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2022 ◽  
Author(s):  
Richard William Stoffle ◽  
Michaei J. Evans ◽  
Christooher Sittler Sittler ◽  
Desmond L. Berry ◽  
Kathleen Van Vlack

Abstract Climate change has been observed for hundreds of years by plant specialists of three Odawa Tribes in the Upper Great Lakes along Lake Michigan. Sleeping Bear Dunes National Lakeshore is the focus of two National Park Service-funded studies of Odawa Traditional Ecological Knowledge (TEK) of plants and ecosystems and climate change impacts on these. Data collected during these ethnobotany studies were designed to contribute to a Plant Gathering Agreement between the tribes and the park. This essay provides an analysis of these observations derived from 95 ethnographic interviews conducted by University of Arizona anthropologists. Odawa people recognize in the park 288 plants and five habitats of traditional and contemporary concern. Tribal representatives explained how 115 of these traditional plants and all five habitats are known from multigenerational eyewitness accounts to have been impacted by climate change.


2021 ◽  
Author(s):  
J.T. Gooley ◽  
N.M. Nieminski

<div>Table S1: Data sources for composite basement terranes. Table S2: Relative proportions of age fractions for composite basement terranes. Table S3: U-Th-Pb isotopic composition of detrital zircon analyzed at the University of Arizona LaserChron Center. Table S4: U-Th-Pb isotopic composition of detrital zircon analyzed at the University California, Santa Cruz. Table S5: Relative proportions of age fractions for Cenozoic East Coast Basin cover stratigraphy. Table S6: Relative proportions of age fractions for Cretaceous East Coast Basin cover stratigraphy. Table S7: Mixture modeling results for detrital zircon samples. Figure S1: Map of all samples from the basement terrane and cover stratigraphy with detrital zircon U-Pb ages. File S1: Systematic analysis of mixture modeling results. <br></div>


2021 ◽  
Author(s):  
J.T. Gooley ◽  
N.M. Nieminski

<div>Table S1: Data sources for composite basement terranes. Table S2: Relative proportions of age fractions for composite basement terranes. Table S3: U-Th-Pb isotopic composition of detrital zircon analyzed at the University of Arizona LaserChron Center. Table S4: U-Th-Pb isotopic composition of detrital zircon analyzed at the University California, Santa Cruz. Table S5: Relative proportions of age fractions for Cenozoic East Coast Basin cover stratigraphy. Table S6: Relative proportions of age fractions for Cretaceous East Coast Basin cover stratigraphy. Table S7: Mixture modeling results for detrital zircon samples. Figure S1: Map of all samples from the basement terrane and cover stratigraphy with detrital zircon U-Pb ages. File S1: Systematic analysis of mixture modeling results. <br></div>


2021 ◽  
pp. 030751332110429
Author(s):  
Kathryn Howley ◽  
Pearce Paul Creasman

The Third Intermediate Period temple tomb, or mortuary temple, of Nebneteru, most often referred to as the tomb of Khonsuirdis, was described by Petrie as ‘one of the most prominent landmarks of the western side of Thebes’, yet remains little discussed in the scholarly literature. It was excavated by Petrie in the 1890s and more fully by an Italian team in the 1970s, but never fully published. The scattered references to archaeological and textual evidence for the monument and those interred within it are surveyed in this article, including new evidence from the University of Arizona Egyptian Expedition’s excavations at the adjoining site of the Tausret Memorial Temple. In light of recently updated understandings of Third Intermediate Period material culture, an argument is made for a revised early Twenty-Fifth Dynasty dating of the monument. The mortuary temple of Nebneteru, though little known, offers a rare and interesting glimpse into the funerary belief and practice of the Egyptian high élite in the early Twenty-Fifth Dynasty.


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