0000000001255045

AUTHOR

Catherine A. Zabinski

showing 11 related works from this author

Importance of dispersal and thermal environment for mycorrhizal communities: lessons from Yellowstone National Park

2011

International audience; The relative importance of dispersal and niche restrictions remains a controversial topic in community ecology, especially for microorganisms that are often assumed to be ubiquitous. We investigated the impact of these factors for the community assembly of the root-symbiont arbuscular mycorrhizal fungi (AMF) by sampling roots from geothermal and nonthermal grasslands in Yellowstone National Park (YNP), followed by sequencing and RFLP of AMF ribosomal DNA. With the exception of an apparent generalist RFLP type closely related to Glomus intraradices, a distance-based redundancy analysis indicated that the AMF community composition correlated with soil pH or pH-driven c…

Wyoming0106 biological sciencesMetacommunitycharacteristicshabitatYellowstone National Parkparc national de YellowstoneBiologyPoaceaecomplex mixtures010603 evolutionary biology01 natural sciencesHot Springstype de solsoilrestriction fragment length polymorphismsMycorrhizaeSoil pHBotanyAnimalsEcosystemSoil MicrobiologyEcology Evolution Behavior and Systematicsarbuscular mycorrhizal fungi community composition dispersal2. Zero hungerEcological nicheBisonCommunitypHEcologyfungiCommunity structuretemperaturefood and beveragesPlant communityHydrogen-Ion Concentration15. Life on landnicheBiological dispersalRFLP[SDE.BE]Environmental Sciences/Biodiversity and EcologySoil microbiologyPolymorphism Restriction Fragment Length010606 plant biology & botanyEcology
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Appendix B. Plant species observed within the three nonthermal grasslands.

2016

Plant species observed within the three nonthermal grasslands.

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Appendix J. Phylogenetic tree of Paraglomus based on ITS 1, 5.85 rDNA, and ITS 2.

2016

Phylogenetic tree of Paraglomus based on ITS 1, 5.85 rDNA, and ITS 2.

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Appendix D. Presence of RFLP types in the five geothermal and three nonthermal grasslands sampled.

2016

Presence of RFLP types in the five geothermal and three nonthermal grasslands sampled.

food and beveragesnatural sciencescomplex mixtures
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Appendix F. Phylogenetic tree of Glomus group A based on ITS 1, 5.85 rDNA, and ITS 2.

2016

Phylogenetic tree of Glomus group A based on ITS 1, 5.85 rDNA, and ITS 2.

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Appendix E. RFLP species accumulation curves for the geothermal and non-thermal grasslands.

2016

RFLP species accumulation curves for the geothermal and non-thermal grasslands.

food and beveragesnatural sciencescomplex mixtures
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Appendix G. Phylogenetic tree of Scutellospora based on 18S.

2016

Phylogenetic tree of Scutellospora based on 18S.

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Appendix C. Ribotype name, their closest BLASTN match, fragment sizes with Mbo1 and Hinf1 digestion, and accession numbers.

2016

Ribotype name, their closest BLASTN match, fragment sizes with Mbo1 and Hinf1 digestion, and accession numbers.

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Appendix I. Phylogenetic tree of Archaeospora based on ITS 1, 5.85 rDNA, and ITS 2.

2016

Phylogenetic tree of Archaeospora based on ITS 1, 5.85 rDNA, and ITS 2.

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Appendix H. Phylogenetic tree of Acaulospora based on ITS 1, 5.85 rDNA, and ITS 2.

2016

Phylogenetic tree of Acaulospora based on ITS 1, 5.85 rDNA, and ITS 2.

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Appendix A. GPS coordinates, harvest dates, soil temperature measured, and PCR (polymerase chain reaction) success of the five geothermal and three n…

2016

GPS coordinates, harvest dates, soil temperature measured, and PCR (polymerase chain reaction) success of the five geothermal and three nonthermal sites.

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