60 results on '"Yavapai"'
Search Results
2. Carlos Montezuma and the Emergence of American Indian Activism
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Crandall, Maurice
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- 2018
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3. During the Migration Time: Oral History, Violence, and Identity in the Prehistoric Verde Valley.
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Guebard, Matthew C.
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ORAL history , *HOPI (North American people) , *MIGRATION time (Chromatography) , *YAVAPAI (North American people) , *SINAGUA culture , *CULTURAL identity , *NATIVE American history ,MONTEZUMA Castle National Monument (Ariz.) - Abstract
Archaeological data supports Native American oral histories recounting violence, arson, and the abandonment of the Montezuma Castle (AZ O:5:14 [ASM]) and Castle A (AZ O:5:95 [ASM]) dwellings at the end of the fourteenth century. Oral histories provide context for this event by revealing larger patterns resulting in population emigration and the formation of cultural identities in the Verde Valley of central Arizona. The coordinated analysis of archaeological data and oral histories presented in this paper provide an accurate and insightful representation of past events and illustrate a strong connection between contemporary Native American communities and the archaeological sites at Montezuma Castle National Monument. [ABSTRACT FROM AUTHOR]
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- 2016
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4. Genetic analysis of the Yavapai Native Americans from West-Central Arizona using the Illumina MiSeq FGx™ forensic genomics system.
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Wendt, Frank R., Churchill, Jennifer D., Novroski, Nicole M.M., King, Jonathan L., Ng, Jillian, Oldt, Robert F., McCulloh, Kelly L., Weise, Jessica A., Smith, David Glenn, Kanthaswamy, Sreetharan, and Budowle, Bruce
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GENETIC markers ,BIOMARKERS ,NATIVE Americans ,SHORT tandem repeat analysis ,X chromosome - Abstract
Forensically-relevant genetic markers were typed for sixty-two Yavapai Native Americans using the ForenSeq™ DNA Signature Prep Kit.These data are invaluable to the human identity community due to the greater genetic differentiation among Native American tribes than among other subdivisions within major populations of the United States. Autosomal, X-chromosomal, and Y-chromosomal short tandem repeat (STR) and identity-informative (iSNPs), ancestry-informative (aSNPs), and phenotype-informative (pSNPs) single nucleotide polymorphism (SNP) allele frequencies are reported. Sequence-based allelic variants were observed in 13 autosomal, 3 X, and 3 Y STRs. These observations increased observed and expected heterozygosities for autosomal STRs by 0.081 ± 0.068 and 0.073 ± 0.063, respectively, and decreased single-locus random match probabilities by 0.051 ± 0.043 for 13 autosomal STRs. The autosomal random match probabilities (RMPs) were 2.37 × 10–26 and 2.81 × 10–29 for length-based and sequence-based alleles, respectively. There were 22 and 25 unique Y-STR haplotypes among 26 males, generating haplotype diversities of 0.95 and 0.96, for length-based and sequencebased alleles, respectively. Of the 26 haplotypes generated, 17 were assigned to haplogroup Q, three to haplogroup R1b, two each to haplogroups E1b1b and L, and one each to haplogroups R1a and I1. Male and female sequence-based X-STR random match probabilities were 3.28 × 10–7 and 1.22 × 10–6, respectively. The average observed and expected heterozygosities for 94 iSNPs were 0.39 ± 0.12 and 0.39 ± 0.13, respectively, and the combined iSNP RMP was 1.08 × 10–32. The combined STR and iSNP RMPs were 2.55 × 10–58 and 3.02 × 10–61 for length-based and sequence-based STR alleles, respectively. Ancestry and phenotypic SNP information, performed using the ForenSeq™ Universal Analysis Software, predicted black hair, brown eyes, and some probability of East Asian ancestry for all but one sample that clustered between European and Admixed American ancestry on a principal components analysis. These data serve as the first population assessment using the ForenSeq™ panel and highlight the value of employing sequence-based alleles for forensic DNA typing to increase heterozygosity, which is beneficial for identity testing in populations with reduced genetic diversity. [ABSTRACT FROM AUTHOR]
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- 2016
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5. Evidence for the ∼ 1.4 Ga Picuris orogeny in the central Colorado Front Range.
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Mahatma, Asha A., Kuiper, Yvette D., and Holm-Denoma, Christopher S.
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SHEAR zones , *LASER ablation , *MASS spectrometry , *POPULATION aging , *ZIRCON , *OROGENY , *AMALGAMATION - Abstract
• The first evidence for a ∼ 1.4 Ga quartzite in Colorado. • Widespread ∼ 1.4 Ga folds in the central Colorado Front Range. • The ∼ 1.4 Ga Picuris orogeny of New Mexico is pervasive in north-central Colorado. We present the first evidence for sedimentation and new evidence for penetrative deformation and metamorphism in the central Colorado Front Range associated with the ∼ 1.48–1.35 Ga Picuris orogeny. This orogeny has recently been recognized in New Mexico, Arizona and southern Colorado and may be part of a larger active accretionary margin that includes the ∼ 1.51–1.46 Ga Pinware and Baraboo events, in eastern Canada and central US respectively, that preceded the amalgamation of the Rodinian supercontinent. We demonstrate that in addition to ∼ 1.4 Ga reactivation of northeast-trending Paleoproterozoic shear zones, regional folding occurred in an area south of Mt. Evans, away from these shear zones. Detrital zircon from one quartzite yielded U–Pb laser ablation inductively coupled mass spectrometry (LA-ICPMS) major age populations of ∼ 1.81–1.61 Ga and ∼ 1.49–1.38 Ga, and minor ones of ∼ 1.90 Ga and ∼ 1.56 Ga. The Paleoproterozoic and ∼ 1.49–1.38 Ga populations have numerous local and regional sources. The ∼ 1.56 Ga age population may represent a minor exotic population as recognized in Defiance, Arizona the Yankee Joe and Blackjack Formations in Arizona, the Four Peaks area in Arizona, and the Tusas and Picuris Mountains in New Mexico. Alternatively it may be a result of mixing between zircon age domains reflecting the older and younger populations, or Pb loss from 1.81 to 1.61 Ga zircon. In-situ LA-ICPMS U–Pb analysis on monazite from four biotite schist samples yielded ∼ 1.74 Ga and ∼ 1.42 Ga age populations, and separate populations that show ∼ 1.68–1.47 Ga and ∼ 1.39–1.33 Ga age spreads. The ∼ 1.74 Ga and ∼ 1.68–1.47 Ga populations may be detrital or metamorphic. Monazite ages between ∼ 1.6 Ga and ∼ 1.5 Ga may be due to the mixing of age domains or Pb loss, because metamorphism during that time has not been recognized in Laurentia. The ∼ 1.42 Ga and ∼ 1.39–1.33 Ga populations are most likely metamorphic and consistent with the age of the ∼ 1.48–1.35 Ga Picuris orogeny. The evidence for ∼ 1.4 Ga sedimentation, and especially regional folding and metamorphism in the central Colorado Front Range indicate that the impact and extent of the Picuris orogeny in the southwestern U.S. are larger than previously thought. [ABSTRACT FROM AUTHOR]
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- 2022
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6. Supplemental Cultural Resources Survey for the Sonoran Solar Energy Project in Maricopa County, Arizona
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Tremblay, Adrienne M.
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Historic ,Patayan ,Metal ,El Paso Natural Gas Company’s California Lines 1100 ,O'odham ,PaleoIndian ,Hohokam ,Systematic Survey ,Concentrated Solar Thermal Energy Generation Plant ,Archaic ,Little Rainbow Valley ,Sonoran Solar Energy Project ,Road ,Komatke Road ,Yavapai ,Buckeye ,Maricopa ,El Paso Natural Gas Company’s California Lines 1103 ,Maricopa (County) - Abstract
Sonoran Solar is proposing to construct, operate, and decommission a solar-powered electrical generation facility in Maricopa County, Arizona. The Sonoran Solar Energy Project was originally proposed as a 375-megawatt dry-cooled Concentrated Solar Thermal energy generation plant located on 3,620 acres of BLM-managed lands in Maricopa County, Arizona. Because the proposed project was on federal land, the BLM completed a Final Environmental Impact Statement (FEIS) and issued a Record of Decision in 2011. The BLM selected Sub-alternative A1: Photovoltaic as the agency-preferred alternative over the Proposed Action because it needed less infrastructure, needed only two wells, and avoided most major issues with travel corridors, floodplains, and some of the need for wildlife and vegetation removal. Right-of-way (ROW) grants were issued by the BLM in 2012. Sonoran Solar is proposing to update the selected Sub-alternative A1 while pursuing the final project approvals/Notice to Proceed from the BLM and other federal, state, and local regulatory agencies for development of the Sonoran Solar Energy Project. The current BLM ROW grant covers 2,335.6 acres within the FEIS analysis area; Sonoran Solar’s current plans cover a total of 3,281 acres of BLM land. In compliance with Section 106 of the National Historic Preservation Act, a cultural resources survey of the entire FEIS analysis area and beyond was conducted by Environmental Planning Group (EPG) (Swanson et al. 2009). EPG surveyed a total of 8,646 acres (8,628.6 acres of BLM land and 17.1 acres of ASLD land); however, 73.92 additional acres outside EPG’s survey area are now needed because the area of potential effects (APE) extends beyond the area surveyed by EPG: 50.40 acres of BLM-administered land, 2.06 acres of ASLD land in an existing ROW for an access road, and 21.46 acres of private land. The 2.06 acres of ASLD land are in an existing ROW; however, it was unclear from EPGs report exactly how much of the ROW was surveyed, so a survey was deemed prudent at this time. The approximately 21 acres of private land is to accommodate pulling sites for a Gen-tie transmission line. The current route of the Gen-tie line was within the area previously surveyed by EPG; however, additional pulling areas will be needed for the construction of the transmission line. The BLM is a federal agency; therefore, the Sonoran Solar Energy Project is subject to review under Section 106 of the National Historic Preservation Act, which requires federal agencies to assess the effects of a proposed undertaking on historic properties (i.e., archaeological sites, buildings, structures, objects, or districts listed in or eligible for listing in the National Register of Historic Places [NRHP]). The access road on ASLD land is subject to the Arizona State Historic Preservation Act (ARS 41-861 et seq.), which assigns the chief administrator of each state agency responsibility for the preservation of historic properties owned or controlled by the agency. Sonoran Solar contracted SWCA Environmental Consultants (SWCA) to conduct a cultural resources survey of anticipated additional project area required for the project. The survey was intended to identify any historic properties in the additional project area and therefore support cultural resources review by the BLM and ASLD.
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- 2021
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7. The geochemistry and petrogenesis of the Paleoproterozoic Green Mountain arc: A composite(?), bimodal, oceanic, fringing arc
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Jones, Daniel S., Barnes, Calvin G., Premo, Wayne R., and Snoke, Arthur W.
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GEOCHEMISTRY , *PETROGENESIS , *PROTEROZOIC stratigraphic geology , *SEDIMENTARY rocks , *MAGMATISM , *CRUST of the earth , *EARTH (Planet) ,LAURENTIA (Continent) - Abstract
Abstract: The inferred subduction affinity of the ∼1780-Ma Green Mountain arc, a dominantly bimodal igneous terrane (together with immature marine and volcaniclastic sedimentary rocks) accreted to the southern margin of the Wyoming province, is integral to arc-accretion models of the Paleoproterozoic growth of southern Laurentia. Conversely, the dominantly bimodal nature of many putative arc-related igneous suites throughout southern Laurentia, including the Green Mountain arc, has also been used to support models of growth by extension of pre-existing crust. We report new geochemical and isotopic data from ∼1780-Ma gabbroic and granodioritic to tonalitic rocks of the Big Creek Gneiss, interpreted as consanguineous with previously studied metavolcanic rocks of the Green Mountain Formation. The ∼1780-Ma Big Creek Gneiss mafic rocks show clear geochemical signatures of a subduction origin and provide no supporting evidence for extensional tectonism. The ∼1780-Ma Big Creek Gneiss felsic rocks are attributed to partial melting of mafic and/or mixed lower-crustal material. The bimodal nature of the suite results from the combination of arc basalts and felsic crustal melts. The lack of andesite is consistent with the observed tholeiitic differentiation trend of the mafic magmas. The lower ɛ Nd(1780Ma) values for the felsic rocks vs. the mafic rocks suggest that the unexposed lower crust of the arc may be older than the arc and that Trans-Hudson- or Penokean-aged rocks possibly form the substratum of the arc. Our results reinforce previous interpretations that arc-related magmatism played a key role in the Paleoproterozoic crustal growth of southern Laurentia, but also support the possibility of unexposed older crust as basement to the arcs. [Copyright &y& Elsevier]
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- 2011
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8. New insights into the southern margin of the Archean–Proterozoic boundary in the north-central United States based on U–Pb, Sm–Nd, and Ar–Ar geochronology
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Van Schmus, W.R., Schneider, D.A., Holm, D.K., Dodson, S., and Nelson, B.K.
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GEOLOGICAL time scales , *PROTEROZOIC stratigraphic geology , *STRUCTURAL geology , *INCLUSIONS in igneous rocks - Abstract
Abstract: New geophysical analysis of the Precambrian basement in Minnesota–Iowa–Wisconsin indicates that an Archean–Proterozoic boundary (Spirit Lake trend) previously recognized in NW Iowa can be continued eastward into central Wisconsin and farther east as the Spirit Lake tectonic zone (SLtz). To test the age of Paleoproterozoic crust south of this structure, several subsurface samples of Precambrian basement from the north-central United States have been analyzed or re-examined using modern techniques of U–Pb, Sm–Nd, and 40Ar/39Ar geochronology. The results fill in a major data gap for the region and show that all U–Pb crystallization ages for samples south of the SLtz are geon 17 (1700–1800Ma). Bedrock core samples from eastern Nebraska are ca. 1760–1800Ma, and two samples from SE South Dakota, immediately south of the SLtz, yield ages of 1762±28Ma (Vermillion) and 1733±2Ma (Elk Point). Xenoliths from impact breccia in the Manson structure in north-central Iowa yield a similar age of ca. 1705±30Ma and metagabbro from SE Minnesota yields an age of 1760±9Ma. Farther to the northeast, zircons from Paleoproterozoic gneiss in the basement of Manitoulin Island, only a few km south of the Superior craton in Ontario, also yield a geon 17 age (1714±10Ma). Sm–Nd model ages (T DM) for samples immediately south of the SLtz fall in the range 1.9–2.2Ga, indicating limited involvement of Archean crust. In contrast, Sm–Nd T DM ages for samples north of the SLtz typically range from 2.5 to 3.0Ga, for both Paleoproterozoic plutons and Archean gneisses. Ion microprobe analyses of zircons from the Elk Point and Manson samples also show the presence of geon 16 overgrowths, indicating a strong regional thermal overprint during geon 16 accretion. This is supported by mid-geon 16 hornblende 40Ar/39Ar ages for samples from SE South Dakota and SE Minnesota. Although no U–Pb ages are available for juvenile basement beneath the ca. 1760Ma granite–rhyolite suite of southern Wisconsin, south of the SLtz, Sm–Nd model ages are typically ca. 1.9–2.0Ga, consistent with basement to the rhyolites being geon 17 in age. Collectively, the data require that most, if not all, of the Paleoproterozoic crust immediately south of the SLtz formed during geon 17 and probably represents eastward continuation, from Colorado, through Nebraska, of the Yavapai crustal province in the SW United States. Penokean (geon 18) crustal rocks are limited mainly to northern and central Wisconsin, east-central Minnesota, and northern Michigan. These results also show that medium grade (>500°C) tectonothermal effects of the subsequent geon 16 (≈Mazatzal) orogeny to the south continue into the north-central United States. Both terranes probably also continue eastward into Ontario, Canada and farther east into protolith of the Grenville Province. [Copyright &y& Elsevier]
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- 2007
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9. New Mexico middle-crustal cross sections: 1.65-Ga macroscopic geometry, 1.4-Ga thermal structure, and continued problems in understanding crustal evolution.
