12 results on '"Utility Line"'
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2. Markåtkomst för ledningar i praktiken : Upplåtelseformer, prövning och tillstånd
- Author
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Jama, Kayd and Jama, Kayd
- Abstract
Markåtkomst för nybebyggelse av allmänna ledningar sker på flera olika sätt. Användning av markområdet kan säkerställs genom ett tvångsvis ägobyte med expropriation enligt expropriationslag. Främst används dock ledningsrätt via en lantmäteriförrättning eller frivilliga överenskommelser som grundas i upplåtelseformerna avtalsservitut eller nyttjanderätt. Markupplåtelse innebär att ledningsägaren har rätt att nyttja marken inom avtalets ramar. Innan byggstart är det nödvändigt att det projekterade underlaget prövas och att tillstånd meddelas av tillsynsansvarig. När de obligatoriska villkoren är uppfyllda är det möjligt att påbörja anordnandet. Arbetet är avgränsat till fyra olika ledningstyper, elektroniska kommunikations-ledningar, elledningar, VA-ledningar och fjärrvärmeledningar. Var och en representerar en av de totalt fyra kategorierna för vilka allmännyttiga ledningar kan upplåts med ledningsrätt (ledningsrättslagen 2 § 1 st.). För att få en uppfattning om förfarandet i praktiken intervjuas åtta personer som har hand om markåtkomsten för olika ledningsägare. Utredningen innehåller en jämförelse av tillvägagångssättet för större ledningar som förstärker nätet med en lång sträckning. Gentemot ledningar inom ett lokalnät, båda i tätorter och utanför, som ansluts direkt till kunden. Jämförelsen utförs med avseende på ledningstyp. Utifrån det samlade underlaget är det tydligt att ledningsägarna vill träffa frivilliga överenskommelse med fastighetsägaren i alla situationer. Ledningstyp har en viss påverkan, i synnerhet gällande ledningar som omfattas av linjekoncession. Fiberbolag (elektronisk kommunikation) använder sig nästintill uteslutet av nyttjanderätt. Markåtkomstprocessen för VA-ledningar, fjärrvärmeledningar och elledningar är slående lika. Bolagen för all tre ledningstyperna använder markavtal på kommunalägd mark. En skillnad är att VA-anläggningar är kommunalägda eller styrda av kommunala bolag. Därför är samarbetet starkare med kommunen. För lokalnät vill, For new construction of public utility lines, land can get claimed in different ways. Use of the land area can be secured through a forced change of ownership with expropriation according to the Expropriation Act. Primarily, utility easements are used with a land surveying procedure or voluntary agreements that are based on the grant forms contractual easements or usufruct. With a land grant, the utility line owner gets the right to use the land according to the agreement. Prior to the construction of the utility line, it is necessary that the projected basis is tested and permission issued. When the mandatory conditions are met, it is possible to start the construction. This paper is limited to four different line types, electricity lines, VA lines, district heating lines and electronic communication lines. Each one represents one of the totals of four categories for which utility lines are granted according to the Utility Easement Act. To get an idea of the procedure in practice, eight people who are in charge of land access for utility line owners are interviewed. The purpose is to investigate the approach when it comes to larger regional lines that reinforce the network and have a long coverage that does not branch out too much. Compared to lines within a local network both in built-up and outside built-up areas, that connect direct to the customers. Based on the collected information, it is clear that the utility line owner wants to reach a voluntary agreement with the property owner. Utility line type has a certain influence, in particular for line concession lines. Fiber lines (electronic communication) are used almost exclusively with usufruct. VA lines, district heating lines and power lines ground access process is strikingly similar. One difference is that VA facilities are municipally owned or managed by municipal companies. Therefore, the collaboration is stronger with the municipality, however, all public utility lines owners strive to form land agreem
- Published
- 2022
3. Land Acquisition for Utility Lines in Practice
- Author
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Jama, Kayd
- Subjects
ledningsrätt ,markupplåtelse ,avtalsservitut ,Utility Line ,Contractual Easement ,Markåtkomst ,Civil Engineering ,Samhällsbyggnadsteknik ,management right ,Land Grant ,Land Acquisition ,right of use ,Utility Easement ,Usufruct ,ledning ,nyttjanderätt - Abstract
