cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.25403/upresearchdata.22147349.v1
title: Versorgers se uitdagings volgens Bronfenbrenner se sisteemvlakke

description: Die doel van hierdie studie was om die uitdagings en behoeftes van versorgers van jong volwassenes met tramatiese breinbesering (TBB) te ondersoek en te beskryf en dienooreenkomstig 'n raamwerk daar te stel vir 'n ondersteuningsprogram vir versorgers van jong volwassenes met TBB. Bronfenbrenner se ekologiese sisteemteorie is die teoretiese raamwerk wat hierdie kwalitatiewe studie onderlê het, met die fokus op faktore binne die mikro-, tegno-, meso-, ekso-, makro- en chronosisteme wat die versorger van die jong volwassene met TBB beïnvloed het. Die kwalitatiewe studie het die veelvuldige gevallestudie ontwerp benut om data deur middel van fokusgroep-, individuele- en aanlyn onderhoude in te samel. ‘n Onderhoudskedule het die onderhoude gelei tesame met die stemopnames van onderhoude met die toestemming van die deelnemers, om data insameling te versterk. Die deelnemers is deur middle van doelgerigte en sneeubal steekproefnemingstegnieke geselekteer en volgens seleksiekriteria geselekteer. Die data is getranskribeer en geanaliseer, wat verskeie temas en subtemas gegenereer het. Die temas kon verbind word met die mikro-, tegno-, meso-, ekso-, makro- en kronostelsel van Bronfenbrenner se ekologiese sisteemteorie. Die temas is met onderhoud aanhalings en literatuur gestaaf en sluit in: uitdagings van die versorger van 'n jong volwassene met TBB, behoeftes van die versorger van 'n jong volwassene met TBB, ondersteuning vir versorgers, veranderinge in jong volwassenes met TBB, die impak op die gesin, die impak van die gemeenskap en 'n ondersteuningsprogram vir versorgers.
DOI: 10.34740/kaggle/dsv/5126507
title: Elon Musk Tweets
DOI: 10.6084/m9.figshare.22231414.v1
title: Model data for "Enhanced shortwave penetration effects through the bottom of the oceanic mixed layer in a warm climate"

description: The uploaded data is from the ocean model data submitted to the JGR-Oceans manuscript; The manuscript is still under review. If you use this data, please contact Feng Tian tianfeng@qdio.ac.cn
DOI: 10.5281/zenodo.7612076
title: Accuracy, acceptability, and feasibility of diagnostic tests for the screening of Strongyloides stercoralis in the field: the ESTRELLA study

description: Raw data from the diagnostic study ESTRELLA. The primary objective of this study was to estimate the accuracy of five tests - a recombinant antigen- rapid diagnostic test (RDT); a crude antigen-based ELISA (Bordier ELISA); an ELISA based on two recombinant antigens (Strongy Detect ELISA); a modified Baermann method; an in-house real-time PCR for <em>Strongyloides stercoralis</em> infection. Secondary objectives were acceptability and feasibility of use in an endemic area. The study was carried out in remote villages of Ecuador
DOI: 10.5281/zenodo.7612075
title: Accuracy, acceptability, and feasibility of diagnostic tests for the screening of Strongyloides stercoralis in the field: the ESTRELLA study

description: Raw data from the diagnostic study ESTRELLA. The primary objective of this study was to estimate the accuracy of five tests - a recombinant antigen- rapid diagnostic test (RDT); a crude antigen-based ELISA (Bordier ELISA); an ELISA based on two recombinant antigens (Strongy Detect ELISA); a modified Baermann method; an in-house real-time PCR for <em>Strongyloides stercoralis</em> infection. Secondary objectives were acceptability and feasibility of use in an endemic area. The study was carried out in remote villages of Ecuador
DOI: 10.6084/m9.figshare.21845433
title: Water frequency maps of Poyang Lake in 2021 and 2022

description: Surface water frequency (SWF) maps of Poyang Lake generated by all the Landsat imagery in 2021 and 2022 and imagery during July-September in 2021 and 2022.
DOI: 10.6084/m9.figshare.21845433.v1
title: Water frequency maps of Poyang Lake in 2021 and 2022

description: Surface water frequency (SWF) maps of Poyang Lake in 2021 and 2022 were generated using the Landsat imagery in the whole years (last access: 9 January 2023).
DOI: 10.6084/m9.figshare.21845433.v2
title: Water frequency maps of Poyang Lake in 2021 and 2022