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Williams, M. L., Karlstrom, K. E., Lanzirotti, A., Read, A. S., Bishop, J. L., Lombardi, C. E., Pedrick, J. N., and Wingsted, M. B.
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STRUCTURAL geology ,FOLDS (Geology) ,GEOMETRY ,METAMORPHISM (Geology) - Abstract
Recent detailed work in key regions along two north-south transects in northern New Mexico highlights continued controversy about Proterozoic tectonic evolution. Ductile deformation features (folds, ductile thrusts, and associated foliations and lineations) are grouped into three deformation generations. D[sub1] includes cryptic bedding-parallel foliation and fold nappes. D[sub2] involves north-verging, km-scale inclined folds, the main shortening foliation, and D[sub2], structures that further attenuate or reactivate F[sub2] folds. D[sub3] involves east-west-trending open folds and domes and associated crenulation cleavage. Although others can dominate locally, S[sub2] is the dominant regional foliation that could possibly be imaged seismically. Map relationships around ca. 1.65- and ca. 1.42-Ga plutons and porphyroblast-matrix studies of dated minerals show that D[sub3] occurred at ca. 1.42. The age of D[sub2] is more uncertain and could be 1.65 or 1.42 Ga. Metamorphic studies also indicate multiple metamorphic events, M[sub1]-M[sub3], that may relate to the deformational events. New geochronology indicates that most metamorphic minerals grew (or were reset) at ca. 1.47-1.35 Ga. U-Pb dates on metamorphic zircon, monazite, titanite, staurolite, garnet, and tourmaline suggest regional metamorphism to 550-700°C at 1.47-1.42 Ga. Metamorphic aureoles are present around plutons, but the highest grades of metamorphism are in areas with no exposed 1.42-Ga plutons. Metamorphism is interpreted to record a regional mantle-driven thermal event, the latter parts of which correspond to a time of pluton emplacement. [sup40]Ar/[sup39]Ar dates record post-1.42-Ga cooling: the highest grade rocks yield the youngest cooling ages, indicating slow cooling and gradual unroofing of the 1.42-Ga thermal profile following 1.42-Ga metamorphism. Our preferred model is that macroscopic geometries (D[sub1]-D[sub2]) were established by 1.65 Ga, and that regional amphibolite-grade... [ABSTRACT FROM AUTHOR]
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- 1999
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10. Dinah Hood, 'The State Is Supreme': Arizona, 1863–1935
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Jagodinsky, Katrina, author
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- 2016
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11. Power, Policy and Paperwork: The Bureaucratic Representation of Interests.
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Espeland, Wendy
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GOVERNMENT publications , *DAMS , *NATIVE Americans , *POWER (Social sciences) , *SOCIAL impact - Abstract
This article compares how five government documents evaluate a proposed dam in Central Arizona. One of the consequences of this dam would be to force a small Native American community from their ancestral land. Spanning almost forty years, these documents illustrate changes in how a federal agency legitimated these projects and their negative social impacts to different audiences. These records are used here to argue for the importance of careful textual analysis of bureaucratic paperwork, as an additional form of understanding the multiple dimensions of social, economic, and political power over disempowered groups. [ABSTRACT FROM AUTHOR]
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- 1993
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12. Growth, overprinting, and stabilization of Proterozoic provinces in the southern Lake Superior region.
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Holm, Daniel, Medaris, L. Gordon, McDannell, Kalin T., Schneider, David A., Schulz, Klaus, Singer, Bradley S., and Jicha, Brian R.
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PROTEROZOIC Era , *ISLAND arcs , *DIKES (Geology) , *LAKES , *OROGENY , *ARCHAEAN , *PROVINCES - Abstract
• 1890 Ma minimum age of Paleoproterozoic Pembine ophiolite. • Post-Penokean 1817 Ma mafic dikes indicate extension prior to geon 17 Yavapai accretion. • Mafic dikes strongly deformed and metamorphosed during Yavapai accretion. • Subsequent geon 16 Mazatzal and geon 14 Wolf River overprinting was lower grade. • Stabilization of Proterozoic provinces at geon 11–10 related to widespread magmatic underplating. New geochronologic data in the southern Lake Superior region provide key information on the timing and nature of tectonic activity that pre-and post-date initial Paleoproterozoic growth of Laurentia during the geon 18 Penokean orogeny. The obducted Pembine ophiolite formed along the edge of a Paleoproterozoic ocean basin at least 30 m.y. prior to Penokean island arc/microcontinent accretion beginning at 1860 Ma. Following Penokean orogenesis, intrusion of mafic dikes at 1817 ± 2 Ma indicate a period of extension that coincided with a 30 m.y. gap in orogenic felsic magmatism at 1835–1805 Ma (between the Penokean and Yavapai orogenies) and likely represents relaxation of Penokean compression and a tectonic switch to intra-arc extension related to initiation of Yavapai subduction. Subsequent Yavapai arc accretion (1750–1720 Ma) resulted in pervasive ductile deformation of the dikes and host rocks at temperatures of ~700 °C, previously attributed to Penokean deformation. Geon 16 Mazatzal overprinting of the accreted Penokean and Yavapai provinces was widespread but of overall lower metamorphic grade (greenschist facies), and the thermal effects of the 1476–1470 Ma shallow level Wolf River batholith was limited to a 10–15 km wide contact zone surrounding the intrusion. In contrast to the Archean Superior Province to the north, Paleoproterozoic terranes in the southern Lake Superior area experienced widespread low-temperature reheating and cooling of shallow crustal levels at ca. 1.1–1.0 Ga attributed primarily to magmatic underplating with little subsequent Neoproterozoic exhumation. In the southern Lake Superior region widespread magmatic underplating likely thickened, strengthened, and stabilized Proterozoic Penokean-Mazatzal lithosphere but destabilized Archean cratonized Superior Province lithosphere to the north. [ABSTRACT FROM AUTHOR]
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- 2020
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13. A Cultural Resources Survey of 72.4 Miles (1,755 Acres) within the Tonto National Forest for the Salt River Project Coronado to Silverking 500-kV Transmission Line in Gila and Pinal Counties, Arizona
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Cook, Reese, Bustoz, David, and Steinbach, Erik
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Platform Mound ,AR-03-12-05-1122 ,Artifact Scatter ,AZ V:1:22 (ASM) ,AR-03-12-05-00276 ,AR-03-12-05-01089 ,AR-03-12-05-00274 ,AR-03-12-05-01088 ,AR-03-12-05-00301 ,Ancient Structure ,AR-03-12-05-00309 ,AR-03-12-06-02935 ,Formative Period ,AR-03-12-05-01193 ,AR-03-12-05-01197 ,PaleoIndian ,AR-03-12-05-01196 ,AR-03-12-05-01195 ,AR-03-12-05-01194 ,AR-03-12-05-00266 ,AR-03-12-05-00258 ,Road ,AR-03-12-02-00291 ,AZ V:5:34 (ASU) ,Central Arizona Tradition ,AR-03-12-06-02943 ,Pinal (County) ,AR-03-12-04-00878 ,Mine ,House ,Colcord Road ,AR-03-12-06-00616 ,AR-03-12-06-00618 ,AZ V:1:6 (ASM) ,Historic Native American ,Chipped Stone ,AR-03-12-05-1111 ,Ceramic ,Archaic ,Salado ,Gila (County) ,AR-03-12-02-01764 ,AR-03-12-02-01765 ,Historic ,AR-03-12-02-00239 ,Cave ,Rock Alignment ,Unnumbered site 5 ,Historic Structure ,AR-03-12-05-00622 ,AZ V:5:30 (ASM) ,AR-03-12-05-00109 ,Building Materials ,Rock Shelter ,Protohistoric ,AR-03-12-02-01332 ,AR-03-12-02-01333 ,AR-03-12-06-03044 ,AR-03-12-06-03047 ,Metal ,AR-03-12-06-03045 ,AZ V:5:43 (ASM) ,AR-03-12-06-03046 ,Hohokam ,Encampment ,Apache ,Wood ,AZ V:1:23 (ASM) ,AR-03-12-06-00607 ,AR-03-12-06-00609 ,Ground Stone ,AR-03-12-05-00614 ,Tonto National Forest ,AR-03-12-05-00619 ,AZ U:12:26 (ASU) ,Petroglyph ,Corral ,AR-03-12-02-00337 ,AR-03-12-02-00338 ,AR-03-12-05-00291 ,AR-03-12-05-00294 ,AZ U:12:93 (ASM) ,AZ U:12:70 (ASM) ,AR-03-12-02-00180 ,AR-03-12-05-00604 ,AR-03-12-05-00449 ,AZ V:1:8(ASM) ,Room Block / Compound / Pueblo ,AR-03-12-05-01090 ,AZ V:5:33 (ASM) ,Water Control Feature ,Systematic Survey ,AR-03-12-02-02092 ,AR-03-12-02-02091 ,AR-03-12-02-02094 ,Yavapai ,AR-03-12-02-02093 ,AR-03-12-02-02096 ,AR-03-12-02-02095 ,AR-03-12-05-00712 ,Glass ,AZ U:12:59 (ASM) ,AR-03-12-06-01634 ,AZ V:5:44 (ASM) - Abstract
SRP requested that Logan Simpson conduct an intensive cultural resources survey of a 72.4-mile-long and 200-ft-wide (1,755-acre) segment of the SRP Coronado to Silverking 500-kV transmission line within the TNF and private land. This survey was requested for general inventory purposes and also in advance of proposed vegetation-maintenance activities within the project corridor. In addition, SRP may conduct maintenance or construction projects within the limits of the project corridor. Vegetation maintenance will be performed with mechanical mowing equipment, mounted on a track hoe or a rubber-tired frontend loader, and by hand-cutting using chain saws. All vegetation removal activities will be confined to the 200-ft-wide corridor with the exception of possible hazard tree removal, which would be accomplished using hand-cutting with chain saws only. Any disturbances that cannot be confined to the project corridor would be covered by a separate cultural resources survey once such areas are identified.
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- 2017
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14. Phase 2 Data Recovery Investigations at AZ T:4:150(ASM), A Multicomponent Hohokam, Yavapai, and Euroamerican Rockshelter Site at Lake Pleasant Regional Park, Yavapai County, Arizona
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System User
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Historic ,Dating Sample ,Domestic Structure or Architectural Complex ,Arizona (State / Territory) ,Domestic Structures ,Archaeological Overview ,Lake Pleasant Regional Park ,AZ T:4:150 (ASM) ,Protein Residue Analysis ,Phase 2 Data Recovery ,Rock Shelter ,Protohistoric ,Gila Butte Phase ,Chipped Stone ,Yavapai (County) ,Hohokam ,Macrobotanical ,Radiocarbon Analysis ,Ceramic ,Data Recovery / Excavation ,Euroamerican ,Fauna ,Yavapai ,1920's-1940's ,Ground Stone ,Historic Period ,Colonial Period ,Late Historic period ,Classic Period ,Artifact Analysis - Abstract
At the request of the Bureau of Reclamation-Phoenix Area Office, ACS conducted Phase 2 data recovery at the Lake Pleasant Rockshelter site (AZ T:4:150[ASM]), Yavapai County, Arizona. Based on the results of Phase 1 investigations conducted at the site (Pinter et al. 2009), Reclamation determined that potentially significant subsurface cultural deposits were present that could provide important new data on prehistoric, protohistoric, and historic Native American and Euroamerican occupation of the general area. The proposed work plan for Phase 2 (Pinter et al. 2009) was accepted by Reclamation, and was implemented in two sessions due to inclement weather and rising lake levels. The first session occurred in January 2010, followed by a hiatus to allow the lake level to drop and the weather to cool; the second and final session occurred in late September 2010.
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- 2011
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15. Detrital Zircon Evidence for Mixing of Mazatzal Province Age Detritus With Yavapai Age (ca. 1700-1740 Ma) and Older Detritus in the ca. 1650 Ma Mazatzal Province of Central New Mexico, USA
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Wallace, Daniel Patrick and Wallace, Daniel Patrick
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Preliminary detrital zircon age distributions from Mazatzal crustal province quartzite and schist exposed in the Manzano Mountains and Pedernal Hills of central New Mexico are consistent with a mixture of detritus from Mazatzal age (ca. 1650 Ma), Yavapai age (ca. 1720 Ma.), and older sources. A quartzite sample from the Blue Springs Formation in the Manzano Mountains yielding 67 concordant grain analyses shows two dominant age peaks of 1737 Ma and 1791 Ma with a minimum peak age of 1652 Ma. Quartzite and micaceous quartzite samples from near Pedernal Peak give unimodal peak ages of ca. 1695 Ma and 1738 Ma with minimum detrital zircon ages of ca. 1625 Ma and 1680 Ma, respectively. A schist sample from the southern exposures of the Pedernal Hills area gives a unimodal peak age of 1680 Ma with a minimum age of ca. 1635 Ma. Minor amounts of older detritus (>1800 Ma) possibly reflect Trans-Hudson, Wyoming, Mojave Province, and older Archean sources and aid in locating potential source terrains for these detrital zircon. The Blue Springs Formation metarhyolite from near the top of the Proterozoic section in the Manzano Mountains yields 71 concordant grains that show a preliminary U-Pb zircon crystallization age of 1621 ¿ 5 Ma, which provides a minimum age constraint for deposition in the Manzano Mountains. Normalized probability plots from this study are similar to previously reported age distributions in the Burro and San Andres Mountains in southern New Mexico and suggest that Yavapai Province age detritus was deposited and intermingled with Mazatzal Province age detritus across much of the Mazatzal crustal province in New Mexico. This data shows that the tectonic evolution of southwestern Laurentia is associated with multiple orogenic events. Regional metamorphism and deformation in the area must postdate the Mazatzal Orogeny and ca. 1610 Ma ¿ 1620 Ma rhyolite crystallization and is attributed to the Mesoproterozoic ca. 1400 ¿ 1480 Ma Picuris Orogeny.
