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Articles 1 - 22 of 22
Full-Text Articles in Life Sciences
Phemeranthus Rugospermus (Holz.) Kiger, Loy R. Phillippe, Daniel T. Busemeyer
Phemeranthus Rugospermus (Holz.) Kiger, Loy R. Phillippe, Daniel T. Busemeyer
Specimens by Name
No abstract provided.
Phemeranthus Rugospermus (Holz.) Kiger, William E. Mcclain
Phemeranthus Rugospermus (Holz.) Kiger, William E. Mcclain
Specimens by Name
No abstract provided.
Per Axel Rydberg’S Botanical Collecting Trips To Western Nebraska In 1890 And 1891, Robert B. Kaul, David M. Sutherland
Per Axel Rydberg’S Botanical Collecting Trips To Western Nebraska In 1890 And 1891, Robert B. Kaul, David M. Sutherland
Zea E-Books Collection
In the summer of 1891, Per Axel Rydberg and his assistant, Julius Hjalmar Flodman, collected plants in western Nebraska for the United States Department of Agriculture. They collected many first-records for Nebraska as well as some that became type specimens of Rydberg’s and other botanists’ names. In the following autumn and winter, Rydberg made a detailed, typewritten, carbon copied 35-page Report and 37-page List of specimens from that trip; one carbon copy is in the Bessey Herbarium (NEB) at the University of Nebraska–Lincoln. It is these documents that we present here, extensively annotated with our geographic clarifications, original and updated …
Frémont Island: Great Salt Lake, Utah, Stanley L. Welsh, Dale Gardner, Steve Durtschi
Frémont Island: Great Salt Lake, Utah, Stanley L. Welsh, Dale Gardner, Steve Durtschi
Books by Faculty of the Monte L. Bean Life Science Museum
Abstract
This account is based mainly on two historical records of pioneering attempts that reached Frémont Island, i.e., Report of the Exploring Expeditions to the Rocky Mountains in the year 1842, and to Oregon and Northern California in the years 1843-‘44, by Brevet Captain J. C. Frémont of the Topographical Engineers Under the orders of Co. J. J. Abert, Chief of the Topographical Bureau. Printed by order of the Senate of the United States. Washington: Gales and Seaton Printers, 1845, and especially pages 151–159 of that report, as presented in narrative form in pages 43–47 of the John Charles …
Herbaceous 2016, Julia I. Chapman, Keith E. Gilland, Ryan W. Mcewan
Herbaceous 2016, Julia I. Chapman, Keith E. Gilland, Ryan W. Mcewan
Data Files: Drew Woods Permanent Plots
Herbaceous vegetation data collected in 2016 at Drew Woods State Nature Preserve in Darke County, OH. Data key is provided in a supplemental file.
Viola Pubescens Var. Eriocarpa (Schwein.) N.H.Russell, Elisabet Ore
Viola Pubescens Var. Eriocarpa (Schwein.) N.H.Russell, Elisabet Ore
Specimens by Name
No abstract provided.
Viola Pedata L., Elisabet Ore
Viola Cucullata Moc. & Sessé Ex Ging., Elisabet Ore
Viola Cucullata Moc. & Sessé Ex Ging., Elisabet Ore
Specimens by Name
No abstract provided.
Hybanthus Concolor (T.F. Forst.) Spreng., John E. Ebinger
Hybanthus Concolor (T.F. Forst.) Spreng., John E. Ebinger
Specimens by Name
No abstract provided.
Viola Lanceolata L., Loy R. Phillippe, Paul B. Marcum
Viola Lanceolata L., Loy R. Phillippe, Paul B. Marcum
Specimens by Name
No abstract provided.
Ficus Aurea Nutt., Richard J. Abbott
Morus Alba L., Mcclain, Pichon
Morus Alba Var. Alba, John E. Ebinger
Parthenocissus Quinquefolia (L.) Planch.
Vitis Aestivalis F.Michx., Elisabet Ore
Vitis Aestivalis F.Michx., Elisabet Ore
Parthenocissus Quinquefolia (L.) Planch., Elisabet Ore
Parthenocissus Quinquefolia (L.) Planch., Elisabet Ore
Specimens by Name
No abstract provided.
Vitis Vulpina L., Mcclain
Vitis Aestivalis F.Michx., John E. Ebinger
Parthenocissus Quinquefolia (L.) Planch., John E. Ebinger
Parthenocissus Quinquefolia (L.) Planch., John E. Ebinger
Specimens by Name
No abstract provided.
Plant Functionality Across An Environmental Gradient, Taylor L. Price, Julie Zinnert
Plant Functionality Across An Environmental Gradient, Taylor L. Price, Julie Zinnert
Undergraduate Research Posters
Community assemblages provide insight into ecosystem processes, both spatially and temporally. They interact with biotic and abiotic factors that vary with habitat structure, influencing community composition. Ecological theory demonstrates that species have the potential for a wide fundamental niche, but habitat range may be restricted by factors exposed to species in their realized niche. In barrier island ecosystems, edaphic and environmental characteristics (e.g. elevation and distance to shoreline) are major drivers determining where and how plant communities establish. Physical stressors, such as salt stress and drought influence community grouping and can alter plant function within the environment. With projected increases …