description: Surface water frequency (SWF) maps of Poyang Lake generated by all the Landsat imagery in 2021 and 2022 and imagery during July-September in 2021 and 2022.
DOI: 10.6067/xcv8kh0q57
title: Report of Findings for the San Carlos Irrigation and Drainage District Phase 1 Eligibility Testing, Data Recovery, and Archival Research along Reaches 1 and 2 of the San Carlos Irrigation Project Rehabilitation, Pinal County, Arizona: Faunal Analysis Data

description: 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. Phase 2 of this project includes modification of the canal by widening segments of Reaches 1, 2, and 3 and lining those segments of the canal with concrete. In 2013, the Bureau of Reclamation, Phoenix Area Office (Reclamation) directed Archaeological Consulting Services, Ltd. (ACS) to conduct a Class III inventory of the project alignment and prepare a treatment plan for eligibility testing at two sites (AZ U:15:5[ASM] and AZ U:15:47[ASM]), Phase 1 data recovery at three sites (Florence Ruin/AZ U:15:124[ASM], AZ U:15:663[ASM], and AZ U:15:678[ASM]/AZ U:15:5[ARS]) (Gregory et al. 2014b), and archival research was for three sites (Florence Canal/AZ AA:3:211[ASM]; a wagon road/AZ U:15:665[ASM]; and a historic structure/AZ U:15:666[ASM]). Two sites, AZ AA:3:215(ASM)/Florence-Casa Grande Canal and AZ U:15:676(ASM)/AZ U:15:1(REC), had been previously mitigated. No further work was required for AZ AA:3:215(ASM)/Florence-Casa Grande Canal, but limited boundary testing was recommended within the expanded site boundary of U:15:676(ASM)/AZ U:15:1(REC). No features were identified at AZ U:15:5(ASM), AZ U:15:47(ASM), Florence Ruin/AZ U:15:124(ASM), or AZ U:15:678(ASM). Seventeen features were identified at AZ U:15:663(ASM) during Phase 1 data recovery. One feature, a cremation, was identified at AZ U:15:676(ASM). Because potentially significant subsurface features were discovered at AZ U:15:663(ASM), a targeted Phase 2 data recovery effort is recommended. In addition, because human remains were identified at AZ U:15:676(ASM), Phase 2 data recovery is recommended, as well as archaeological monitoring during ground disturbing activities associated with the project. At the request of Reclamation, a Phase 2 treatment plan was prepared as part of this document. The results of the archival research associated with the Florence Canal (AZ AA:3:211[ASM]), a wagon road (AZ U:15:665[ASM]), and a historic structure (AZ U:15:666[ASM]), as well as artifact analyses from Phase 1 investigations, are also included in the report. This is the faunal analysis data. The report can be found at tDAR ID: 406057. The photo log and the contact sheets can be found at tDAR ID: 406058. The ceramic analysis data can be found at tDAR ID: 406059. The lithic analysis data can be found at tDAR ID: 406061. The shell analysis data can be found at tDAR ID: 406062.
DOI: 10.6084/m9.figshare.21953414.v1
title: Supplementary Material for: Management strategy for gallbladder polypoid lesions: results of a 5-year single-centre cohort study

description: Introduction: Controversy remains about the classification, differential diagnosis, and treatment strategy for gallbladder polypoid lesions (GPLs). This study sought to explore the individualized treatment strategy for GPLs. Methods: We retrospectively studied 642 consecutive patients with GPLs from January 2015 to May 2020. Univariate and multivariable analyses were performed to explore the potential risk factors for neoplastic polyps. The outcome of laparoscopic gallbladder-preserving polypectomy (GPP) was evaluated and compared with that of laparoscopic cholecystectomy (LC). Results: Of 642 enrolled patients, 572 underwent LC, and 70 underwent GPP. Pathologically, the majority of GPLs were cholesterol polyps (68.4%), followed by adenomyomatosis (19.9%), benign adenoma (7.3%), adenocarcinoma (3.6%), and rare pathological types (0.8%). Additionally, 66.3% (379/572) of the LC cases were classified as non-neoplastic, and 33.7% (193/572) neoplastic polyps. Multivariate analysis demonstrated that single polyps (OR 1.956, 95% CI 1.121–3.412; p=0.018), polyps located at the gallbladder fundus (OR 4.326, 95% CI 2.179–8.591; p&lt;0.001), polyps not less than 14 mm (OR 2.833, 95% CI 1.614–4.973; p&lt;0.001), and polyps with a broad base (OR 4.173, 95% CI 1.743–9.990; p=0.001) were independent risk factors for neoplastic polyps. The 5-year prospective results after GPP showed that the 1-year and 3-year polyp recurrence rates were 13.2% and 23.4%, respectively. Conclusion: The majority of GPLs are cholesterol or other benign lesions without malignant potential. LC is the main treatment procedure for GPLs with a high neoplastic risk. GPP is potentially feasible and could be an alternative management strategy for a group of GPLs patients who meet the selection criteria.
DOI: 10.48512/xcv8470257
title: Cultural Resources Investigations along Reaches 1 and 2 of the San Carlos Irrigation Project Rehabilitation, Florence, Arizona: Project Area Shapefiles

