Pepadb: Putting the FAIR Principles into Practice

PEPAdb: putting FAIR principles into practice 1Romero García, Galo –1Garrido Cordero, José Ángel –1,2Odriozola Lloret, Carlos P. 1University of Seville –Department of Prehistory and Archaeology 2University of Lisbon –UNIARQ Speaker: Galo Romero García | 28th EAA Annual Meeting in Budapest, Hungary, 31 August - 3 September 2022 -Networks and Rare Rocks in the Iberian Peninsula and the Mediterranean (6th-2nd Millennium BC) Principal Investigator: Carlos Patricio Odriozola Lloret Type of project: State Plan 2013-2016 Excellence - R&D Projects Reference: HAR2017-83474-P Start date: 01-01-2018 End date: 31-12-2021 Speaker: Galo Romero García | 28th EAA Annual Meeting in Budapest, Hungary, 31 August - 3 September 2022 Funding Projects and contracts -Research and development of new technologies for the discourse of power: imitating amber ornaments in recent prehistoric Iberia Principal Investigator: Carlos Patricio Odriozola Lloret Type of project: PAIDI - R&D Projects Reference: P20_01080 Start date: 05-10-2021 End date: 31-12-2022 -Scholarship under the program aid for university teacher training (FPU) provided by the Ministry of Universities Coordinator: Carlos Patricio Odriozola Lloret Reference: FPU20/05028 Start date: 01-12-2021 End date: 30-11-2025 Speaker: Galo Romero García | 28th EAA Annual Meeting in Budapest, Hungary, 31 August - 3 September 2022 1. Introduction 2. Case study: mapping personal adornment in the SW of the Iberian Peninsula 3. Methodology 4. Description of PEPAdb web application 5. Next steps 6. Concluding remarks 7. References -Today, we refer to any information, “of or relating to the relative position of things on the earth's surface”as geospatial data (McCoy, 2017). -Archaeology →Spatial Data →Open Data -According to Directive (EU) 2019/1024: “Open data as a concept is generally understood to denote data in an open format that can be freely used, re-used and shared by anyone for any purpose”. Speaker: Galo Romero García | 28th EAA Annual Meeting in Budapest, Hungary, 31 August - 3 September 2022 1. Introduction 2. Case study: mapping personal adornment in the SW of the Iberian Peninsula 3. Methodology 4. Description of PEPAdb web application 5. Next steps 6. Concluding remarks 7. References -PEPAdb origins dates to 2010 →projects lead by Víctor Hurtado Pérez: P06-HUM-02159 and MAT2005-00790. -PEPAdb own funding dates to 2012 →projects lead by Carlos P. Odriozola Lloret: HAR2012-34620 ,HAR2017-83474-P and P20_01080. -P20_01080 principal aim →comply with Directive (EU) 2019/1024 and FAIR policy 1. Introduction 2. Case study: mapping personal adornment in the SW of the Iberian Peninsula 3. Methodology 4. Description of PEPAdb web application 5. Next steps 6. Concluding remarks 7. References Speaker: Galo Romero García | 28th EAA Annual Meeting in Budapest, Hungary, 31 August - 3 September 2022 PEPAdb contains personal adornment records referred to late Prehistory. The actual geographical coverage of PEPAdb is restricted to the Iberian Peninsula. Speaker: Galo Romero García | 28th EAA Annual Meeting in Budapest, Hungary, 31 August - 3 September 2022 1. Introduction 2. Case study: mapping personal adornment in the SW of the Iberian Peninsula 3. Methodology 4. Description of PEPAdb web application 5. Next steps 6. Concluding remarks 7. References Figure 1: Research workflow. Speaker: Galo Romero García | 28th EAA Annual Meeting in Budapest, Hungary, 31 August - 3 September 2022 1. Introduction 2. Case study: mapping personal adornment in the SW of the Iberian Peninsula 3. Methodology 4. Description of PEPAdb web application 5. Next steps 6. Concluding remarks 7. References -Data acquisition The dataset is composed by: 1) Molecular level analysis of geological samples and artifacts including FTIR 2) Elemental composition analysis of geological samples and artifacts by means of energy dispersive x-ray fluorescence analysis (XRF) 3) Agent Based Models (ABM): a) mineral classification and artifacts provenance 4) Chronological model for the production and distribution of the different minerals consumed as personal adornment Description of Data Data Type Format Geological survey data and artifacts’ location Spatial WMS, WFS, JSON, csv, KMZ, JSON Artifacts and geological samples molecular level, and elemental analysis Experimental csv Artifacts’ mineralogy Experimental Modeled csv, JSON, .py Artifacts’ origin Modeled csv, JSON, .py Space time patterns Spatial WMS, WFS, JSON, csv, KMZ, JSON ABM Modeled csv, JSON, .py Figure 2: Type and format of the data produced by PEPAdb. Speaker: Galo Romero García | 28th EAA Annual Meeting in Budapest, Hungary, 31 August - 3 September 2022 1. Introduction 2. Case study: mapping personal adornment in the SW of the Iberian Peninsula 3. Methodology 4. Description of PEPAdb web application 5. Next steps 6. Concluding remarks 7. References -Data integration in a RDBMS Figure 3: PEPAdb data model (produced with DBVisualizer). Speaker: Galo Romero García | 28th EAA Annual Meeting in Budapest, Hungary, 31 August - 3 September 2022 1. Introduction 2. Case study: mapping personal adornment in the SW of the Iberian Peninsula 3. Methodology 4. Description of PEPAdb web application 5. Next steps 6. Concluding remarks 7. References -Layer sharing and webapp customization Figure 3: ArcGIS Pro logo. Figure 4: ArcGIS WebAppBuilder widgets.