- Published
- 2014
16. Phase 2 Data Recovery Investigations at AZ T:4:150(ASM), A Multicomponent Rockshelter: Photo Log
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Archaeological Consulting Services, Ltd.
- Subjects
Fire Cracked Rock ,Gila Butte Phase ,Historic Native American ,Chipped Stone ,Metal ,Hohokam ,Macrobotanical ,Ceramic ,Tule Creek ,AZ T:4:150(ASM) ,Data Recovery / Excavation ,Lake Pleasant Regional Park ,Euroamerican ,Fauna ,Protohistoric Period ,Yavapai ,Ground Stone ,Agua Fria River ,Historic Period ,Pollen ,Hohokam Early Classic period ,Rock Shelter ,Glass ,Hohokam Colonial period - Abstract
ACS conducted Phase 2 data recovery at the Lake Pleasant Rockshelter site (AZ T:4:150[ASM]) in 2010 at the request of the Bureau of Reclamation, Phoenix Area Office. The proposed work plan for Phase 2 (Pinter et al. 2009) was accepted by Reclamation, and was implemented in two sessions due to inclement weather and rising lake levels. The first session occurred in January 2010, followed by a hiatus to allow the lake level to drop and the weather to cool; the second and final session occurred in late September 2010. The results of Phase 2 data recovery, which completely excavated the interior of the shelter, documented the long history of use of the site and provided substantial new evidence of subsistence and tool use practices among the Yavapai. This document is the photo log for a series of photos taken during excavation. The photos can be found at tDAR ID: 391285. The report can be found at tDAR ID: 391218.
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- 2010
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- View/download PDF
17. Shí Kéyaa: The Western Apache Homeland and Archaeology of the Mogollon Rim
- Author
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Krall, Angie and Randall, Vincent E.
- Subjects
Historic ,Site Evaluation / Testing ,Ethnohistoric Research ,AR-03-12-04-743 (TNF) ,11th Century ,AZ O:12:89(ASM) ,Roasting Pit / Oven / Horno ,Payson, AZ ,AR-03-12-04-53 (TNF) ,Domestic Structure or Architectural Complex ,Mogollon Rim Region ,Domestic Structures ,AZ O:12:32 (ASM) ,AR-03-12-04-1411 (TNF) ,Shade Structure / Ramada ,Platform ,Plymouth Landing ,AZ 0:12:19 (ASM) ,AZ O:12:19 (ASM) ,AZ O:12:89 (ASM) ,Archaeological Feature ,Consultation ,Mogollon Rim ,Chipped Stone ,Proposed Highway Realignment ,Arizona ,American Southwest ,State Route 260 ,Macrobotanical ,AR-03-12-04-1159 (TNF) ,Ceramic ,Apache ,Cultural Resource Management Projects ,Ponderosa Campground ,Data Recovery / Excavation ,Fauna ,Yavapai ,Ground Stone ,AZ O:12:25 (ASM) ,Post Hole / Post Mold ,Western Apache ,Heber, AZ ,Pit ,17th Century ,McGoonie Site ,Hearth ,Central Arizona Tradition ,10th Century ,Brush Structure - Abstract
Western Apache history, as it relates to the State Route 260 (SR 260) Payson-to-Heber project implemented by Desert Archaeology, Inc., is summarized in this report. This project was conducted to mitigate the impact of highway realignment and improvement on cultural resources along a 74-km- (46-mile-) long stretch of right-of-way between Payson and Heber (Milepost 256 to Milepost 302) (Herr 1999). Ethnohistoric research included preliminary fieldwork in 2000 (Ferguson and Anyon 2000), followed by more intensive work to identify Western Apache cultural sites and historic places in and near the right-of-way. Fieldwork involved consultants from the San Carlos Apache Tribe, White Mountain Apache Tribe, and Yavapai-Apache Nation. To complement the 2000 fieldwork, KenCairn conducted a literature review of Western Apache history and culture, as well as a series of interviews with consultants from the White Mountain Apache Tribe and the Yavapai-Apache Nation. Individuals were chosen for their specific knowledge of the study area. Three goals guided the research with Apache cultural advisors: (1) documentation of the Apache cultural landscapes in and around the project area (2) explanation of how the project area is part of the Western Apache homelands; and (3) inspection of archaeological sites, maps, and artifacts by Western Apache cultural advisors to determine how they are related to Apache use of the study area. Data recovery at three archaeological sites exhibited recognizable Apache or Yavapai remains. These include a possible ramada at the McGoonie site, AZ 0:12:25/AR-03-12-04-743 (ASM/TNF); an Apache occupation component at the Plymouth Landing site, AZ 0:12:89/ AR-03-12-04-1411 (ASM/ TNF); and a roasting pit at the Ponderosa Campground site, AZ 0:12:19/AR-03-12-04-1159 (ASM/ TNF). Ethnographic fieldwork also revealed important Apache cultural and historical sites, including an Apache camp near Milepost 259, an Apache trail up See Canyon near Christopher Creek, an Apache camp at Indian Garden/Kohl's Ranch, and an Apache ceremonial ground near the present intersection of SR 260 and Forest Service (FS) 512, the road to Young, Arizona. In this study, ethnohistoric interpretations are blended with archaeological investigations to better understand the nature of Apache archaeology.
- Published
- 2009
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- View/download PDF
18. Cultural Resource Assessment of 13 Archaeological Sites Located in Lake Pleasant Regional Park
- Author
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Stuart, Glenn and Pinter, Teresa L.
- Subjects
Pit House / Earth Lodge ,AZ T:4:154(ASM) ,AZ T:4:159(ASM) ,AZ T:4:156(ASM) ,AZ T:3:106(ASM) ,Hamlet / Village ,Lake Pleasant Regional Park ,AZ T:3:110(ASM) ,AZ T:3:211(ASM) ,AZ T:3:103(ASM) ,Building Materials ,AZ T:4:157(ASM) ,AZ T:3:214(ASM) ,AZ T:3:109(ASM) ,Historic Native American ,Chipped Stone ,Metal ,AZ T:3:107(ASM) ,AZ T:3:215(ASM) ,Water Control Feature ,Hohokam ,Encampment ,Ceramic ,Euroamerican ,Yavapai ,Ground Stone ,Site Stewardship Monitoring ,Agricultural Field or Field Feature ,Petroglyph ,AZ T:3:99(ASM) - Abstract
In the mid-1990s, the Bureau of Reclamation (Reclamation) completed a survey of Lake Pleasant Regional Park. The survey was undertaken to identify all cultural resources within the Park, which was acquired by Reclamation as part of construction of New Waddell Dam. In the intervening years, the Park has seen continued and increasing recreational use. In the 11 years since it completed the survey of the Park, Reclamation has monitored activity at nine of the 183 sites in the Park with the assistance of the Arizona State Parks Site Steward Program. There has been no opportunity to assess the condition of the remaining prehistoric and historic sites in the Park until recently. In late 2006, Reclamation requested that Archaeological Consulting Services (ACS) assess the condition of 13 previously identified archaeological sites located in the northeast, north, and northwest portions of the Park. This report documents ACS' assessment of the 13 sites and provides recommendations for future site treatment.
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- 2006
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19. Cultural Resource Assessment of 13 Archaeological Sites Located in Lake Pleasant Regional Park: Photo Log
- Author
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Archaeological Consulting Services, Ltd.
- Subjects
Pit House / Earth Lodge ,AZ T:4:154(ASM) ,AZ T:4:159(ASM) ,AZ T:4:156(ASM) ,AZ T:3:106(ASM) ,Hamlet / Village ,Lake Pleasant Regional Park ,AZ T:3:110(ASM) ,AZ T:3:211(ASM) ,AZ T:3:103(ASM) ,Building Materials ,AZ T:4:157(ASM) ,AZ T:3:214(ASM) ,AZ T:3:109(ASM) ,Historic Native American ,Chipped Stone ,Metal ,AZ T:3:107(ASM) ,AZ T:3:215(ASM) ,Water Control Feature ,Hohokam ,Encampment ,Ceramic ,Euroamerican ,Yavapai ,Ground Stone ,Site Stewardship Monitoring ,Agricultural Field or Field Feature ,Petroglyph ,AZ T:3:99(ASM) - Abstract
In the mid-1990s, the Bureau of Reclamation (Reclamation) completed a survey of Lake Pleasant Regional Park. The survey was undertaken to identify all cultural resources within the Park, which was acquired by Reclamation as part of construction of New Waddell Dam. In the intervening years, the Park has seen continued and increasing recreational use. In the 11 years since it completed the survey of the Park, Reclamation has monitored activity at nine of the 183 sites in the Park with the assistance of the Arizona State Parks Site Steward Program. There has been no opportunity to assess the condition of the remaining prehistoric and historic sites in the Park until recently. In late 2006, Reclamation requested that Archaeological Consulting Services (ACS) assess the condition of 13 previously identified archaeological sites located in the northeast, north, and northwest portions of the Park. This document is the photo log for a series of photos taken during ACS' assessment work. Please see the selected images here: https://core.tdar.org/image/391342.
- Published
- 2006
- Full Text
- View/download PDF
20. Lake Pleasant Regional Park Cultural Resources Management Plan, Maricopa and Yavapai Counties, Arizona
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M Scott Thompson
- Subjects
AZ T:3:233(ASM) ,AZ T:3:83(ASM) ,AZ T:3:97(ASM) ,AZ T:4:162(ASM) ,AZ T:4:145(ASM) ,AZ T:3:202(ASM) ,AZ T:4:159(ASM) ,AZ T:3:216(ASM) ,Field No. 5(ACS) ,Artifact Scatter ,Archaeological Overview ,AZ T:3:66(ASM) ,Trash Midden ,AZ T:3:103(ASM) ,AZ T:4:64(ASU) ,AZ T:3:22(ASU) ,AZ T:4:292(ASM) ,AZ T:3:2(ASM) ,AZ T:3:117(ASM) ,AZ T:3:3(ARS) ,AZ T:3:37(ASM) ,AZ T:3:115(ASM) ,AZ T:4:275(ASM) ,AZ T:3:221(ASM) ,AZ T:4:280(ASM) ,Heritage Management ,AZ T:3:235(ASM) ,AZ T:4:147(ASM) ,AZ T:4:62(ASU) ,AZ T:3:99(ASM) ,AZ T:4:160(ASM) ,AZ T:3:101(ASM) ,AZ T:3:24(ASU) ,Pit House / Earth Lodge ,AZ T:4:279(ASM) ,AZ T:4:273(ASM) ,AZ T:4:58(ASM) ,AZ T:4:143(ASM) ,AZ T:3:113(ASM) ,AZ T:4:150(ASM) ,AZ T:4:149(ASM) ,AZ T:3:56(ASM) ,Agua Fria River ,AZ T:3:39(ASM) ,New River ,AZ T:4:5(ASM) ,AZ T:3:214(ASM) ,Maricopa (County) ,Field No. 1(ACS) ,Historic Native American ,AZ T:3:68(ASM) ,AZ T:3:223(ASM) ,AZ T:3:87(ASM) ,AZ T:3:226(ASM) ,AZ T:4:285(ASM) ,Historic Period ,AZ T:3:40(ASM) ,AZ T:3:46(ASU) ,AZ T:3:4(ASM) ,AZ T:3:7(ARS) ,AZ T:3:204(ASM) ,AZ T:3:81(ASM) ,Field No. 7(ACS) ,Kiln ,AZ T:3:43(ASU) ,AZ T:3:27(ASU) ,AZ T:3:62(ASM) ,Historic ,AZ T:4:137(ASM) ,AZ T:3:239(ASM) ,AZ T:3:111(ASM) ,AZ T:4:55(ASU) ,AZ T:4:72(ASM) ,AZ T:3:108(ASM) ,AZ T:3:61(ASM) ,AZ T:3:44(ASU) ,AZ T:3:8(ARS) ,AZ T:3:58(ASM) ,AZ T:3:1a(ARS) ,Hamlet / Village ,AZ T:3:110(ASM) ,AZ T:3:30(ASU) ,AZ T:3:210(ASM) ,AZ T:3:26(ASU) ,AZ T:3:60(ASM) ,AZ T:4:284(ASM) ,AZ T:3:109(ASM) ,AZ T:4:73(ASM) ,AZ T:3:45(ASU) ,AZ T:3:9(ARS) ,AZ T:3:112(ASM) ,AZ T:4:141(ASM) ,AZ T:3:107(ASM) ,Canal or Canal Feature ,AZ T:4:283(ASM) ,AZ T:3:90(ASM) ,AZ T:4:57(ASU) ,AZ T:4:54(ASM) ,AZ T:4:70(ASU) ,AZ T:4:7(ASU) ,Agricultural Field or Field Feature ,Petroglyph ,AZ T:4:139(ASM) ,AZ T:4:152(ASM) ,Baldy Mountain ,AZ T:3:80(ASM) ,AZ T:4:60(ASU) ,AZ T:4:21(ASU) ,Governors Peak ,AZ T:4:151(ASM) ,AZ T:3:1B(ARS) ,AZ T:4:66(ASU) ,AZ T:3:205(ASM) ,AZ T:4:148(ASM) ,AZ T:4:59(SIU) ,AZ T:4:18(ASU) ,Field No. 8(ACS) ,AZ T:4:264(ASM) ,Field No. 3(ACS) ,AZ T:3:206(ASM) ,Field No. 9(ACS) ,AZ T:3:25(ASU) ,Field No. 2(ACS) ,AZ T:4:142(ASM) ,AZ T:4:157(ASM) ,AZ T:4:265(ASM) ,AZ T:4:75(ASU) ,AZ T:3:86(ASM) ,AZ T:4:56(ASU) ,AZ T:4:3(ASM) ,AZ T:3:76(ASM) ,Yavapai (County) ,AZ T:3:215(ASM) ,AZ T:4:59(ASM) ,AZ T:3:234(ASM) ,AZ T:4:138(ASM) ,AZ T:3:95(ASM) ,AZ T:3:5(SIU) ,Hohokam pre-Classic period ,Yavapai ,AZ T:4:274(ASM) ,AZ T:3:22(BLM) ,AZ T:3:21(ASU) ,AZ T:3:102(ASM) ,AZ T:3:49(ASU) ,AZ T:4:293(ASM) ,AZ T:3:116(ASM) ,AZ T:4:63(ASU) ,AZ T:4:146(ASM) ,Lake Pleasant Regional Park ,Protohistoric Period ,AZ T:3:67(ASM) ,AZ T:4:161(ASM) ,AZ T:4:2(ASM) ,AZ T:3:217(ASM) ,AZ T:4:276(ASM) ,AZ T:4:158(ASM) ,AZ T:4:291(ASM) ,AZ T:3:34(ASM) ,AZ T:3:3(ASM) ,AZ T:3:23(ASU) ,AZ T:4:4(ASM) ,AZ T:4:65(ASU) ,AZ T:4:278(ASM) ,AZ T:3:96(ASM) ,AZ T:3:104(ASM) ,AZ T:4:144(ASM) ,AZ T:3:55(ASM) ,AZ T:3:236(ASM) ,AZ T:3:219(ASM) ,Mine ,AZ T:4:156(ASM) ,AZ T:3:100(ASM) ,AZ T:4:58(ASU) ,AZ T:3:213(ASM) ,AZ T:3:106(ASM) ,AZ T:3:56(ASU) ,AZ T:3:94(ASM) ,AZ T:4:67(ASU) ,AZ T:4:17(ASU) ,AZ T:3:65(ASM) ,AZ T:4:269(ASM) ,AZ T:4:266(ASM) ,AZ T:3:84(ASM) ,AZ T:4:61(ASU) ,Quarry ,AZ T:3:1(ASM) ,AZ T:4:288(ASM) ,AZ T:3:7(ASM) ,Euroamerican ,AZ T:3:207(ASM) ,AZ T:3:220(ASM) ,AZ T:3:40(ASU) ,AZ T:3:4(ARS) ,Hohokam Classic period ,Field No. 4(ACS) ,AZ T:4:55(ASM) ,AZ T:3:208(ASM) ,Field House ,AZ T:3:89(ASM) ,AZ T:4:270(ASM) ,AZ T:4:154(ASM) ,AZ T:4:71(ASU) ,AZ T:4:140(ASM) ,AZ T:4:72(ASU) ,AZ T:4:153(ASM) ,Biscuit Flat ,AZ T:3:211(ASM) ,Rock Shelter ,AZ T:3:59(ASM) ,AZ T:3:91(ASM) ,AZ T:3:241(ASM) ,AZ T:3:209(ASM) ,AZ T:4:268(ASM) ,AZ T:3:6(ARS) ,AZ T:3:42(ASU) ,AZ T:4:155(ASM) ,AZ T:4:286(ASM) ,AZ T:3:28(ASU) ,AZ T:3:93(ASM) ,Hohokam ,Encampment ,AZ T:4:272(ASM) ,AZ T:4:68(ASU) ,AZ T:3:88(ASM) ,AZ T:3:12(ARS) ,AZ T:4:73(ASU) ,AZ T:4:136(ASM) ,AZ T:3:238(ASM) ,AZ T:4:54(ASU) ,AZ T:4:290(ASM) ,AZ T:3:41(ASU) ,AZ T:3:63(ASM) ,AZ T:3:47(ASU) ,AZ T:3:105(ASM) ,AZ T:3:29(ASU) ,AZ T:3:64(ASM) ,Records Search / Inventory Checking ,AZ T:3:114(ASM) ,AZ T:4:281(ASM) ,AZ T:3:222(ASM) ,Field No. 10(ACS) ,AZ T:3:212(ASM) ,AZ T:3:79(ASM) ,AZ T:4:59(ASU) ,AZ T:3:70(ASU) ,AZ T:3:237(ASM) ,AZ T:4:56(ASM) ,Water Control Feature ,AZ T:4:277(ASM) ,AZ T:3:98(ASM) ,AZ T:4:6(ASM) ,AZ T:3:92(ASM) ,AZ T:3:57(ASU) ,AZ T:3:54(ASM) ,AZ T:3:32(ASU) ,AZ T:4:271(ASM) - Abstract
Lake Pleasant Regional Park (LPRP or the Park) was in an undeveloped portion of Maricopa County, Arizona. However, population growth exploded in the Phoenix area in the past 30 years and new housing developments expanded and are still expanding ever northward. It is just a matter of time before the Park becomes part of the Valley of the Sun's crowded urban landscape. With an expansion in population will come an increase in land use demands and resource impacts. The purpose of the Cultural Resources Management Plan is to provide the County and Reclamation with a long-term management strategy to preserve and protect the significant cultural resources of the park.