description: In accordance with the provisions of the 2004 Arizona Water Settlement Act, the Bureau of Reclamation, Phoenix Area Office (PXAO) assisted the San Carlos Irrigation and Drainage District (SCIDD) in the preparation of an environmental assessment (EA) prior to the rehabilitation of portions of the San Carlos Irrigation Project, a Bureau of Indian Affairs water delivery system that serves both the Gila River Indian Community and SCIDD. The project area extends along the current and realigned portions of the Florence Canal, from the sediment basin just south of the Ashurst-Hayden Diversion Dam to Picacho Reservoir. In order to comply with stipulations set forth in the EA, all historic properties within the expanded APE must be mitigated prior to construction. At the request of PXAO, Archaeological Consulting Services, Ltd. prepared a historic property treatment plan (treatment plan) to conduct Phase 2 data recovery at AZ U:15:676(ASM), eligibility testing at AZ U:15:861(ASM), Phase 1 data recovery for the new and previously uninvestigated portions of the canal alignment at AZ U:15:124(ASM) and AZ U:15:663(ASM), and Phase 2 data recovery based on previous excavations within the revised APE at AZ U:15:663(ASM). These shapefiles are associated with the project area and APE.
DOI: 10.48512/xcv8457649
title: Class III Cultural Resources Survey and Site Damage Assessment at Arizona Horse Lovers Park, Phoenix, Maricopa County, Arizona: Project Area Shapefile

description: The City of Phoenix Parks and Recreation Department (PRD) manages the Arizona Horse Lovers Park facility located within the Reach 11 Recreation Area, owned by the Bureau of Reclamation, in Maricopa County, Arizona. Unauthorized blading associated with vegetation clearing at Horse Lovers Park resulted in surface disturbance within the boundaries of AZ U:5:357(ASM), a prehistoric artifact scatter with features that has been recommended eligible for listing in the National Register of Historic Places (NRHP) under Criterion D. Consequently, the PRD requested a Class III survey and damage assessment of AZ U:5:357(ASM) to assess impacts to the cultural resources and reassess the site’s NRHP eligibility relative to previous determinations.
DOI: 10.48512/xcv8470256
title: Cultural Resources Investigations along Reaches 1 and 2 of the San Carlos Irrigation Project Rehabilitation, Florence, Arizona: Artifact Analysis Data

description: In accordance with the provisions of the 2004 Arizona Water Settlement Act, the Bureau of Reclamation, Phoenix Area Office (PXAO) assisted the San Carlos Irrigation and Drainage District (SCIDD) in the preparation of an environmental assessment (EA) prior to the rehabilitation of portions of the San Carlos Irrigation Project, a Bureau of Indian Affairs water delivery system that serves both the Gila River Indian Community and SCIDD. The project area extends along the current and realigned portions of the Florence Canal, from the sediment basin just south of the Ashurst-Hayden Diversion Dam to Picacho Reservoir. In order to comply with stipulations set forth in the EA, all historic properties within the expanded APE must be mitigated prior to construction. At the request of PXAO, Archaeological Consulting Services, Ltd. prepared a historic property treatment plan (treatment plan) to conduct Phase 2 data recovery at AZ U:15:676(ASM), eligibility testing at AZ U:15:861(ASM), Phase 1 data recovery for the new and previously uninvestigated portions of the canal alignment at AZ U:15:124(ASM) and AZ U:15:663(ASM), and Phase 2 data recovery based on previous excavations within the revised APE at AZ U:15:663(ASM). These tables present the results of the following analyses in support of these cultural resources investigations: ceramics, faunal bone, shell, historical-period artifacts, lithics (chipped stone and ground stone), macrobotanical, phytoliths, and pollen.
DOI: 10.6067/xcv8q81fxt
title: Report of Findings for the San Carlos Irrigation and Drainage District Phase 1 Eligibility Testing, Data Recovery, and Archival Research along Reaches 1 and 2 of the San Carlos Irrigation Project Rehabilitation, Pinal County, Arizona: Ceramic Analysis Data