Markåtkomst för nybebyggelse av allmänna ledningar sker på flera olika sätt. Användning av markområdet kan säkerställs genom ett tvångsvis ägobyte med expropriation enligt expropriationslag. Främst används dock ledningsrätt via en lantmäteriförrättning eller frivilliga överenskommelser som grundas i upplåtelseformerna avtalsservitut eller nyttjanderätt. Markupplåtelse innebär att ledningsägaren har rätt att nyttja marken inom avtalets ramar. Innan byggstart är det nödvändigt att det projekterade underlaget prövas och att tillstånd meddelas av tillsynsansvarig. När de obligatoriska villkoren är uppfyllda är det möjligt att påbörja anordnandet. Arbetet är avgränsat till fyra olika ledningstyper, elektroniska kommunikations-ledningar, elledningar, VA-ledningar och fjärrvärmeledningar. Var och en representerar en av de totalt fyra kategorierna för vilka allmännyttiga ledningar kan upplåts med ledningsrätt (ledningsrättslagen 2 § 1 st.). För att få en uppfattning om förfarandet i praktiken intervjuas åtta personer som har hand om markåtkomsten för olika ledningsägare. Utredningen innehåller en jämförelse av tillvägagångssättet för större ledningar som förstärker nätet med en lång sträckning. Gentemot ledningar inom ett lokalnät, båda i tätorter och utanför, som ansluts direkt till kunden. Jämförelsen utförs med avseende på ledningstyp. Utifrån det samlade underlaget är det tydligt att ledningsägarna vill träffa frivilliga överenskommelse med fastighetsägaren i alla situationer. Ledningstyp har en viss påverkan, i synnerhet gällande ledningar som omfattas av linjekoncession. Fiberbolag (elektronisk kommunikation) använder sig nästintill uteslutet av nyttjanderätt. Markåtkomstprocessen för VA-ledningar, fjärrvärmeledningar och elledningar är slående lika. Bolagen för all tre ledningstyperna använder markavtal på kommunalägd mark. En skillnad är att VA-anläggningar är kommunalägda eller styrda av kommunala bolag. Därför är samarbetet starkare med kommunen. För lokalnät vill ledningsägarna helst använda sig av avtalsservitut (markupplåtelseavtal) för privata fastighetsägare samt standardiserade markavtal för kommun och större fastighetsägare. Gällande större distributionsledningar strävar ledningsägarna efter att träffa frivilliga överenskommelse först som sedan omvandlas till ledningsrätt. Fjärrvärmeledningar och elledningar upprättar sina avtal med hjälp av branchorganisationen Energiföretagen Sveriges standardmallar. Land access for new construction of public utility lines happens in several different ways. The use of the land area can be secured through a forced change of ownership with expropriation according to the Expropriation Act. Mainly, however, right of way is used via a land surveyor's office or voluntary agreements based on the grant forms contractual easement or right of use agreement. A land grant means that the utility line owner has the right to use the land within the framework of the agreement. Before the start of construction, it is necessary that the projected basis is tested and that permission is given by the supervisor. When the mandatory conditions are met, it is possible to start the construction. The work is limited to four different line types, electronic communication lines, electricity lines, WS lines and district heating lines. Each one represents one of the total of four categories for which public utility lines can be granted with management rights (Management Rights Act, section 2, paragraph 1). To get an idea of the procedure in practice, eight people who are in charge of land access for various utility line companies are interviewed. The purpose is to investigate how the approach for larger regional lines that reinforce the network and have a long coverage that does not branch out too much. Compared from lines within a local network, both in urban areas and outside, which are connected directly to the customer. These two parameters are compared between the respective line types. Based on the collected information, it is clear that managers want to reach voluntary agreements with the property owner in all situations. Fiber companies (electronic communication) make use almost exclusively of rights of use. The ground access process for WS lines, district heating lines and power lines is strikingly similar. The companies for all three utility line types use land agreement on municipally owned land. One difference is that WS authorities are municipally owned or managed by municipal companies. Therefore, the cooperation with the municipality is stronger. For local networks, the managers prefer to use contractual servitudes (land lease agreements) for private property owners and standardized land agreements for municipalities and larger property owners. Regarding larger distribution lines, the managers strive to reach voluntary agreements first, which are then converted into management rights. District heating lines and electricity lines draw up their contracts with the help of the industry organization Energiföretagen Sverige's standard templates.