- Published
- 2004
- Full Text
- View/download PDF
21. Intensive Cultural Resource Survey of Lake Pleasant Regional Park, Maricopa and Yavapai Counties, Arizona
- Author
-
Jerryll Moreno
- Subjects
AZ T:3:233(ASM) ,AZ T:3:83(ASM) ,AZ T:3:97(ASM) ,AZ T:4:162(ASM) ,AZ T:4:145(ASM) ,AZ T:3:202(ASM) ,AZ T:4:159(ASM) ,AZ T:3:216(ASM) ,Artifact Scatter ,Boulder Creek Ranch ,Early Ceramic ,AZ T:3:66(ASM) ,AZ T:3:36(ASU) ,Trash Midden ,AZ T:3:103(ASM) ,AZ T:4:64(ASU) ,AZ T:3:22(ASU) ,AZ T:4:292(ASM) ,AZ T:3:2(ASM) ,AZ T:3:48(ASU) ,AZ T:3:117(ASM) ,AZ T:3:3(ARS) ,AZ T:3:37(ASM) ,AZ T:3:115(ASM) ,AZ T:3:34(ASU) ,AZ T:4:275(ASM) ,AZ T:3:20(ASU) ,AZ T:3:221(ASM) ,AZ T:4:280(ASM) ,AZ T:3:85(ASM) ,Fauna ,AZ T:3:235(ASM) ,AZ T:4:46(ASM) ,AZ T:4:289(ASM) ,AZ T:4:147(ASM) ,AZ T:4:62(ASU) ,AZ T:3:99(ASM) ,AZ T:4:160(ASM) ,AZ T:3:101(ASM) ,AZ T:3:24(ASU) ,Pit House / Earth Lodge ,AZ T:4:279(ASM) ,AZ T:4:74(ASU) ,AZ T:4:273(ASM) ,Archaic Period ,AZ T:4:58(ASM) ,AZ T:4:143(ASM) ,AZ T:3:113(ASM) ,AZ T:4:150(ASM) ,AZ T:4:149(ASM) ,AZ T:3:56(ASM) ,AZ T:3:39(ASM) ,AZ T:4:67(ASM) ,AZ T:4:5(ASM) ,AZ T:3:214(ASM) ,Historic Native American ,AZ T:3:68(ASM) ,AZ T:3:223(ASM) ,AZ T:3:87(ASM) ,AZ T:3:226(ASM) ,Ceramic ,AZ T:4:285(ASM) ,Historic Period ,AZ T:3:40(ASM) ,AZ T:3:46(ASU) ,AZ T:3:4(ASM) ,AZ T:4:282(ASM) ,AZ T:3:7(ARS) ,AZ T:3:204(ASM) ,AZ T:3:81(ASM) ,Kiln ,AZ T:3:43(ASU) ,AZ T:3:27(ASU) ,AZ T:3:62(ASM) ,Historic ,AZ T:4:137(ASM) ,Textile ,AZ T:3:239(ASM) ,Rock Alignment ,AZ T:3:111(ASM) ,AZ T:4:55(ASU) ,AZ T:4:72(ASM) ,AZ T:3:108(ASM) ,AZ T:3:61(ASM) ,AZ T:3:44(ASU) ,AZ T:3:8(ARS) ,AZ T:4:69(ASM) ,AZ T:3:58(ASM) ,AZ T:3:1a(ARS) ,Hamlet / Village ,AZ T:3:110(ASM) ,AZ T:3:30(ASU) ,AZ T:3:210(ASM) ,AZ T:3:26(ASU) ,AZ T:3:60(ASM) ,Building Materials ,AZ T:4:284(ASM) ,AZ T:3:225(ASM) ,AZ T:3:109(ASM) ,AZ T:4:73(ASM) ,AZ T:3:45(ASU) ,AZ T:3:9(ARS) ,AZ T:3:112(ASM) ,Metal ,AZ T:4:141(ASM) ,AZ T:3:107(ASM) ,AZ T:4:283(ASM) ,Wood ,AZ T:3:90(ASM) ,AZ T:4:19(ASU) ,Ground Stone ,AZ T:4:57(ASU) ,AZ T:4:54(ASM) ,AZ T:4:68(ASM) ,AZ T:4:70(ASU) ,AZ T:4:7(ASU) ,Petroglyph ,Hohokam Colonial period ,AZ T:4:139(ASM) ,AZ T:4:152(ASM) ,AZ T:3:80(ASM) ,Road, Trail, and Related Structures or Features ,AZ T:4:60(ASU) ,AZ T:4:21(ASU) ,Fire Cracked Rock ,AZ T:4:151(ASM) ,AZ T:3:1B(ARS) ,AZ T:4:66(ASU) ,AZ T:3:205(ASM) ,AZ T:4:148(ASM) ,AZ T:3:10(ARS) ,AZ T:4:18(ASU) ,AZ T:4:264(ASM) ,AZ T:3:206(ASM) ,AZ T:3:25(ASU) ,AZ T:4:142(ASM) ,AZ T:4:157(ASM) ,AZ T:4:265(ASM) ,AZ T:4:75(ASU) ,Room Block / Compound / Pueblo ,AZ T:3:86(ASM) ,AZ T:4:56(ASU) ,AZ T:4:3(ASM) ,AZ T:3:76(ASM) ,Hohokam Sedentary period ,AZ T:3:215(ASM) ,AZ T:4:59(ASM) ,AZ T:3:234(ASM) ,AZ T:4:138(ASM) ,Macrobotanical ,Systematic Survey ,AZ T:3:95(ASM) ,AZ T:3:5(SIU) ,Hohokam pre-Classic period ,Yavapai ,AZ T:4:274(ASM) ,AZ T:3:57(ASM) ,Glass ,AZ T:3:22(BLM) ,AZ T:3:35(ASU) ,AZ T:3:21(ASU) ,AZ T:3:102(ASM) ,AZ T:3:49(ASU) ,AZ T:4:293(ASM) ,AZ T:3:116(ASM) ,AZ T:4:63(ASU) ,AZ T:3:203(ASM) ,AZ T:4:146(ASM) ,Lake Pleasant Regional Park ,Protohistoric Period ,AZ T:3:67(ASM) ,AZ T:4:161(ASM) ,Agricultural or Herding ,AZ T:3:2(ARS) ,AZ T:4:2(ASM) ,AZ T:4:1(CAEP) ,AZ T:3:217(ASM) ,AZ T:4:276(ASM) ,AZ T:4:158(ASM) ,AZ T:4:291(ASM) ,AZ T:3:34(ASM) ,AZ T:3:3(ASM) ,AZ T:3:232(ASM) ,AZ T:3:82(ASM) ,AZ T:3:23(ASU) ,AZ T:4:4(ASM) ,AZ T:4:65(ASU) ,AZ T:4:278(ASM) ,Beardsley Canal ,AZ T:3:96(ASM) ,AZ T:3:246(ASM) ,AZ T:3:104(ASM) ,AZ T:4:144(ASM) ,AZ T:3:55(ASM) ,AZ T:3:236(ASM) ,AZ T:3:230(ASM) ,Isolated Artifact ,AZ T:3:219(ASM) ,Mine ,AZ T:4:156(ASM) ,AZ T:3:100(ASM) ,AZ T:4:58(ASU) ,AZ T:3:213(ASM) ,House ,AZ T:3:106(ASM) ,AZ T:3:33(ASU) ,Shell ,AZ T:3:11(ARS) ,AZ T:3:37(ASU) ,AZ T:3:56(ASU) ,AZ T:3:94(ASM) ,AZ T:4:67(ASU) ,AZ T:4:17(ASU) ,AZ T:3:65(ASM) ,AZ T:4:269(ASM) ,Chipped Stone ,AZ T:4:266(ASM) ,AZ T:3:84(ASM) ,AZ T:4:61(ASU) ,AZ T:3:1(ASM) ,AZ T:4:288(ASM) ,Archaic ,AZ T:3:7(ASM) ,AZ T:3:242(ASM) ,Euroamerican ,Cairn ,AZ T:3:207(ASM) ,AZ T:3:220(ASM) ,Human Remains ,AZ T:3:40(ASU) ,AZ T:3:4(ARS) ,59(SIU) ,AZ T:4:55(ASM) ,AZ T:3:208(ASM) ,AZ T:3:89(ASM) ,AZ T:4:270(ASM) ,AZ T:4:69(ASU) ,AZ T:4:154(ASM) ,Avis Homestead ,AZ T:4:71(ASU) ,AZ T:4:140(ASM) ,AZ T:4:72(ASU) ,AZ T:4:153(ASM) ,AZ T:3:211(ASM) ,Rock Shelter ,AZ T:3:59(ASM) ,AZ T:3:91(ASM) ,AZ T:3:241(ASM) ,AZ T:3:209(ASM) ,AZ T:4:268(ASM) ,AZ T:3:6(ARS) ,AZ T:3:42(ASU) ,AZ T:4:70(ASM) ,AZ T:4:155(ASM) ,AZ T:4:286(ASM) ,AZ T:3:28(ASU) ,AZ T:3:93(ASM) ,Hohokam ,AZ T:3:39(ASU) ,AZ T:4:272(ASM) ,Isolated Feature ,AZ T:4:68(ASU) ,AZ T:3:88(ASM) ,AZ T:3:12(ARS) ,AZ T:3:227(ASM) ,AZ T:4:73(ASU) ,AZ T:4:136(ASM) ,AZ T:3:238(ASM) ,AZ T:4:54(ASU) ,AZ T:4:287(ASM) ,AZ T:3:38(ASU) ,AZ T:4:290(ASM) ,AZ T:3:41(ASU) ,AZ T:3:69(ASM) ,AZ T:3:63(ASM) ,AZ T:3:47(ASU) ,AZ T:3:105(ASM) ,AZ T:3:29(ASU) ,AZ T:3:64(ASM) ,AZ T:3:228(ASM) ,Records Search / Inventory Checking ,AZ T:3:114(ASM) ,AZ T:4:281(ASM) ,AZ T:3:222(ASM) ,AZ T:3:212(ASM) ,AZ T:3:79(ASM) ,AZ T:4:59(ASU) ,AZ T:3:218(ASM) ,AZ T:3:70(ASU) ,AZ T:3:237(ASM) ,AZ T:4:56(ASM) ,AZ T:4:277(ASM) ,AZ T:3:98(ASM) ,AZ T:4:6(ASM) ,Research Design / Data Recovery Plan ,AZ T:3:92(ASM) ,AZ T:3:57(ASU) ,AZ T:3:231(ASM) ,AZ T:3:35(ASM) ,AZ T:3:54(ASM) ,AZ T:3:32(ASU) ,AZ T:4:271(ASM) - Abstract
In the summers of 1979 and 1980, Arizona State University (ASU) conducted a cultural resources survey of Lake Pleasant Regional Park (LPRP) (Rice and Bostwick 1986). The completion of New Waddell Dam in 1993, increasing recreational development, and new park boundaries spurred the Bureau of Reclamation (Reclamation) to survey the park. Reclamation performed the new survey on their land to fulfill their Section 110 requirements of the National Historic Preservation Act. Upon completion of the fieldwork in July 1995, Reclamation archaeologists, under the supervision of Carol Telles, had identified 65 new sites, 19 isolated petroglyphs, and 308 isolated artifacts. A recent records search by ACS also revealed 87 previously recorded sites. Only two had been field-checked by the Reclamation crew. In addition to the survey and literature review, Reclamation undertook a separate rock art study that detailed each petroglyph panel and element identified during the survey. Once the fieldwork was finished, report preparation began, but personnel changes made it difficult to complete in-house. Therefore, Reclamation requested that Archaeological Consulting Services, Ltd. (ACS), revise and complete the draft under ACS’s on-call contract for cultural resources Class III survey and testing (Contract No. 1425-97-CS-32-028105).ACS performed the work based on existing documentation that Reclamation crews collected during their fieldwork and the cooperative recollections of Carol Telles and Dave Gifford. No field checking was involved. In total, this research identified 183 historic and prehistoric sites (104 previously known/79 newly identified) and 306 isolated artifacts.