description: 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. Phase 2 of this project includes modification of the canal by widening segments of Reaches 1, 2, and 3 and lining those segments of the canal with concrete. In 2013, the Bureau of Reclamation, Phoenix Area Office (Reclamation) directed Archaeological Consulting Services, Ltd. (ACS) to conduct a Class III inventory of the project alignment and prepare a treatment plan for eligibility testing at two sites (AZ U:15:5[ASM] and AZ U:15:47[ASM]), Phase 1 data recovery at three sites (Florence Ruin/AZ U:15:124[ASM], AZ U:15:663[ASM], and AZ U:15:678[ASM]/AZ U:15:5[ARS]) (Gregory et al. 2014b), and archival research was for three sites (Florence Canal/AZ AA:3:211[ASM]; a wagon road/AZ U:15:665[ASM]; and a historic structure/AZ U:15:666[ASM]). Two sites, AZ AA:3:215(ASM)/Florence-Casa Grande Canal and AZ U:15:676(ASM)/AZ U:15:1(REC), had been previously mitigated. No further work was required for AZ AA:3:215(ASM)/Florence-Casa Grande Canal, but limited boundary testing was recommended within the expanded site boundary of U:15:676(ASM)/AZ U:15:1(REC). No features were identified at AZ U:15:5(ASM), AZ U:15:47(ASM), Florence Ruin/AZ U:15:124(ASM), or AZ U:15:678(ASM). Seventeen features were identified at AZ U:15:663(ASM) during Phase 1 data recovery. One feature, a cremation, was identified at AZ U:15:676(ASM). Because potentially significant subsurface features were discovered at AZ U:15:663(ASM), a targeted Phase 2 data recovery effort is recommended. In addition, because human remains were identified at AZ U:15:676(ASM), Phase 2 data recovery is recommended, as well as archaeological monitoring during ground disturbing activities associated with the project. At the request of Reclamation, a Phase 2 treatment plan was prepared as part of this document. The results of the archival research associated with the Florence Canal (AZ AA:3:211[ASM]), a wagon road (AZ U:15:665[ASM]), and a historic structure (AZ U:15:666[ASM]), as well as artifact analyses from Phase 1 investigations, are also included in the report. This is the ceramic analysis data. The report can be found at tDAR ID: 406057. The photo log and the contact sheets can be found at tDAR ID: 406058. The faunal analysis data can be found at tDAR ID: 406060. The lithic analysis data can be found at tDAR ID: 406061. The shell analysis data can be found at tDAR ID: 406062.
DOI: 10.6067/xcv8fq9zg8
title: Report of Findings for the San Carlos Irrigation and Drainage District Phase 1 Eligibility Testing, Data Recovery, and Archival Research along Reaches 1 and 2 of the San Carlos Irrigation Project Rehabilitation, Pinal County, Arizona: Lithic Analysis Data

description: 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. Phase 2 of this project includes modification of the canal by widening segments of Reaches 1, 2, and 3 and lining those segments of the canal with concrete. In 2013, the Bureau of Reclamation, Phoenix Area Office (Reclamation) directed Archaeological Consulting Services, Ltd. (ACS) to conduct a Class III inventory of the project alignment and prepare a treatment plan for eligibility testing at two sites (AZ U:15:5[ASM] and AZ U:15:47[ASM]), Phase 1 data recovery at three sites (Florence Ruin/AZ U:15:124[ASM], AZ U:15:663[ASM], and AZ U:15:678[ASM]/AZ U:15:5[ARS]) (Gregory et al. 2014b), and archival research was for three sites (Florence Canal/AZ AA:3:211[ASM]; a wagon road/AZ U:15:665[ASM]; and a historic structure/AZ U:15:666[ASM]). Two sites, AZ AA:3:215(ASM)/Florence-Casa Grande Canal and AZ U:15:676(ASM)/AZ U:15:1(REC), had been previously mitigated. No further work was required for AZ AA:3:215(ASM)/Florence-Casa Grande Canal, but limited boundary testing was recommended within the expanded site boundary of U:15:676(ASM)/AZ U:15:1(REC). No features were identified at AZ U:15:5(ASM), AZ U:15:47(ASM), Florence Ruin/AZ U:15:124(ASM), or AZ U:15:678(ASM). Seventeen features were identified at AZ U:15:663(ASM) during Phase 1 data recovery. One feature, a cremation, was identified at AZ U:15:676(ASM). Because potentially significant subsurface features were discovered at AZ U:15:663(ASM), a targeted Phase 2 data recovery effort is recommended. In addition, because human remains were identified at AZ U:15:676(ASM), Phase 2 data recovery is recommended, as well as archaeological monitoring during ground disturbing activities associated with the project. At the request of Reclamation, a Phase 2 treatment plan was prepared as part of this document. The results of the archival research associated with the Florence Canal (AZ AA:3:211[ASM]), a wagon road (AZ U:15:665[ASM]), and a historic structure (AZ U:15:666[ASM]), as well as artifact analyses from Phase 1 investigations, are also included in the report. This is the lithic analysis data. The report can be found at tDAR ID: 406057. The photo log and the contact sheets can be found at tDAR ID: 406058. The ceramic analysis data can be found at tDAR ID: 406059. The faunal analysis data can be found at tDAR ID: 406060. The shell analysis data can be found at tDAR ID: 406062.
DOI: 10.48512/xcv8457650
title: Class III Cultural Resources Survey and Site Damage Assessment at Arizona Horse Lovers Park, Phoenix, Maricopa County, Arizona: Site Boundary Shapefile