- Published
- 2022
4. Investigation, Routing, and Location
- Author
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Kramer, Steven R., McDonald, William J., Thomson, James C., Kramer, Steven R., McDonald, William J., and Thomson, James C.
- Published
- 1992
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5. A Comparison Study of High-Frequency Isolated DC/AC Converter Employing an Unfolding LCI for Grid-Connected Alternative Energy Applications.
- Author
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Xiaodong Li and Bhat, Ashoka K. S.
- Subjects
- *
DC-AC converters , *PLUG-in hybrid electric vehicles , *ALTERNATIVE fuels , *HARMONIC distortion (Physics) , *PROTOTYPES - Abstract
A high-frequency (HF) isolated dc/ac converter including an unfolding line connected inverter can be used as the interface between a small-scale alternative energy generation system and the utility line. This paper presents the review of operation of several different topologies of HF isolated dc/ac converters. They are designed for illustration purpose and compared for their performance. It is found that the dual-LCL series resonant dc/ac converter can maintain zero-voltage switching (ZVS) operation for all switches with low line-current total harmonics distortion (THD) and high efficiency. Experimental results on a 500-W prototype converter are included for validation purpose. [ABSTRACT FROM AUTHOR]
- Published
- 2014
- Full Text
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6. utility line
- Author
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Herrmann, Helmut and Bucksch, Herbert
- Published
- 2014
- Full Text
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7. Simple Transformerless Inverter with Automatic Grid-Tracking and Negligible Harmonic Content for Utility Interactive Photovoltaic Systems
- Author
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Schmid, J., Schätzle, R., Bloss, W. H., editor, and Grassi, G., editor
- Published
- 1982
- Full Text
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8. 2,4,5-T: The United States’ Disappearing Herbicide
- Author
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Gough, Michael and Gough, Michael
- Published
- 1986
- Full Text
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9. Utility Surveys
- Author
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Blachut, Teodor J., Chrzanowski, Adam, Saastamoinen, Jouko H., Blachut, Teodor J., Chrzanowski, Adam, and Saastamoinen, Jouko H.
- Published
- 1979
- Full Text
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10. Class I (Overview) Survey Update of the San Carlos Irrigation Drainage District (SCIDD) Joint Works for the U.S. Bureau of Reclamation, Pinal County, Arizona: Report
- Author
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Florie, Paige B., Jones, Thomas E., Stokes, Robert, and Glennda Luhnow
- Subjects