- Published
- 2002
- Full Text
- View/download PDF
22. West of the Maricopa Mountains: A Cultural Resources Inventory in Support of the Proposed Gila River Transmission Project
- Author
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J. Simon Bruder, Lonardo, Cara, and A.E. (Gene) Rogge
- Subjects
Historic ,Hia-Ced O'odham ,Rock Alignment ,O'odham ,AZ T:14:26 (ASM) ,AZ T:14:119 (ASM) ,Artifact Scatter ,AZ T:15:32 (ASM) ,AZ T:14:125 (ASM) ,AZ T:14:23 (ASM) ,Building Materials ,AZ T:14:122 (ASM) ,Akimel O'odham ,Transmission Line Corridor ,Patayan ,Metal ,AZ Z:2:48 (ASM) ,PaleoIndian ,Canal or Canal Feature ,Hohokam ,Hawk Nest ,AZ Z:2:9 (ASM) ,Road ,Tohono O'odham ,AZ T:14:24 (ASM) ,AZ T:14:121 (ASM) ,Ground Stone ,Panda Gila River Generating Station ,Buckeye, AZ ,Records Review ,AZ T:14:124 (ASM) ,AZ T:14:117 (ASM) ,AZ T:14:120 (ASM) ,Subsistence and Settlement ,Gila Bend, AZ ,Maricopa (County) ,Chronology and Cultural Affilation ,Chipped Stone ,AZ T:14:123 (ASM) ,Gila Bend Well ,Western Systems Coordinating Council transmission grid ,AZ T:14:118 (ASM) ,Systematic Survey ,Ceramic ,Archaic ,Yavapai ,Gila Bend Canal ,Old U.S. Highway 80 ,Euroamerican Transportation and Agricultural Development ,Maricopa ,Glass ,Butterfield Stage Route ,Environmental Setting - Abstract
APS proposes to construct (1) two parallel 500 kilovolt (kV) transmission lines within a 450-foot-wide right-of-way, (2) an 80-acre 500kV switchyard, and (3) a 230kV interconnection line in Maricopa County. The project will provide transmission interconnection for the Panda Gila River generating station to the Western Systems Coordinating Council transmission grid.
- Published
- 2001
- Full Text
- View/download PDF
23. Land Use in North-Central Arizona: An Archaeological Survey of Navajo Army Depot, Coconino County, Arizona
- Author
-
Grenda, Donn R.
- Subjects
Historic ,Navajo Village ,Domestic Structure or Architectural Complex ,Artifact Scatter ,Archaeological Overview ,Hamlet / Village ,Neill Flat ,Protohistoric ,Mickle Tank ,Navajo Army Depot ,Archaeological Feature ,Hopi Village ,Flagstaff, AZ ,AZ I:13:50 ,Metal ,AZ I:13:51 ,AZ I:13:52 ,AZ I:13:53 ,AZ I:13:55 ,Rock Alignments ,Wood ,Ground Stone ,New Indian Village ,Bellemont ,Williams, AZ ,Archaic Period ,Church / Religious Structure ,AZ I:13:41 ,AZ I:13:42 ,AZ I:13:43 ,AZ I:13:44 ,AZ I:13:45 ,AZ I:13:46 ,AZ I:13:47 ,AZ I:13:48 ,Domestic Structures ,AZ I:13:49 ,Military Structure ,Historic Background Research ,Historic Native American ,Chipped Stone ,Non-Domestic Structures ,Tappen Spring ,Settlements ,Systematic Survey ,Archaic ,Late Archaic ,Data Recovery / Excavation ,Euroamerican ,Yavapai ,Indian Village ,AZ 1:13:54 ,Glass - Abstract
In May and June, 1992, Statistical Research conducted a cultural resource survey of approximately 1,260 acres of land owned by the U.S. Army, in Bellemont, Arizona. The survey was performed for the U.S. Army Corps of Engineers, Los Angeles District. The project areas are used by the military as training/bivouac sites and were not randomly selected for survey. The survey was conducted on two separate occasions by a crew of 4-5 including the project director. The field work documented four prehistoric sites, 11 historic sites, and nine isolated finds. The prehistoric sites consisted of stationary grinding features and artifact scatters. Historic sites consisted of lumber camps, fencelines, trash scatters, rock features, and villages. Ethnographic models of Yavapai subsistence and settlement, were employed to form hypotheses concerning the location and function of the documented prehistoric sites. The hypotheses were then refuted or supported by the site sample from the project area. Historic land use patterns were identified and classified into sites relating to the Overland Road, ranching, lumbering, and military activities. The data collected during the field work were evaluated according to a research design testing hypotheses of regional subsistence-settlement behavior and historic land use patterns, while taking into account the existing database of archaeological and environmental knowledge and the limited nature of the survey. The results permitted the elaboration of existing models of socioeconomic adaptive processes for this portion of north-central Arizona. All sites are considered potentially eligible for inclusion in the National Register of Historic Places under Criterion d, based on their potential to address important regional research issues.
- Published
- 1993
- Full Text
- View/download PDF
24. Land Use and Resource Exploitation of the Sonoran Desert: A Sample Survey of Cultural Resources in Mohave, La Paz, and Yavapai Counties, Arizona
- Author
-
Jones, Bruce A.
- Subjects
Jasper ,Chipping Station ,Artifact Scatter ,Swale Tank ,Stationary Grinding Feature ,Archaeological Overview ,Wickieup, AZ ,Red Rhyolite ,Aquarius Brownware ,Cerbat Brownware ,Chalcedony Projectile Point ,AZ M:2:3 (ASM) ,Transfer-Print Ceramic ,Gray Quartzite ,Quartzite Core ,Quartzite Scraper ,Lithic Scatter ,Aquarius Mountains ,AZ M:16:17 (ASM) ,Rock Concentration ,Brownware ,Stoneware ,Aguila Valley ,Can ,Red Quartzite ,Mohon Mountains ,AZ M: 16:14 (ASM) ,Alamo Lake ,Quartz ,Wickiup Rock Art Site ,AZ M:3:1 (ASM) ,Shatter ,Pilgrim Wash ,Heritage Management ,AZ M:3:4 (ASM) ,Milling Feature ,Black-on-Brownware ,Rock Art ,Bradshaw Mountains ,Trail ,Obsidian ,Site Evaluation / Testing ,Rhyolite ,Isolated Artifact ,Mudstone ,Tizon Brownware ,Mano ,AZ M:16:13 (ASM) ,AZ M:3:3 (ASM) ,La Paz County (County) ,Western Archaic ,Projectile Point ,Obsidian Flake ,Flake ,Slab Metate ,Midden ,Mineral ,Chalcedony Flake ,Metate ,Santa Maria River ,Resource Extraction / Production / Transportation Structure or Features ,Chipped Stone ,Tobacco Tin ,AZ M:16:12 (ASM) ,Rhyolite Scraper ,Ceramic ,Archaic ,Late Archaic ,Hair Clipper Wash ,Cairn ,AZ M:3:2 (ASM) ,Rhyolite Biface ,Roasting Pit ,Black Canyon ,Basalt ,AZ M:2:4 (ASM) ,Bullard Wash ,Historic ,Santa Cruz-Sacaton ,Walapai ,Rock Alignment ,AZ M:3:5 (ASM) ,Trail Marker ,Milk Can ,Trough Metate ,Quartzite Handstone ,Yellow Quartzite ,Tan Chert ,Gray Chert ,AZ M:16:15 (ASM) ,Archaeological Feature ,Middle Archaic ,Big Sandy Valley ,Metal ,Big Sandy River ,Yavapai County (County) ,Rock Ring ,Anvil Stone ,Hohokam ,Limestone ,AZ M:16:18 (AZ) ,Debitage ,Frances Creek ,AZ M:6:2 (ASM) ,Ground Stone ,Arrastra Mountains ,Aquarius Black-on-Brownware ,Hearth ,Core ,Goodwin Mesa ,Petroglyph ,Mohave County (County) ,Road, Trail, and Related Structures or Features ,Hole-in-Cap Can ,Fire Cracked Rock ,Upland Yuman ,Roasting Pit / Oven / Horno ,AZ M:16:16 (ASM) ,Shrine ,Limestone Core ,Green Mudstone ,Purple Quartzite ,Chalcedony ,Bedrock Grinding Feature ,Chert ,Harcuvar Mountains ,Saltglazed Stoneware ,White Chalcedony ,Trace Element Analysis ,Hunting / Trapping ,White Ironstone ,AZ M:3:6 (ASM) ,Biface ,Date Creek Basin ,Pilgrim Wash Well ,Hualapai Mountains ,Prehistoric ,Vulture Mountains ,Obsidian Projectile Point ,Handstone ,Scraper ,Quartzite ,Yavapai ,Gila ,Tin ,Pit ,Aquarius Cliffs ,Cobble ,Glass ,Quartz Flake - Abstract
In April and November, 1989, Statistical Research conducted a cultural resource survey of nearly 4,000 acres of land owned by the State of Arizona in Mohave, Yavapai and La Paz counties. The field reconnaissance documented 16 archaeological sites consisting of artifact scatters, trails, rock features, rock art and stationary grinding-features. The non-random survey strategy was based on a stratified sample of 640 acre-study units in the Hualapai and Aquarius Mountains, the Big Sandy Valley and the Date Creek Basin. Ethnographic models of Walapai and Yavapai subsistence strategies were employed to form hypotheses concerning the location, function, variability, cultural affliation and chronology of the data base sample. The hypotheses were then refuted or supported by the site sample from the project area. Results support the findings of previous surveys in the region reporting a paucity of sites in the eastern Hualapai Mountains and high site density and diversity for the Aquarius-Mohon Mountain-Goodwin Mesa areas. Support for statistical-based models of site distribution and function is present at sites concentrated in upper bajada and up!and areas of Study Unit I. Study Unit II displayed site distributions representative of Western Yavapai settlement systems primarily concentrated on desert ecosystems and numerous temporary camps. Obsidian, was acquired from local sources and possibly traded to the Aquarius Mountain groups from the Upper Date Creek Basin. Diagnostic artifacts ranging from, the Middle Archaic Period to Historical times suggest a long period of occupation in the Date Creek Basin and areas to the east of the Big Sandy Valley. All sites except AZ M:2:3 are considered eligible for inclusion into the National Register under criterion "D" based on their ability to address important regional-research issues. AZ M:2:3 14 has been severely impacted by erosion and lacks integrity. Sections within this document include an introduction, environmental characteristics, research and culture history, research design, methods and site descriptions, evaluation of project results, and recommendations. Appendices include the project site form, isolated finds, and an obsidian sourcing analysis contributed by Paul Bouey.
- Published
- 1990
- Full Text
- View/download PDF
25. View of the Glory Hole of the United Verde Copper Company at Jerome, Arizona, [s.d.]
- Subjects
- [s.d.], Yavapai, Jerome, Arizona., United States., Arizona., Arizona., United States.
- Abstract
Photograph of a view of the Glory Hole of the United Verde Copper Company at Jerome, Arizona, [s.d.]. At center a long pipe extends from the top of the mountain to a level of the mountain side that is occupied by a lightly-colored structure supporting ten cylinders. Below the cylinders on the mountain side the towers, structures and equipment of the mining site can be seen. A view of the side of the cliff that supports the site can be seen on the bottom. "No stock for sale; property owned by Senator W.A. Clark. Gold and silver production pay running expense of mine; copper is 'velvet'".
26. Steam shovel operations at the United Verde Copper Company in Jerome, Arizona, [s.d.]
- Subjects
- [s.d.], Yavapai, Jerome, Arizona., United States., Arizona., Arizona., United States.
- Abstract
Photograph of steam shovel operations at the United Verde Copper Company in Jerome, Arizona, [s.d.]. At center, the steam shovel can be seen from a distance on the second tier of a carved depression in the mountainside, carving out more soil still. Above at right, an industrial building can be seen. Below, at the bottom of the depression, small shacks can be seen. Mountains can be seen in the background.
27. 'Largest steam shovel in the world' at the United Verde Mines in Arizona, [s.d.]
- Subjects
- [s.d.], Yavapai, Jerome, Arizona., United States., Arizona., Arizona., United States.
- Abstract
Photograph of the "largest steam shovel in the world" at the United Verde Mines in Arizona, [s.d.]. A large crane, that appears to be the size of a railroad car or small ranch-style house, is pictured just left of center, flush against a slope of rock. In the right foreground, a corrugated metal shack can be seen. The rest of the terrain is covered with rubble and debris.
28. A train passes The Spires in the valley of Granite Dells near Prescott, Arizona, ca.1900
- Author
-
James, George Wharton and James, George Wharton
- Subjects
- circa 1900, Prescott, valleys: Granite Dells, Yavapai, Arizona., United States., Arizona., Arizona., United States.
- Abstract
Photograph of a train passing The Spires in the valley of Granite Dells near Prescott, Arizona, ca.1900. The tall eroded spires of granite sit apparently precariously next to railroad tracks. Scrub grass and other low shrubs are the predominant vegetation in the surrounding generally flat landscape. The engine and first two cars of a passing Atchinson, Topeka, and Santa Fe Railroad train are visible at left.
29. Squaw Peak, Arizona: Palaeoproterozoic precursor to the Laramide porphyry copper province.
- Author
-
Sillitoe R.H., Creaser R.A., Kern R.R., Lenters M.H., Sillitoe R.H., Creaser R.A., Kern R.R., and Lenters M.H.
