Hohokam Archaeology along the Salt-Gila Aqueduct Central Arizona Project, Volume II: Supplemental Archaeological Survey

Autor: System User
Jazyk: angličtina
Rok vydání: 1982
Předmět:
Historic
AZ U:10:20(ASM)
Dating Sample
Coolidge Florence Municipal Airport
Salt Gila Aqueduct Reach 3
AZ U:15:72(MNA)
Domestic Structure or Architectural Complex
Salt Gila Aqueduct Reach 4
Sacaton Phase
United States of America
Artifact Scatter
AZ U:15:32(MNA)
Archaeological Overview
Trash Midden
AZ U:15:38(MNA)
Civano Phase
AZ U:15:92(ASM)
AZ U:15:23
AZ U:15:4
Building Materials
AZ U:15:76(ASM)
AZ U:15:73(MNA)
Salt Gila Aqueduct Reach 3 spoil areas
AZ U:15:15(MNA)
Gila Butte Phase
Metal
Arizona
AZ U:15:46(ASM)
Hohokam
Los Canales
AZ U:14:74(ASM)
AZ U:15:48(ASM)
AZ U:15:71(MNA)
Fauna
Ground Stone
Queen Creek
AZ U:15:74(MNA)
AZ U:15:91(ASM)
AZ U:15:18
AZ U:15:102(ASM)
AZ U:15:33(MNA)
Pollen
Gila River
Central Arizona
Agricultural Field or Field Feature
Hohokam Colonial period
Coolidge
Arizona

Soho Phase
Fire Cracked Rock
Florence
Arizona

Salt Gila Aqueduct Reach 3 borrow areas
AZ U:15:2(ASM)
AZ U:15:75(MNA)
Florence-Casa Grande Canal
Polvóron Phase
Santa Cruz Phase
Sheet Midden
Shell
Mineral
AZ U:15:100(ASM)
Cholla Mountain
Resource Extraction / Production / Transportation Structure or Features
Methodology
Theory
or Synthesis

AZ U:15:103(ASM)
Chipped Stone
AZ U:15:90(ASM)
AZ U:15:70(MNA)
Hohokam Sedentary period
Macrobotanical
Quarry
Ceramic
Salt Gila Aqueduct Reach 3 materials pit
AZ U:15:77(ASM)
Research Design / Data Recovery Plan
04999 (Fips Code)
Archaic
AZ U:15:93(ASM)
AZ U:15:48(MNA)
Hohokam pre-Classic period
AZ U:15:69(ASM)
Data Recovery / Excavation
Gila River Siphon
North America
AZ U:10:23(ASM)
Florence Canal
Glass
Human Remains
Hohokam Classic period
DOI: 10.6067/xcv8vd7093
Popis: This is the second volume in the series of reports on archaeology conducted for the United States Bureau of Reclamation along the route of the Salt-Gila Aqueduct, a component of the Central Arizona Project designed to transport water a distance of 58 miles from east of Phoenix to the vicinity of the Picacho Mountains in Arizona. The project is largely concerned with data recovery at sites identified during previous surveys of the aqueduct alignment. However, as actual construction of the aqueduct began, various realignments and ancillary features became necessary. Intensive (Class 3) surveys were made necessary by realignment of the aqueduct and design of ancillary features after the initial planning phases. This volume reports the results of intensive archaeological surveys of those areas in which construction was proposed only late in the planning process. It includes four reports on supplemental surveys conducted for the Salt-Gila Aqueduct (SGA), Central Arizona Project (CAP). The reports are presented individually to avoid confusion regarding survey locations and methods. ||Part I|| Mcarthy, Carol and Earl Sires||Supplemental Archaeological Survey, Reach 3: Borrow Areas and Aqueduct Realignment Part I, by Carol McCarthy and Earl Sires, discusses the earliest of the supplemental surveys under this contract, involving seven areas associated with Reach 3 of the aqueduct. The surveys were conducted predominantly in the Queen Creek area and immediately north of the Gila River in the vicinity of Florence, Arizona. ||Part II||Gibb, James and Richard Ervin||Supplemental Archaeological Survey, Reach 3: Spoil Areas Near Florence, Arizona Part II, by James Gibb and Richard Ervin, reports on a survey of a spoil area adjacent to the right-of-way in the Florence area. ||Part III||Ervin, Richard||Supplemental Archaeological Survey, Reach 3: Materials Pit Near Coolidge, Arizona Part III, by Richard Ervin, discusses the survey of a proposed materials pit area in and adjacent to the bottom lands of the Gila River. This survey was also associated with Reach 3 construction. ||Part IV||Dart, Allen||Supplemental Archaeological Survey in The Florence, Arizona, Area: Reach 4 Part IV, by Allen Dart, reports on a survey of six areas south of the Gila River in the vicinity of Florence.
Databáze: OpenAIRE