AZ AA:2:284(ASM) ,AZ U:15:83(ASM) ,AZ U:15:5(ASM) ,Artifact Scatter ,AZ AA:2:253(ASM) ,Maricopa-Saguaro 115 kV Transmission Line ,Archaeological Overview ,AZ AA:3:235(ASM) ,AZ U:15:279(ASM) ,Trash Midden ,NA15657 ,NA15655 ,AZ AA:3:221(ASM) ,NA15656 ,NA15653 ,NA15654 ,AZ U:14:57(ASM) ,NA15651 ,AZ U:15:23(MNA) ,Brady Wash Site ,AZ U:15:104(ASM) ,NA15650 ,Cemetery ,Historic US 80 ,AZ AA:3:117(ASM) ,Casa Grande Ruins National Monument ,Prison ,AZ AA:2:219(ASM) ,AZ U:15:403(ASM) ,Picacho Reservoir ,Casa Grande Ruins National Monument Compound ,AZ U:15:11(MNA) ,AZ U:15:302(ASM) ,AZ AA:2:139(ASM) ,Road ,AZ U:15:21(ASM) ,NA15668 ,AZ AA:3:237(ASM) ,AZ U:15:102(ASM) ,NA15669 ,AZ U:16:120(ASM) ,NA15666 ,NA15664 ,Central Arizona ,NA15665 ,AZ AA:3:223(ASM) ,AZ U:15:397(ASM) ,NA15662 ,NA15663 ,NA15660 ,Poston Butte Pueblo ,NA15661 ,AZ U:15:401(ASM) ,AZ U:15:13(MNA) ,AZ U:15:35(MNA) ,AZ U:15:87(ASM) ,AZ AA:2:118(ASM) ,Florence Archeological District ,AZ U:15:27 (ASU) ,NA15639 ,AZ AA:3:324(ASM) ,NA15637 ,AZ U:15:8(ASU) ,NA15638 ,NA15635 ,NA15636 ,AZ U:15:8(ARS) ,AZ U:15:42(ASM) ,AZ U:14:386(ASM) ,NA15634 ,AZ U:15:81(ASM) ,AZ AA:2:149(ASM) ,AZ AA:2:30(ASM) ,Reservoir ,AZ U:16:299(ASM) ,Historic Native American ,AZ U:15:29(MNA) ,AZ U:15:111(ASM) ,AZ AA:3:211(ASM) ,AZ U:15:253(ASM) ,AZ U:15:93(ASM) ,AZ U:15:272(ASM) ,AZ AA:2:175(ASM) ,AZ U:15:275(ASM) ,NA15649 ,NA15646 ,AZ AA:3:281(ASM) ,AZ U:16:223(ASM) ,NA15645 ,NA15642 ,NA15640 ,AZ U:15:52(ASM) ,Historic ,AZ AA:2:300(ASM) ,AZ U:15:16(MNA) ,AZ U:15:474(ASM) ,AZ U:15:288(ASM) ,AZ U:15:127(ASM) ,AZ AA:3:274(ASM ,AZ AA:2:131(ASM) ,AZ AA:2:176(ASM) ,AZ AA:12:875(ASM) ,AZ AA:3:227(ASM) ,AZ U:15:390(ASM) ,Hamlet / Village ,AZ U:15:45(ASM) ,AZ AA:3:209(ASM) ,AZ U:15:273(ASM) ,AZ AA:2:246(ASM) ,Middle Archaic ,AZ U:15:15(ASM) ,AZ U:15:43(ASM) ,Historic Euroamerican ,Canal or Canal Feature ,Town / City ,AZ AA:2:216(ASM) ,AZ AA:3:275(ASM) ,AZ U:15:29(ASU) ,Florence Cemetery ,AZ U:14:346(ASM) ,AZ U:15:14(MNA) ,AZ AA:3:23(ASM) ,AZ U:15:33(MNA) ,AZ AA:3:4(MNA) ,AZ U:15:9(ASU) ,Railroad ,AZ AA:2:128(ASM) ,IHCRS 82-3(SHPO) ,Agricultural Field or Field Feature ,Petroglyph ,AZ AA:2:133(ASM) ,AZ U:15:78(ASM) ,Christensen Road ,Linear Feature ,Roasting Pit / Oven / Horno ,Casa Grande Ruins National Monument Site Cluster V ,AZ Z:2:40(ASM) ,NA 15667 ,Diversion Dam Road ,AZ AA:1:136(ASM) ,Southern Pacific Railroad Mainline – Southern Route-Sunset Route ,Last Water Ruin ,AZ U:15:362(ASM) ,AZ U:15:79(ASM) ,AZ U:15:73(ASM) ,Ashurst-Hayden Diversion Dam ,NA 15671 ,Historic Background Research ,AZ AA:3:222(ASM) ,COL–ED2 #1 Transmission Line ,AZ U:15:82(ASM) ,AZ U:15:103(ASM) ,Arizona State Prison Captain of the Guards House ,AZ AA:2:255(ASM) ,AZ U:15:34(MNA) ,Historic Aboriginal ,AZ U:15:88(ASM) ,AZ AA:2:132(ASM) ,AZ FF:9:17(ASM) ,AZ AA:3:219(ASM) ,Blackwater Lateral ,Eleven Mile Road ,AZ U:15:408(ASM) ,AZ U:14:385(ASM) ,Florence-Casa Grande Canal Extension ,AZ U:15:506(ASM) ,NA15,644 ,AZ U:15:402(ASM) ,AZ U:15:28(ASU) ,AZ AA:1:121(ASM) ,AZ U:15:109(ASM) ,Las Fosas ,AZ U:15:44(ASM) ,La Mescla Site ,AZ U:15:10(MNA) ,AZ AA:2:64(ASM) ,Platform Mound ,Hunt Highway ,AZ U:15:19(ASM) ,AZ U:15:24(MNA) ,Adamsville Ruin ,AZ AA:1:139(ASM) ,AZ U:15:84(ASM) ,State Route 87 ,AZ U:15:5(ARS) ,AZ AA:6:63(ASM) ,Burial Pit ,NA15,633 ,State Route 166 ,State Route 287 ,NA15,632 ,AZ U:15:396(ASM) ,State Route 84 ,AZ AA:2:307(ASM) ,AZ AA:3:30(ASM) ,State Route 80 ,Utility line ,AZ AA:3:236(ASM) ,AZ U:15:4(ASM) ,Sunshine