- Abstract
Re-Os dating of two molybdenite samples from the Squaw Peak porphyry Cu-Mo prospect in central Arizona returned essentially identical ages of 1 729 +/- 7 and 1 738 +/- 7 Ma, similar to the I-type, magnetite-series Cherry batholith, within which the Squaw Peak porphyry stock and associated mineralisation are located. Squaw Peak cannot be more than a few million years younger than volcanogenic massive sulphide (VMS) Cu deposits in the nearby Jerome district, which are part of the Yavapai Supergroup, host to the Cherry batholith. These volcanic and intrusive rocks and their associated copper mineralisation were formed in a juvenile island-arc setting and are now part of the Yavapai province, which was assembled and accreted to the Archaean nucleus of North America by c.1.68 Ga. The Palaeoproterozoic age for Squaw Peak in conjunction with the existence of the slightly older VMS deposits shows that the Laramide province of southwestern North America first developed its copper metallogenic signature more than 1 700 m.y. ago. The presence of this Palaeoproterozoic copper mineralisation may be taken as further support for recently proposed metasomatism of the mantle lithosphere during Palaeoproterozoic subduction as a precursor to formation of at least part of the Laramide porphyry copper province., Re-Os dating of two molybdenite samples from the Squaw Peak porphyry Cu-Mo prospect in central Arizona returned essentially identical ages of 1 729 +/- 7 and 1 738 +/- 7 Ma, similar to the I-type, magnetite-series Cherry batholith, within which the Squaw Peak porphyry stock and associated mineralisation are located. Squaw Peak cannot be more than a few million years younger than volcanogenic massive sulphide (VMS) Cu deposits in the nearby Jerome district, which are part of the Yavapai Supergroup, host to the Cherry batholith. These volcanic and intrusive rocks and their associated copper mineralisation were formed in a juvenile island-arc setting and are now part of the Yavapai province, which was assembled and accreted to the Archaean nucleus of North America by c.1.68 Ga. The Palaeoproterozoic age for Squaw Peak in conjunction with the existence of the slightly older VMS deposits shows that the Laramide province of southwestern North America first developed its copper metallogenic signature more than 1 700 m.y. ago. The presence of this Palaeoproterozoic copper mineralisation may be taken as further support for recently proposed metasomatism of the mantle lithosphere during Palaeoproterozoic subduction as a precursor to formation of at least part of the Laramide porphyry copper province.
30. View of mines in Jerome, Arizona, [s.d.]
- Subjects
- [s.d.], Yavapai, Jerome, Arizona., United States., Arizona., Arizona., United States.
- Abstract
Photograph of a view of mines in Jerome, Arizona, [s.d.]. What appears to be a house stands at center in the foreground with several others on the left. The houses stand at the bottom of a large crater with the factories of the mines in a haze of smoke on the ground above them. A person walks on a small road on the left that leads to the mountain side in the background.
31. View of a dynamite demonstration held by United Verde Copper Company at Jerome, Yavapai County, Arizona, [s.d.]
- Subjects
- [s.d.], Yavapai, Jerome, Arizona., United States., Arizona., Arizona., United States.
- Abstract
Photograph of a view of a dynamite demonstration held by United Verde Copper Company at Jerome, Yavapai County, Arizona, [s.d.]. Smoke from the explosion seeps out of the large crater on the left. On the ground above, mining tracks lead from the foreground through the scattered equipment of the mining site to the mountain side in the background. On the left a small structure stands with what appear to be large containers surrounding it. Several automobiles are parked nearby while ten lightly-colored cylinders stand on the mountain side above. "One ton of dynamite exploded by United Verde Copper Company at Jerome, Yavapai County, Arizona to show the Los Angeles Chamber of Commerce excursion party how 'some of it is done' in the great mining district of the Verde".
32. A view of Jerome, Arizona, [s.d.]
- Subjects
- [s.d.], Yavapai, Jerome, Arizona., United States., Arizona., Arizona., United States.
- Abstract
Photograph of a view of Jerome, Arizona, [s.d.]. Weeds spot the grassy hill in the foreground on the right as it leads down to the city on the left. Several large buildings stand in a row with a small dirt road separating them from wide fields on the far left. Beyond the fields, the city is congested with small buildings and houses. The crowded city continues to a block of huge factories which stand at the foot of grassy hills in the background.
33. Exterior view of the United Verde Mine offices and administration building in Jerome, Arizona, [s.d.]
- Subjects
- [s.d.], Yavapai, Jerome, Arizona., United States., Arizona., Arizona., United States.
- Abstract
Photograph of an exterior view of the United Verde Mine offices and administration building in Jerome, Arizona, [s.d.]. Several dozen automobiles can be seen parked in front of a three-story, rectangular shaped building with a flat roof towards the right background. Men and women can be seen walking in the parking lot at center, while mountains can be seen behind the buildings.
34. Man riding a bull at a rodeo that is part of Prescott Frontier Days, ca.1930
- Subjects
- circa 1930, Yavapai, Prescott, Arizona., United States., Arizona., Arizona., United States.
- Abstract
Photograph of a man riding a bull at a rodeo that is part of Prescott Frontier Days, ca.1930. To the right of center, a bull is elevated in the air as it tries to buck the rider off of its back. A cloud of dust lifts behind the bull while spectators of the rodeo line a fence. An American flag is visible atop a roof in the background while two trees stand behind the action.
35. Cliff dwellings near the Montezuma's Well, Arizona, ca.1900
- Author
-
Pierce, C.C. (Charles C.), 1861-1946 and Pierce, C.C. (Charles C.), 1861-1946
- Subjects
- circa 1900, Arizona., Yavapai, United States., Arizona., Arizona., United States.
- Abstract
Photograph of the cliff dwellings near a lake named "Montezuma's Well", Arizona, ca.1900. Caves and holes are carved into the rocky cliff, while shrubs and dry bushes cover the hillside leading up to the caves. A man is visible walking up the rocky hill at right.; Compares to CHS-2586.; "Montezuma's Castle is well known among tourists who exit Interstate 17 on their way north to the Grand Canyon. But few Montezuma Castle tourists are familiar with the park's counterpart-- Montezuma's Well. The "well" was first brought to the general public's attention by Richard J. Hinton in his Handbook to Arizona, published in 1878. It is believed that the first white visitor to the area was the Spaniard Antonio de Espejo on his 1583 expedition. In his journal he describes an abandoned pueblo with a ditch running from a nearby pond. It is thought this was Montezuma's Castle and Well. Early settlers to the area concluded that the stately cliff dwelling belonged to the Aztec emperor Montezuma. Actually, the "castle" was home to the Sinagua -- not the Aztecs -- and was deserted nearly a century before Montezuma was born. Montezuma never lived in the castle named after him nor did he drink from the well's waters." -- unknown author.
36. The Spires in the valley of Granite Dells near Prescott, Arizona, ca.1900
- Author
-
James, George Wharton and James, George Wharton
- Subjects
- circa 1900, Prescott, valleys: Granite Dells, Yavapai, Arizona., United States., Arizona., Arizona., United States.
- Abstract
Photograph of The Spires in the valley of Granite Dells near Prescott, Arizona, ca.1900. The tall eroded spires of granite sit apparently precariously next to railroad tracks. Scrub grass and other low shrubs are the predominant vegetation in the surrounding generally flat landscape.
37. Two men at an outlet of Montezuma's Well, south side, near Camp Verde, Arizona, ca.1900
- Author
-
James, George Wharton and James, George Wharton
- Subjects
- circa 1900, Yavapai, Camp Verde, Arizona., United States., Arizona., Arizona., United States.
- Abstract
Photograph of two men at an outlet of Montezuma's Well, south side, near Camp Verde, Arizona, ca.1900. The men can be seen sitting under a stone outcropping on the rocks surrounding the standing water from the outlet. The man on the right can be seen wearing a hat. Both men can be seen holding candles to light the darkened area. The candles' flames reflect in the water.
38. Montezuma's Castle near Camp Verde, Arizona, ca.1893-1900
- Author
-
Pierce, C.C. (Charles C.), 1861-1946 and Pierce, C.C. (Charles C.), 1861-1946
- Subjects
- circa 1893/1900, Yavapai, Camp Verde, Arizona., United States., Arizona., Arizona., United States.
- Abstract
Photograph of a near view of Montezuma's Castle near Camp Verde, Arizona, ca.1893-1900. The cliff dwelling can be seen built up under a huge stone outcropping that can only be reached by a series of ladders, which are visible at center. Several alcoves can be seen along the mountain wall. Two windows are visible along the walls of the cliff dwelling, and two objects can be seen protruding from the top of the highest wall. A man stands near the topmost ladder.
39. Montezuma's Well, near an Indian cliff dwellings in Verde Valley, Arizona, ca.1900
- Subjects
- circa 1900, Arizona., Yavapai, United States., Arizona., Arizona., United States.
- Abstract
Photograph of Montezuma's Well, near an Indian cliff dwellings in Verde Valley, Arizona, ca.1900. In the extreme foreground at left, twigs and branches can be seen resting on a rock wall. In the background at center, a large lake is bound by the surrounding canyon walls. In the extreme background, hills dotted with scarce vegetation can be seen.
40. Reflection in water of Montezuma's Well, near Indian cliff dwellings in Verde Valley, Arizona, ca.1900
- Author
-
Pierce, C.C. (Charles C.), 1861-1946 and Pierce, C.C. (Charles C.), 1861-1946
- Subjects
- circa 1900, Yavapai, valleys: Verde Valley, Arizona., United States., Arizona., Arizona., United States.
- Abstract
Photograph of the reflection in the water of Montezuma's Well, near Indian cliff dwellings (not visible) in Verde Valley, Arizona, ca.1900. Brush-covered rocky debris rises from the water's edge to meet the vertical wall of the cliff which is reflected in the water. Sunlight shimmers in the water and illuminate the dull, jagged rock of the cliff. A single, round bush stands at the center of the cliff and is reflected faithfully in the water below.
41. Cliff dwelling overlooking Montezuma's Well in Verde Valley, Arizona, ca.1900
- Author
-
Cooper, Lloyd, Pierce, C.C. (Charles C.), 1861-1946, Cooper, Lloyd, and Pierce, C.C. (Charles C.), 1861-1946
- Subjects
- circa 1900, Yavapai, Verde Valley, Arizona., United States., Arizona., Arizona., United States.
- Abstract
Photograph of the ruin of a cliff dwelling overlooking Montezuma's Well in Verde Valley, Arizona, ca.1900. The water in the well reflects a blurred image of the cliff.; "Montezuma Well, near Camp Verde, Arizona, is fed by underground sources which are said to be over 800 feet below the surface. Its tremendous overflow of nearly two million gallons of water every twenty-four hours has cut through the wall, under the trees at the right, to form small caves in which prehistoric dwellers have left relics of their craft." -- Lloyd Cooper, Los Angeles Times, 9 September 1934.
42. Cliff dwelling overlooking Montezuma's Well in Verde Valley, Arizona, ca.1900
- Author
-
Cooper, Lloyd, Pierce, C.C. (Charles C.), 1861-1946, Cooper, Lloyd, and Pierce, C.C. (Charles C.), 1861-1946
- Subjects
- circa 1900, Yavapai, valleys: Verde Valley, Arizona., United States., Arizona., Arizona., United States.
- Abstract
Photograph of the ruin of a cliff dwelling overlooking Montezuma's Well in Verde Valley, Arizona, ca.1900. The water in the well reflects a blurred image of the cliff. A horse-drawn carriage parked near the edge of the cliff top is partially obscured by a tree.; "Montezuma Well, near Camp Verde, Arizona, is fed by underground sources which are said to be over 800 feet below the surface. Its tremendous overflow of nearly two million gallons of water every twenty-four hours has cut through the wall, under the trees at the right, to form small caves in which prehistoric dwellers have left relics of their craft." -- Lloyd Cooper, Los Angeles Times, 9 September 1934.
43. Montezuma's Well, near Indian cliff dwellings in Verde Valley, Arizona, ca.1900
- Author
-
Pierce, C.C. (Charles C.), 1861-1946 and Pierce, C.C. (Charles C.), 1861-1946
- Subjects
- circa 1900, Yavapai, valleys: Verde Valley, Arizona., United States., Arizona., Arizona., United States.
- Abstract
Photograph of Montezuma's Well, near Indian cliff dwellings (not visible) in Verde Valley, Arizona, ca.1900. Brush partially obscures a horse-drawn carriage at left. At right, a man stands half-way up the rocky face which is featured prominently at center.
44. Research Design for the Investigation of Cultural Resources Along the Granite Reef Aqueduct and Transmission Lines, Central Arizona Project
- Author
-
Rice, Glen and Brown, Patricia Eyring
- Subjects
Mohave Desert ,Historic ,Chipped Stone ,Patayan ,Prehistoric ,Water Control Feature ,Hohokam ,Macrobotanical ,Artifact Scatter ,Encampment ,Ceramic ,western Arizona ,Research Design / Data Recovery Plan ,Salt River ,Fauna ,Yavapai ,Ground Stone ,Shell ,Yuman Complex ,Colorado River ,Protohistoric ,Sonoran Desert ,Trail - Abstract
Under contract with the Bureau of Reclamation, the Office of Cultural Resource Management (OCRM), Department of Anthropology, Arizona State University, completed a general research design for completion of archaeological survey and mitigation of cultural resources that would be impacted by the construction of the Granite Reef Aqueduct for the Central Arizona Project. Because it was not possible to specify the extent of the work to be completed at the initiation of the project, general guidelines were set up for the scheduling of individual cultural resource study tasks which corresponded to specific construction units or reaches. Each task was a self contained subunit of the overall project, initiated by the approval of a budget and scheduling proposal and summarized in an interim report. The subdivided structure of the "on-call" cultural resource study facilitated a multistage approach to the investigation. The investigations culminated in the identification of a pattern of secondary resource zone exploitation in the desert areas between the river valleys. Researchers defined and described a secondary resource zone as an area which did not support a permanent population, but was utilized intermittently, probably on a seasonal basis, in the exploitation of wild plant and animal food resources by people whose primary subsistence was derived from a different zone.
- Published
- 1978
- Full Text
- View/download PDF
45. Archaeological Investigations Within a Borrow Area Associated with Reach 5, Granite Reef Aqueduct, Central Arizona Project, Maricopa County, Arizona
- Author
-
Brown, Patricia E.
