacob Chow, Elisa Correa, Jeremy Dean, Matthew Dunn, Nathaniel Eberhard, Ashley Egbert, Kent Foster, Rochelle Gaertner, Austen Gleave, Alex Gomez, J. Ben Gordon, Evan B. Harris, Corden Heaps, Matthew Hyer, Austin Johnson, Liam Johnson, Minji Kim, Jared L. Kruger, Thomas Leonard, Austin LeSueur, Sophia Lima, Naomi Marshall, Rebecca Moulton, Colleen R. Newey, Daniel Owen, Audra Packard, Alexis Rolfson, Aurora R. Suorsa, Walter Rodriguez, Claudia Sandoval, Ruchira Sharma, Ashley Smith, Carson Sork, Coby Soule, Silvia Soule, Jared Stewart, Tyson Stoker, Daniel W. Thompson, Trever Thurgood, Jamison Walker, Ethan Zaugg, Sherwood R. Casjens, and Julianne H. Grose

Subjects
Immunology and Microbiology (miscellaneous), Genetics, Molecular Biology
Abstract

Here, the full genome sequences of 22 T1-like bacteriophages isolated from wastewater are reported. Eight (BlueShadow, Brooksby, Devorator, ElisaCorrea, Reinasaurus, SorkZaugg, Supreme284, ZeroToHero) were isolated on Citrobacter , six on Klebsiella (Chell, FairDinkum, HazelMika, Opt-817, P528, PeteCarol), and eight on Escherichia (Fulano1, Mishu, Opt-719, PhleaSolo, Punny, Poky, Phunderstruck, Sadiya).

Published
2022
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