Road ,AZ U:15:281(ASM) ,AZ U:15:404(ASM) ,AZ U:15:120(ASM) ,AZ U:15:365(ASM) ,North Side Canal ,El Paso Natural Gas Pipeline No. 1007 ,AZ U:14:108(ASM) ,AZ U:15:8(MNA) ,Price Road ,AZ U:15:48(ASM) ,AZ U:15:10(ASM) ,AZ AA:3:234(ASM) ,AZ AA:3:220(ASM) ,AZ U:15:22(MNA) ,AZ AA:2:16(ASM) ,AZ U:15:6 (ARS) ,AZ U:15:86(ASM) ,AZ U:14:354(ASM) ,AZ AA:1:96(ASM) ,AZ U:15:19(MNA) ,Bartlett Road ,AZ U:15:80(ASM) ,Mine ,Florence-Casa Grande Canal ,AZ U:15:8(ASM) ,AZ U:15:124(ASM) ,House ,Blackwater Archaeological District ,AZ U:15:476(ASM) ,AZ AA:3:116(ASM) ,State Route 65 ,AZ U:16:213(ASM) ,AZ U:15:101(ASM) ,Selma Highway ,Aqueduct 20 ,Gila Dune Site ,Ashurst-Hayden Diversion Dam Maintenance Facility ,AZ U:15:26(MNA) ,Mesa to Winkelman Spur of the Southern Pacific Railroad/Phoenix and Eastern Railroad ,AZ U:15:398(ASM) ,AZ U:15:77(ASM) ,Saturday Site ,Pinal County, AZ ,Archaic ,Late Archaic ,AZ U:15:14(ASU) ,Euroamerican ,AZ AA:3:5(MNA) ,AZ AA:3:19(ASM) ,Aqueduct 14 ,AZ AA:2:99(ASM) ,Southern Pacific Railroad Wellton-Phoenix-Eloy Spur/Sunset Route ,Casa Grande Highway ,Horvath Site ,AZ AA:2:2(ASM) ,AZ AA:3:22(ASM) ,AZ U:15:75(ASM) ,Pima Lateral Canal ,Florence Ruin ,Middle Gila River Valley ,Junkyard site ,AZ U:15:243(ASM) ,AZ U:14:115(ASM) ,AZ AA:3:10(MNA) ,Historic Structure ,AZ AA:2:100(ASM) ,AZ U:15:32(MNA) ,AZ AA:2:145(ASM) ,AZ U:15:31(ASM) ,Adamsville Road ,AZ AA:2:301(ASM) ,Jones Ruin ,Rock Shelter ,AZ U:15:473(ASM) ,AZ U:15:557(ASM) ,AZ U:15:76(ASM) ,AZ U:14:114(ASM) ,Casa Grande Canal ,AZ U:15:20(MNA) ,AZ U:15:46(ASM) ,AZ AA:3:272(ASM) ,AZ U:15:15(ASU) ,AZ AA:1:104(ASM) ,Hohokam ,AZ T:10:84(ASM) ,AZ U:15:400(ASM) ,AZ U:15:28(MNA) ,AZ U:15:13(ASM) ,Environment Research ,Grewe Site ,AZ AA:2:130(ASM) ,Price Station Townsite ,AZ AA:3:20(ASM) ,AZ AA:3:215(ASM) ,AZ U:14:334(ASM) ,NA15670 ,AZ AA:2:173(ASM) ,AZ U:15:271(ASM) ,AZ AA:1:95(ASM) ,AZ U:15:30(MNA) ,AZ U:15:21(MNA) ,Beeline Highway ,Fisher Memorial Home ,AZ U:15:27(MNA) ,Prehistoric Hohokam ,AZ U:15:18(MNA) ,AZ U:15:399(ASM) ,AZ U:15:12(MNA) ,Records Search / Inventory Checking ,AZ U:15:276(ASM) ,AZ U:15:415(ASM) ,AZ AA:3:6(MNA) ,AZ U:15:31(MNA) ,AZ AA:3:210(ASM) ,AZ U:15:100(ASM) ,AZ U:13:254(ASM) ,AZ U:14:413(ASM) ,AZ U:16:215(ASM) ,Prehistoric ,AZ U:15:106(ASM) ,AZ AA:3:21(ASM) ,Water Control Feature ,AZ U:15:85(ASM) ,AZ U:16:303(ASM) ,AZ AA:3:273(ASM) ,AZ U:15:280(ASM) ,AZ U:15:405(ASM) ,Historic Governmental Structure ,AZ U:15:41(ASM) ,AZ U:15:47(ASM) ,AZ U:15:9(MNA) ,AZ U:15:1 (ASM) - Abstract
As authorized under the Arizona Water Settlements Act of 2004, the San Carlos and Irrigation Drainage District (SCIDD) is undertaking a 10-year rehabilitation project of its irrigation system. SCIDD is the non-Indian irrigation component of the San Carlos Irrigation Project (SCIP), which provides irrigation water to the communities of Florence, Coolidge, and Casa Grande in Pinal County, Arizona. To assist with project planning, Reclamation directed Archaeological Consulting Services, Ltd. (ACS) to conduct a Class I overview of the project area, updating previous Class I reports compiled by Doyel et al. (1995) and Woodson (2000). The Class I update revealed that 172 cultural