- Subjects
Harquahala Valley ,Aguila, Arizona ,Big Horn Mountains ,AZ S:7:2(ASU) ,Hohokam ,Artifact Scatter ,Systematic Survey ,Ceramic ,Lower Colorado River Buff Ware ,Buckeye, Arizona ,lower Gila River ,Granite Reef Aqueduct Reach 5 ,Gila Plainware Ceramics ,Yavapai ,Tizon Brown Ware ,AZ S:7:1(ASU) ,Yuman ,Trail - Abstract
Under contract with the Bureau of Reclamation, the Office of Cultural Resource Management (OCRM), Department of Anthropology, Arizona State University, recently undertook the investigation of two sites located within a borrow area along Reach 5 of the Granite Reef Aqueduct. The sites were initially located and recorded during an archaeological clearance survey that OCRM archaeologists conducted in February, 1976 (Brown 1976a) (see https://core.tdar.org/document/393057). The fieldwork was completed in 1.25 worker days on June 7, 1976. This report describes the results of the archaeological data recovery along Reach 5 of the Granite Reef Aqueduct. The ceramics recovered from the borrow area indicate that Hohokam, River Yuman, and Upland Yuman groups used the area between A.D. 1150 and the Historic period. It is probable that these sites represent the remnants of a trade route, which was likely established between the mountains and the lower Gila at a prehistoric date and was perhaps maintained by historic groups. The presence of sherds in the project area can be generally attributed to trail breakage. The recovery and interpretation of these data ultimately resulted in a determination of "no adverse effect" due to proposed disturbance within the borrow area.
- Published
- 1976
- Full Text
- View/download PDF
46. The History and Archaeology of Nine Historic Sites on the Fort McDowell Indian Reservation: An Overview
- Author
-
Stein, Pat H.
- Subjects
Toy Concentration ,Bucket ,Nail ,Artifact Scatter ,Irrigation Betterment Project ,Archaeological Overview ,Gravel Floor ,Agricultural or Herding ,Adobe ,Government Canal ,Red Brick ,1920s ,Brick House ,AZ U:6:19 (ARS) ,R. A. Harer ,AZ U:6:1 (ARS) ,Post Hole / Post Mold ,Chimney ,Brush Structure ,Culvert ,Ramon Pillanes ,ARS U:6:14 (ARS) ,Mortuary Practice ,Domestic Structures ,House ,AZ U:6:8 (ARS) ,Building ,Lee Ross ,1950s ,Midden ,Bottle Concentration ,J. D. Adams ,19th Century ,Resource Extraction / Production / Transportation Structure or Features ,Stove ,Phoenix, AZ ,Historic Native American ,Gilbert Davis ,siphon ,Euroamerican ,Window Glass ,Verde Valley ,Floor ,Trash Concentration ,Fort McDowell Mohave-Apache Indian Community ,Wood Burning Stove ,Brick ,Fort McDowell ,AZ U:6:85 (ASM) ,AZ U:6:9 (ARS) ,Trash Scatter ,Historic ,Brick Fireplace ,AZ U:6:15 (ARS) ,Iron Poker ,AZ U:6:2 (ARS) ,Domestic Structure or Architectural Complex ,Fireplace ,Wooden Floor ,Anglo-American ,Cup ,AZ U:6:18 (ARS) ,Building Materials ,1900s ,Wood Frame House ,1940s ,Archaeological Feature ,Wickiup ,Metal ,Canal or Canal Feature ,M. A. Watkins ,Reconnaissance / Survey ,Wood ,Fort McDowell Indian Reservation ,20th Century ,Adobe Building ,Post ,Toy ,Overflow ,Richard Dickens ,Adobe Brick ,Hearth ,Brick Chimney ,Jones Ditch ,Corral ,Iron ,Manual Gallardo ,Well ,McDowell Tract ,Government Ditch ,Sheet Midden ,Cooking Utensil ,1930s ,Anglo ,Washtub ,Nellie Quail ,Bottle ,Water Control Feature ,Lateral ,Frank Watkins ,Shoe ,Yavapai ,1890s ,Pit ,Shoe Concentration ,Poker ,Glass ,FOS: Civil engineering ,McDowell Indian Reservation - Abstract
The Fort McDowell Indian Reservation is rich in historic and prehistoric archaeological resources. Systematic surface searches have located and recorded over 100 archaeological sites within the 40 square mile reservation. Such sites show that many groups have used the area, including the prehistoric Hohokam, the Yavapai, Anglo-Americans, and Mexican-Americans. Prior to 1984, however, only four sites at Fort McDowell had been excavated or tested. Two of the sites were prehistoric, consisting of Hohokam habitation sites, and two were historic, consisting of a beer bottle sidewalk at the old military fort and a 1900s trash scatter with a 1950s adobe-making facility. In 1984, plans by the Fort McDowell Mohave-Apache Indian Community to develop Phase I of an irrigation betterment project afforded an opportunity to undertake the most detailed study, to date, of archaeological remains on the reservation. Because federal funds would be necessary to carry out the project, federal law required that sites potentially important enough to be added to the National Register of Historic Places be identified, and that plans be made to lessen the damage to them from the proposed construction. To lessen the damage archaeological and historical information about the sites had to be collected. Knowledgeable informants who knew the history of these sites also had to be contacted. The project area contained 20 historically important sites, 11 of which could be avoided by construction. The Indian Community contracted with Archaeological Research Services, Inc. (ARS) to collect information at the nine sites which could not be avoided by the project. Please note that page 4 of this report is missing.
- Published
- 1985
- Full Text
- View/download PDF
47. An Archaeological Survey of the Orme Reservoir
- Author
-
Veletta Canouts
- Subjects
AZ U:6:114 (ASM) ,AZ U:6:134 (ASM) ,Artifact Scatter ,Archaeological Overview ,AZ U:6:101 (ASM) ,AZ U:6:61 (ASM) ,AZ U:6:39 (ASM) ,AZ U:6:21 (ASM) ,AZ U:6:59 (ASM) ,AZ U:6:81 (ASM) ,AZ U:6:41 (ASM) ,Cemetery ,AZ U:6:99 (ASM) ,AZ U:6:79 (ASM) ,AZ U:6:26 (ASM) ,AZ U:2:12 (ASM) ,Arizona ,AZ U:6:87 (ASM) ,AZ U:6:67 (ASM) ,Road ,Fauna ,AZ U:6:174 (ASM) ,AZ U:6:154 (ASM) ,Rock Art ,Central Arizona ,Pit House / Earth Lodge ,AZ U:6:139 (ASM) ,AZ U:6:162 (ASM) ,AZ U:6:27 (ASM) ,Domestic Structures ,AZ U:6:73 (ASM) ,AZ U:6:33 (ASM) ,AZ U:6:86 (ASM) ,AZ U:6:166 (ASM) ,AZ U:6:126 (ASM) ,AZ U:6:46 (ASM) ,AZ U:6:133 (ASM) ,Historic Native American ,AZ U:6:34 (ASM) ,AZ U:2:20 (ASM) ,AZ U:6:74 (ASM) ,AZ U:6:115 (ASM) ,Ceramic ,AZ U:6:155 (ASM) ,AZ U:6:161 (ASM) ,AZ U:6:121 (ASM) ,AZ U:6:127 (ASM) ,Salado ,AZ U:6:62 (ASM) ,AZ U:6:167 (ASM) ,Kiln ,Fort McDowell ,Coon Bluff ,Historic ,AZ U:6:35 (ASM) ,Rock Alignment ,AZ U:6:170 (ASM) ,AZ U:2:13 (ASM) ,AZ U:6:68 (ASM) ,AZ U:6:88 (ASM) ,AZ U:6:140 (ASM) ,AZ U:6:108 (ASM) ,AZ U:6:120 (ASM) ,AZ U:6:110 (ASM) ,AZ U:6:138 (ASM) ,AZ U:6:128 (ASM) ,AZ U:6:163 (ASM) ,AZ U:6:143 (ASM) ,Archaeological Feature ,AZ U:6:105 (ASM) ,Metal ,AZ U:6:92 (ASM) ,AZ U:6:72 (ASM) ,Canal or Canal Feature ,Wood ,Maricopa County ,AZ U:6:38 (ASM) ,AZ U:6:58 (ASM) ,Ground Stone ,AZ U:6:40 (ASM) ,Hearth ,AZ U:6:4 (ASM) ,Petroglyph ,AZ U:6:15 (ASM) ,Corral ,Verde River ,AZ U:6:95 (ASM) ,Road, Trail, and Related Structures or Features ,AZ U:6:159 (ASM) ,Fire Cracked Rock ,AZ U:6:129 (ASM) ,AZ U:6:20 (ASM) ,AZ U:6:142 (ASM) ,AZ U:6:37 (ASM) ,AZ U:6:106 (ASM) ,AZ U:6:93 (ASM) ,AZ U:6:43 (ASM) ,AZ U:6:165 (ASM) ,AZ U:6:136 (ASM) ,AZ U:6:66 (ASM) ,AZ U:6:14 (ASM) ,Room Block / Compound / Pueblo ,Colonial Hohokam ,AZ U:6:113 (ASM) ,AZ U:6:5 (ASM) ,AZ U:6:89 (ASM) ,AZ U:6:158 (ASM) ,AZ U:6:36 (ASM) ,AZ U:6:94 (ASM) ,AZ U:6:135 (ASM) ,AZ U:6:141 (ASM) ,AZ U:6:70 (ASM) ,Yavapai ,AZ U:6:107 (ASM) ,AZ U:6:112 (ASM) ,AZ U:6:42 (ASM) ,AZ U:6:164 (ASM) ,Pit ,Glass ,Mount McDowell ,AZ U:6:65 (ASM) ,AZ U:2:11 (ASM) ,AZ U:6:124 (ASM) ,AZ U:6:104 (ASM) ,AZ U:6:144 (ASM) ,AZ U:6:111 (ASM) ,AZ U:6:51 (ASM) ,AZ U:6:29 (ASM) ,Agricultural or Herding ,AZ U:6:91 (ASM) ,AZ U:6:3 (ASM) ,AZ U:6:49 (ASM) ,AZ U:6:69 (ASM) ,Terrace ,AZ U:6:31 (ASM) ,AZ U:6:71 (ASM) ,AZ U:6:11 (ASM) ,Classic Salado ,AZ U:6:44 (ASM) ,AZ U:6:84 (ASM) ,AZ U:6:64 (ASM) ,Funerary and Burial Structures or Features ,AZ U:6:151 (ASM) ,AZ U:6:24 (ASM) ,AZ U:6:131 (ASM) ,AZ U:6:171 (ASM) ,AZ U:6:117 (ASM) ,AZ U:6:137 (ASM) ,AZ U:6:157 (ASM) ,AZ U:6:177 (ASM) ,Mound / Earthwork ,Orme Reservoir ,Trail ,AZ U:2:21 (ASM) ,AZ U:6:149 (ASM) ,AZ U:6:10 (ASM) ,AZ U:6:172 (ASM) ,AZ U:6:132 (ASM) ,AZ U:6:109 (ASM) ,AZ U:6:116 (ASM) ,AZ U:6:63 (ASM) ,House ,AZ U:6:23 (ASM) ,AZ U:6:156 (ASM) ,AZ U:2:15 (ASM) ,AZ U:6:96 (ASM) ,Shell ,AZ U:6:103 (ASM) ,AZ U:6:56 (ASM) ,late Sedentary ,AZ U:6:8 (ASM) ,AZ U:6:16 (ASM) ,Resource Extraction / Production / Transportation Structure or Features ,Chipped Stone ,Non-Domestic Structures ,Structure ,AZ U:6:97 (ASM) ,Quarry ,Euroamerican ,AZ U:6:57 (ASM) ,AZ U:6:90 (ASM) ,AZ U:6:2 (ASM) ,AZ U:6:28 (ASM) ,AZ U:2:14 (ASM) ,AZ U:6:9 (ASM) ,AZ U:6:50 (ASM) ,Fort McDowell Mohave-Apache Indian Community ,AZ U:6:85 (ASM) ,AZ U:6:45 (ASM) ,AZ U:6:98 (ASM) ,Cave ,AZ U:6:78 (ASM) ,Domestic Structure or Architectural Complex ,Historic Structure ,Salt River ,AZ U:6:160 (ASM) ,AZ U:6:150 (ASM) ,AZ U:6:130 (ASM) ,AZ U:6:148 (ASM) ,Rock Shelter ,Late Colonial ,AZ U:6:118 (ASM) ,AZ U:6:153 (ASM) ,AZ U:6:173 (ASM) ,AZ U:6:168 (ASM) ,AZ U:2:19 (ASM) ,Hohokam ,AZ U:6:125 (ASM) ,AZ U:6:18 (ASM) ,AZ U:6:145 (ASM) ,AZ U:6:32 (ASM) ,AZ U:6:80 (ASM) ,AZ U:6:52 (ASM) ,AZ U:6:60 (ASM) ,Tonto National Forest ,AZ U:6:102 (ASM) ,AZ U:6:122 (ASM) ,AZ U:6:75 (ASM) ,AZ U:2:16 (ASM) ,AZ U:6:55 (ASM) ,Usery Mountains ,AZ U:6:83 (ASM) ,AZ U:2:18 (ASM) ,AZ U:6:169 (ASM) ,AZ U:6:30 (ASM) ,AZ U:6:152 (ASM) ,AZ U:6:119 (ASM) ,Ball Court ,AZ U:6:47 (ASM) ,AZ U:6:53 (ASM) ,AZ U:6:146 (ASM) ,AZ U:6:175 (ASM) ,AZ U:6:76 (ASM) ,AZ U:6:123 (ASM) ,Sedentary ,AZ U:2:17 (ASM) ,AZ U:6:82 (ASM) ,Prehistoric ,AZ U:6:54 (ASM) ,AZ U:6:100 (ASM) ,Water Control Feature ,AZ U:6:176 (ASM) ,AZ U:6:77 (ASM) ,Pioneer Hohokam ,AZ U:6:48 (ASM) ,AZ U:6:147 (ASM) ,AZ U:6:25 (ASM) - Abstract
This report is a statement concerning the assessed impact of the proposed Orme Reservoir on the archaeological resources. The Orme Reservoir is one phase of the Bureau of Reclamation's Central Arizona Project plan to impound and distribute water from the Colorado River to central and southern Arizona. To be located at the confluence of the Salt and Verde rivers, the Orme Reservoir will flood approximately 24,000 acres of bottomland along both rivers. Previous archaeological data from the area indicated that the proposed dam and reservoir would affect archaeological and historical remains. The Western Regional Office of the National Park Service, therefore, contracted with the Arizona State Museum to do an intensive evaluative survey of the archaeological resources in the area for the Bureau of Reclamation. This study consisted of four phases. Phase I involved a survey of the Salt arm of the Orme Reservoir. Phase II was a survey of the Verde arm. The data from an ancillary survey of a small region below the proposed dam slated for use in aqueduct construction, the Orme Reservoir extension, composed Phase Ia. At the end of each phase, a preliminary report describing the archaeological resources located was prepared. Phase III resulted in the completion of this report, a detailed study and evaluation of the potentially affected archaeological resource base. The report discusses the cultural inventory in terms of an ecological framework emphasizing differential adaptation as reflected in various types of sites. Archaeological data are organized with the community as the unit of analysis, although inter-site as well as intra-site relationships are made explicit. The logistics of field work and analysis are included, as well as a brief summary of environmental considerations, and an assessment of the archaeological significance of the region. The study of significance includes a comprehensive analysis of inter-regional and intra-regional archaeological data, a summary of unavoidable adverse effects of the dam on the archaeology, a description of alternatives to the proposed reservoir, recommended action with regard to the archaeologically deleterious results of reservoir construction, and an evaluation of total resource study versus mitigation costs in terms of recovering the archaeological information.