description: The City of Phoenix Parks and Recreation Department (PRD) manages the Arizona Horse Lovers Park facility located within the Reach 11 Recreation Area, owned by the Bureau of Reclamation, in Maricopa County, Arizona. Unauthorized blading associated with vegetation clearing at Horse Lovers Park resulted in surface disturbance within the boundaries of AZ U:5:357(ASM), a prehistoric artifact scatter with features that has been recommended eligible for listing in the National Register of Historic Places (NRHP) under Criterion D. Consequently, the PRD requested a Class III survey and damage assessment of AZ U:5:357(ASM) to assess impacts to the cultural resources and reassess the site’s NRHP eligibility relative to previous determinations.
DOI: 10.6067/xcv8fn190f
title: Cultural Resources Assessment of 117 Archaeological Sites for the Fannin-McFarland and Tucson Aqueducts, Central Arizona Project Canal: Units Summary

description: ACS conducted testing at 10 sites within Reclamation’s CAP ROW seeking to resolve the National Register of Historic Places (Register) eligibility status of sites within the CAP ROW. This document presents the results of that testing. This file includes the units summary collected during this project.
DOI: 10.6067/xcv89z96sp
title: Report of Findings for the San Carlos Irrigation and Drainage District Phase 1 Eligibility Testing, Data Recovery, and Archival Research along Reaches 1 and 2 of the San Carlos Irrigation Project Rehabilitation, Pinal County, Arizona: Shell Analysis Data

description: 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. Phase 2 of this project includes modification of the canal by widening segments of Reaches 1, 2, and 3 and lining those segments of the canal with concrete. In 2013, the Bureau of Reclamation, Phoenix Area Office (Reclamation) directed Archaeological Consulting Services, Ltd. (ACS) to conduct a Class III inventory of the project alignment and prepare a treatment plan for eligibility testing at two sites (AZ U:15:5[ASM] and AZ U:15:47[ASM]), Phase 1 data recovery at three sites (Florence Ruin/AZ U:15:124[ASM], AZ U:15:663[ASM], and AZ U:15:678[ASM]/AZ U:15:5[ARS]) (Gregory et al. 2014b), and archival research was for three sites (Florence Canal/AZ AA:3:211[ASM]; a wagon road/AZ U:15:665[ASM]; and a historic structure/AZ U:15:666[ASM]). Two sites, AZ AA:3:215(ASM)/Florence-Casa Grande Canal and AZ U:15:676(ASM)/AZ U:15:1(REC), had been previously mitigated. No further work was required for AZ AA:3:215(ASM)/Florence-Casa Grande Canal, but limited boundary testing was recommended within the expanded site boundary of U:15:676(ASM)/AZ U:15:1(REC). No features were identified at AZ U:15:5(ASM), AZ U:15:47(ASM), Florence Ruin/AZ U:15:124(ASM), or AZ U:15:678(ASM). Seventeen features were identified at AZ U:15:663(ASM) during Phase 1 data recovery. One feature, a cremation, was identified at AZ U:15:676(ASM). Because potentially significant subsurface features were discovered at AZ U:15:663(ASM), a targeted Phase 2 data recovery effort is recommended. In addition, because human remains were identified at AZ U:15:676(ASM), Phase 2 data recovery is recommended, as well as archaeological monitoring during ground disturbing activities associated with the project. At the request of Reclamation, a Phase 2 treatment plan was prepared as part of this document. The results of the archival research associated with the Florence Canal (AZ AA:3:211[ASM]), a wagon road (AZ U:15:665[ASM]), and a historic structure (AZ U:15:666[ASM]), as well as artifact analyses from Phase 1 investigations, are also included in the report. This is the shell analysis data. The report can be found at tDAR ID: 406057. The photo log and the contact sheets can be found at tDAR ID: 406058. The ceramic analysis data can be found at tDAR ID: 406059. The faunal analysis data can be found at tDAR ID: 406060. The lithic analysis data can be found at tDAR ID: 406061.