resource investigations have been conducted within the APE and review area. Although the cultural resource surveys cover approximately 22 percent of the APE and review area, most were conducted more than 10 years ago, or are on the verge. As such, only five percent of the review area was adequately surveyed within the last 10 years. In total, 187 sites have been recorded within the APE and review area, and include a variety of site types and ages and eligible, not eligible, and unknown eligibility determinations to the National Register. The bulk of the sites are prehistoric (n = 121) and include Archaic and Hohokam artifact scatters, habitation sites, resource and procurement sites, and sites with features such as petroglyphs and rock features. At least 52 documented sites are historic, a number of which are associated with the SCIDD and Joint Works system. Other historic sites include homestead sites, structures, roads and highways, railroads and trash scatters. Another 12 sites have been characterized as multicomponent, the bulk of which comprise artifact scatters, some with features, with both prehistoric and historic components. The bulk of the sites had not been evaluated for eligibility (n = 65) or no information is available for them (n = 2). Of the remaining cultural resources that were evaluated, two archaeological districts (Blackwater and Florence) and one structure (the Arizona State Prison Captain of the Guards House) are listed on the State Inventory; 34 sites have been determined eligible for inclusion on the State and/or National Registers; 52 have been recommended eligible; one has been recommended for eligibility testing; and 27 have been recommended as not eligible. Three large prehistoric Hohokam habitation sites along the Gila River are listed on the National Register, including Adamsville Ruin (AZ U:15:1[ASM]), Grewe site (AZ AA:2:2[ASM]) and a site cluster (House Mound) within Casa Grande Ruins National Monument (AZ AA:2:16[ASM]). In addition to the projects and site record checks, historic GLO plat maps and MTP records reveal a number of potentially undocumented historic features and structures in the review area including houses, buildings, canals, ditches, fence lines, railroads, roads, utility lines, and agricultural fields. Modern urban development and expansion of agricultural activity in the area may have obscured or obliterated many of these features. This is the Class I report. A photo of a petroglyph identified during the assessment can be accessed at tDAR ID: 393776.
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- 2009
- Full Text
- View/download PDF
11. Development Planning and Scheduling Model
- Author
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Wilson, James A. and Popescu, Calin
- Published
- 1979
12. POSTMORTEM EVALUATION OF REINTRODUCED MIGRATORY WHOOPING CRANES IN EASTERN NORTH AMERICA
- Author
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Cole, Gretchen A., Thomas, Nancy J., Spalding, Marilyn, Stroud, Richard, Urbanek, Richard P., and Hartup, Barry K.
- Published
- 2009
- Full Text
- View/download PDF
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