- Published
- 1975
- Full Text
- View/download PDF
48. Tonto National Forest Cultural Resources Assessment Management Plan and Overview
- Author
-
J. Scott Wood, Sullivan, Michael A., Kelley, Linda B., and Germick, Steve
- Subjects
AR-03-12-06-1130 ,Dating Sample ,AR-03-12-01-39 ,AR-03-12-01-38 ,AR-03-12-02-07 ,Artifact Scatter ,AR-03-12-01-37 ,Red Hill Ruin ,Polles Mesa Reuin ,Trash Midden ,AR-03-12-02-113 ,AR-03-12-06-132 ,Kenton Ranch Ruin ,AR-03-12-06-1131 ,AR-03-12-01-42 ,Cemetery ,AR-03-12-01-41 ,Park Creek Ruin ,AR-03-12-01-44 ,Classic Hohokam ,AR-03-12-01-43 ,Armer Ranch Ruin ,AR-03-12-04-766 ,AR-03-12-06-55 ,AR-03-12-01-40 ,Squaw Creek ,AR-03-12-06-54 ,AR-03-12-06-116 ,Gila County ,AR-03-12-01-46 ,Fish Creek ,AR-03-12-01-45 ,Road ,Brooklyn Basin Ruins ,Fauna ,Granite Basin ,Prescott ,AR-03-12-06-1148 ,AR-03-12-02-580 ,AR-03-12-01-53 ,AR-03-12-06-346 ,Pit House / Earth Lodge ,AR-03-12-01-55 ,AR-03-12-01-54 ,Domestic Structures ,AR-03-12-01-678 ,AR-03-12-06-350 ,Reservoir ,AR-03-12-06-78 ,AR-03-12-01-210 ,Skull Cave ,Ceramic ,Cohonina ,Salado ,Haught Cabin ,Lewis and Pranty Creek Bridge ,AR-03-12-06-1044 ,Historic ,AR-03-12-01-74 ,AR-03-12-03-13 ,Mogollon ,Textile ,AR-03-12-04-158 ,AR-03-12-01-72 ,AR-03-12-03-18 ,La Ciudad de Los Alamos ,Devil's Canyon Bridge ,Hamlet / Village ,Indian Point Ruin ,Preclassic ,AR-03-12-04-168 ,AR-03-12-04-289 ,Building Materials ,AR-03-12-04-288 ,AR-03-12-04-167 ,AR-03-12-04-166 ,AR-03-12-04-286 ,AR-03-12-04-285 ,AR-03-12-04-284 ,Club Cabin ,Round Valley Ruin ,Archaeological Feature ,Metal ,AR-03-12-04-169 ,Canal or Canal Feature ,Hematite House ,Wood ,Boulder Creek Bridge ,Maricopa County ,AR-03-12-04-170 ,Ash Mountain Ruin ,Alchesay Canyon Bridge ,Roger's Canyon Cliff Dwellings ,Ground Stone ,Tonto Basin ,Tuzigoot-on-Salome ,Agricultural Field or Field Feature ,Corral ,Road, Trail, and Related Structures or Features ,AR-03-12-03-31 ,Cline Terrace Ruin ,AR-03-12-04-267 ,AR-03-12-04-266 ,Pine Creek Bridge ,AR-03-12-04-265 ,AR-03-12-04-264 ,AR-03-12-04-263 ,Tucson Basin Hohokam ,AR-03-12-04-262 ,AR-03-12-04-261 ,AR-03-12-03-45 ,AR-03-12-03-46 ,AR-03-12-03-43 ,AR-03-12-03-44 ,Dam ,AR-03-12-04-268 ,Azatlan ,Macrobotanical ,AR-03-12-03-49 ,AR-03-12-03-47 ,AR-03-12-03-48 ,Gisela Mound ,Yavapai ,Glass ,Mormon Flat Bridge ,AR-03-12-04-272 ,AR-03-12-03-56 ,AR-03-12-03-57 ,AR-03-12-03-55 ,AR-03-12-04-20 ,AR-03-12-03-52 ,Platform Mound ,AR-03-12-03-50 ,AR-03-12-03-51 ,AR-03-12-03-58 ,AR-03-12-03-59 ,Agricultural or Herding ,AR-03-12-04-122 ,Terrace ,Sinagua ,Bead Mountain Ruinrs ,AR-03-12-01-156 ,AR-03-12-03-62 ,Funerary and Burial Structures or Features ,Mill ,Pinal City ,Pollen ,AR-03-12-03-60 ,AR-03-12-04-131 ,Mound / Earthwork ,Oak Creek Ruin ,Casa Bandolero Ruin ,Mine ,Diamond Point Lookout Cabin ,House ,Grapevine Springs ,Roosevelt Dam Spillway Bridges ,Brazaletes Ruin ,Anchan ,Shell ,AR-03-12-03-446 ,AR-03-12-03-448 ,AR-03-12-03-447 ,Late Classic ,Midden ,Sunflower Mesa ,Resource Extraction / Production / Transportation Structure or Features ,Chipped Stone ,Schoolhouse Point Ruin ,AR-03-12-04-106 ,Non-Domestic Structures ,Structure ,Settlements ,Quarry ,Fossil Creek Bridge ,Euroamerican ,Sierra Ancha Cliff Dwellings ,Sears-Kay Ruin ,Human Remains ,AR-03-12-06-1442 ,AR-03-12-06-1441 ,AR-03-12-06-1440 ,Hotel Ruin ,AR-03-12-06-02 ,AR-03-12-03-510 ,Domestic Structure or Architectural Complex ,Historic Structure ,AR-03-12-06-296 ,Sixshooter Sawmill ,Papaguerian ,AR-03-12-06-399 ,AR-03-12-06-13 ,Sunflower Ruin ,Mercer Ruin ,Hohokam ,AR-03-12-06-714 ,Encampment ,Apache ,AR-03-12-01-04 ,AR-03-12-01-03 ,McMillenville ,Camp Reno ,Tonto National Forest ,Yavapai County ,Wheatfields ,Pinal County ,Dugan Ranch Ruin ,AR-03-12-01-369 ,Rye Creek Ruin ,Verde River Sheep Bridge ,Military Structure ,Reavis Ranch ,Mayfield Canyon ,AR-03-12-06-397 ,Bridge ,Shoofly Village Ruin ,AR-03-12-01-132 ,Blue Point Village ,AR-03-12-06-811 ,AR-03-12-01-131 ,Bartlett Flat ,Prehistoric ,Water Control Feature ,Cottonwood Box ,Cane Springs ,Research Design / Data Recovery Plan ,Reavis Ruin ,Reno Military Road ,Salt River Bridge ,Polles Mesa Ruin - Abstract
This document contains the management direction for the cultural resources of the Tonto National Forest during the planning period FY89 through FY92. The objectives of this assessment are to provide a framework for active cultural resources management on the Forest, to schedule specific management activities, and to update, refine, and implement the cultural resources elements of the Forest Land Management Plan. The assessment summarizes the current status and management of the Forest's resources and identifies priorities for future inventory, evaluation, and allocation. This planning assessment addresses the items specified in 36 CFR 219.24, in the Settlement Order and Agreement dated September 9, 1986 (hereafter referred to as the Settlement), and in the Region 3 guidelines which provide direction for the preparation of such assessment plans. At the end of the first planning period, it will be reviewed and revised as necessary to provide updated management data and direction for the next planning period.
- Published
- 1989
- Full Text
- View/download PDF
49. An Archaeological Clearance Survey of a Borrow Area Associated with Reach 5, Granite Reef Aqueduct, Central Arizona Project, Maricopa County, Arizona
- Author
-
Brown, Patricia E.
- Subjects
Harquahala Valley ,Aguila, Arizona ,Big Horn Mountains ,AZ S:7:2(ASU) ,Hohokam ,Artifact Scatter ,Systematic Survey ,Ceramic ,Lower Colorado River Buff Ware ,Buckeye, Arizona ,lower Gila River ,Granite Reef Aqueduct Reach 5 ,Gila Plainware Ceramics ,Yavapai ,Tizon Brown Ware ,AZ S:7:1(ASU) ,Yuman ,Trail - Abstract
Under contract with the United States Bureau of Reclamation, the Office of Cultural Resource Management (OCRM), Department of Anthropology, Arizona State University conducted an archaeological survey of a borrow area along Reach 5 of the Granite Reef Aqueduct. The objectives of this survey were to 1) locate and record any archaeological remains within the project boundaries; 2) characterize and evaluate those remains in order to place them within a regional context; and 3) recommend further investigation of those sites that would be directly or secondarily impacted by proposed disturbance. Fieldwork required a total 7.5 worker days, and was completed from February 10 and 11, 1976. This report describes the results of the archaeological survey along Reach 5 of the Granite Reef Aqueduct. The survey identified two sites, both of which were small sherd scatters.
- Published
- 1976
- Full Text
- View/download PDF
50. The Swilling Legacy
- Author
-
Zarbin, Earl
- Subjects
William Linchan ,Cavalry ,Arizona Guard ,Grant's Flour Mill ,Trinidad Escalante ,Mesa, AZ ,Mail Rider ,Thomas Barnum ,Hayden Milling and Farming Ditch Co ,Pinos Altos, New Mexico Territory ,T. M. Bronson ,African American ,Maricopa County Democratic Convention ,B. W. Hardy ,Georgia (State / Territory) ,Mill Manager ,Samuel J. Hensley, Jr ,Miner ,Private ,Charles Trumbull Hayden ,Gov. A. P. K. Safford ,Darrell Duppa ,Charles E. Gate ,Swilling Irrigation and Canal Company ,Pima ,Gavilan ,Montezuma Canal ,Confederate Soldier ,El Picacho ,Justice of the Peace ,Town Ditch ,Camp Verde ,Hassayampa River ,Chiricahua Mountains ,Agua Fria River ,Civil War ,Yuma, AZ ,William B. Hellings ,New River ,Farmer ,Maricopa (County) ,San Francisco River ,Musician ,Phoenix, AZ ,Historic Native American ,Andrew Kirby ,Andrew Starar ,Basin Mine ,South Carolina (State / Territory) ,New Mexico Territory ,1870s ,Teamster ,Maricopa ,Gillett, AZ ,Gila (County) ,Soldier ,Weaver Creek ,Fort McDowell ,Maryville, AZ ,Historic ,East Phoenix ,Margaret Swilling ,Salt River Valley Canal ,Printer ,Tip Top Mine ,Ammi M. White ,Territory of Arizona ,Arkansas (State / Territory) ,J. Y. T. Smith ,Hardy Irrigating Canal Co ,Crime History ,Tempe Canal ,Henry Wickenburg ,Lynx Creek ,Phoenix Daily Herald ,Gila River ,Ira Buffum ,Tempe, AZ ,Verde River ,Trinidad Swilling ,Mangas Coloradas ,Informative ,Thomas McGoldrick ,Gila Rangers ,Prospector ,William F. Scott ,Humbug District ,White Mountains ,Berry Swilling ,Tempe Irrigating Canal Co ,Curtain-Chase Mill ,Mexico ,John Y. T. Smith ,Historic Background Research ,Abraham H. Peeples ,Mobile, AL ,Daniel C. Thorne ,Yavapai (County) ,Salt River Valley ,Rio Abajo Press ,Yavapai ,Walker Party ,William Kilgore ,Prescott, AZ ,Mexican-American War ,G. W. Wilson ,John Smith ,Santa Cruz River ,King S. Woolsey ,Mexican ,Mimbres ,Wells, Fargo & Co ,Mariana ,Capt. Joseph R. Walker ,Mill City ,Miami, AZ ,Pueblo Viejo Ditch Co ,Jacob Starar ,Bradshaw Mountains ,1840s ,Alabama (State / Territory) ,Union Soldier ,Jack Swilling ,Pinal (County) ,Swilling Mine ,Maricopa Canal Company ,Robbery ,Mill Owner ,Col. Jacob Snively ,Arizona (State / Territory) ,Salt River Herald ,Wickenburg, AZ ,A. Angles ,Lehi ,Mesilla, New Mexico Territory ,Fort Belknap, TX ,19th Century ,Ludvic Vandermark ,Robert W. Groom ,Sheriff George A. Mowry ,Pioneer ,Euroamerican ,Phoenix Ditch Co ,Miller Ditch ,John Lassen ,Fort Whipple ,Black Canyon ,1830s ,Fred Henry ,Tip Top, AZ ,Salt Canal ,Matilda Swilling ,Bloody Tanks ,Capt. Sherod Hunter ,Postmaster ,Charles E. McClintock ,Pima (County) ,Texas (State / Territory) ,Salt River ,John T. Alsap ,Aaron Barnett ,Colorado River ,Black Canyon Creek ,Phoenix Settlement ,Charles C. Clusker ,Apache ,Sun City, AZ ,New Mexico (State / Territory) ,1860s ,Gen. Scott ,Col. James H. Carleton ,California Column ,Wheatfields ,White Picacho ,Overland Mail Company ,Pioneer Mining District ,Rich Hill ,Frank Morehouse ,Richard C. McCormick ,Camp Goodwin ,Tucson, AZ ,Gambling House ,James McCullen ,Chileno ,George Monroe ,James Smith ,Louis J. F. Jaeger ,George W. Swilling ,Massacre ,Frank M. Chapman ,Phoenix Precinct ,Capt. William McCleave ,Arizona History ,Maj. J. W. Evans ,Georgia Swilling ,Arizona Miner ,Vulture Mine ,Planters Irrigation Co ,Swilling Ditch ,1850s ,U. S. Army ,Rio Grande ,Joseph H. Davis ,Col. L. G. Taylor ,Gila City - Abstract
Each year thousands of people come to the Salt River Valley, some to visit and some to live. They see a thriving, growing community. But like many who have spent most, or all, of their lives there, they don't know much about the Valley's origins or how it developed. The men and women who built the Valley were like today's people. They were trying to improve their own condition. In doing that, they contributed to the well-being of one another. Jack Swilling was one of them. Swilling organized the first modern irrigating canal company more than a century ago. Water was then, and is today, the essential element around which everything in the Valley is built. Yet, many important decisions about water remain to be made today and will need to be made in the future. Knowing something about how we got where we are today may contribute to making the right decisions tomorrow. Earl Zarbin's interest in the water history of the Salt River Valley and his research into the subject led to the articles in this booklet. They were first published in The Arizona Republic, where he worked for 30 years before early retirement at the end of 1988.
- Published
- 1978
- Full Text
- View/download PDF
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