FAIR Data

FAIR data is Findable, Accessible, Interoperable and Reusable. To learn more about the collection and curation of FAIR data see the ARDC website. Here you can find a self assessment tool. (Publications about FAIR data are also included below.)

Project Reports

Project reports, presentations and documentation for FAIMS 3.0 can be found on our Zenodo and OSF pages.

FAIMS Project Bibliography

This bibliography is rendered from two public Zotero libraries: FAIMS-publications, for publications by the FAIMS team and work that cites or mentions FAIMS, and FAIMS-Project, for other useful material. You can browse by type or year, or search all citations. Please note the search is case sensitive.

Team publications (peer-reviewed)

  1. Ross, Shawn Adrian, Brian Ballsun-Stanton, Steve Cassidy, Penny Crook, Jens Klump, and Adela Sobotkova. 2022. “FAIRer Data through Digital Recording: The FAIMS Mobile Experience.” Journal of Computer Applications in Archaeology 5 (1): 271–85. https://doi.org/10.5334/jcaa.96.
    Journal of Computer Applications in Archaeology
    abstract
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    BIB
    @article{rossFAIRerDataDigital2022, title = {{FAIRer} {Data} through {Digital} {Recording}: {The} {FAIMS} {Mobile} {Experience}}, volume = {5}, issn = {2514-8362, 2514-8362}, url = {https://journal.caa-international.org/articles/10.5334/jcaa.96/}, doi = {10.5334/jcaa.96}, number = {1}, journal = {Journal of Computer Applications in Archaeology}, publisher = {Ubiquity Press, Ltd.}, author = {Ross, Shawn Adrian and Ballsun-Stanton, Brian and Cassidy, Steve and Crook, Penny and Klump, Jens and Sobotkova, Adela}, month = nov, year = {2022}, pages = {271--285}, }
    RIS
    APA
    Ross, S. A., Ballsun-Stanton, B., Cassidy, S., Crook, P., Klump, J., & Sobotkova, A. (2022). FAIRer Data through Digital Recording: The FAIMS Mobile Experience. Journal of Computer Applications in Archaeology, 5(1), 271–285. https://doi.org/10.5334/jcaa.96
  2. Ross, Shawn A., and Brian Ballsun-Stanton. 2022. “Introducing Preregistration of Research Design to Archaeology.” In Digital Heritage and Archaeology in Practice: Data, Ethics, and Professionalism, edited by Ethan Watrall and Lynne Goldstein. Project MUSE. University Press of Florida. https://doi.org/10.5744/florida/9780813069302.003.0002.
    Abstract
    Archaeology has an issue with “just-in-time” research‚ where insufficient attention is paid to articulating a research design before fieldwork begins. Data collection‚ management‚ and analysis approaches are under-planned and‚ often‚ evolved during fieldwork. While reducing the amount of preparation time for busy researchers‚ these tendencies reduce the reliability of research by exacerbating the effects of cognitive biases and perverse professional incentives. They cost time later through the accrual of technical debt. Worse‚ these practices hinder research transparency and scalability by undermining the quality‚ consistency‚ and compatibility of data. Archaeologists would benefit from embracing the “preregistration revolution” sweeping other disciplines. By publicly commiting to research design and methodology ahead of time‚ researchers can produce more robust research‚ generate useful and reusable datasets‚ and reduce the time spent correcting problems with data. Preregistration can accommodate the diversity of archaeological research‚ including quantitative and qualitative approaches‚ hypothesis-testing and hypothesis-generating research paradigms‚ and place-specific and generalising aims. It is appropriate regardless of the technical approach to data collection and analysis. More broadly‚ it encourages a more considered‚ thoughtful approach to research design. Preregistration templates for the social sciences can be adopted for use by archaeologists.
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    @incollection{rossIntroducingPreregistrationResearch2022, address = {Gainesville, FL}, series = {Project {MUSE}}, title = {Introducing {Preregistration} of {Research} {Design} to {Archaeology}}, isbn = {978-0-8130-6930-2}, url = {https://muse.jhu.edu/book/101232}, doi = {10.5744/florida/9780813069302.003.0002}, booktitle = {Digital {Heritage} and {Archaeology} in {Practice}: {Data}, {Ethics}, and {Professionalism}}, publisher = {University Press of Florida}, author = {Ross, Shawn A and Ballsun-Stanton, Brian}, editor = {Watrall, Ethan and Goldstein, Lynne}, year = {2022}, keywords = {FAIMS-publication}, pages = {15--35}, }
    RIS
    APA
    Ross, S. A., & Ballsun-Stanton, B. (2022). Introducing Preregistration of Research Design to Archaeology. In E. Watrall & L. Goldstein (Eds.), Digital Heritage and Archaeology in Practice: Data, Ethics, and Professionalism (pp. 15–35). University Press of Florida. https://doi.org/10.5744/florida/9780813069302.003.0002
  3. Sobotkova, Adela, Shawn Adrian Ross, Petra Hermankova, et al. 2021. “Deploying an Offline, Multi-User, Mobile System for Digital Recording in the Perachora Peninsula, Greece.” Journal of Field Archaeology 46 (8): 571–94. https://doi.org/10.1080/00934690.2021.1969837.
    Journal of Field Archaeology
    Abstract
    This article discusses the deployment of FAIMS Mobile to document systematic survey and legacy feature verification at the Perachora Peninsula Archaeology Project (PPAP)‚ Greece‚ in 2020. FAIMS Mobile is an open-source platform that generates customized Android applications for data capture during field research. We reused and adapted two existing customizations from the FAIMS library for comprehensive digital recording of two workflows‚ integrating a collection of structured data‚ geospatial data‚ photos‚ and text. FAIMS Mobile required only modest hardware but supported offline setup‚ synchronization‚ and data export‚ allowing PPAP to deploy it despite unreliable internet access. The system proved successful; it was tailored to our aims and methods‚ captured consistent and well-described data rapidly‚ and minimized post-processing. All collected data was available daily for planning‚ and a comprehensive‚ FAIR-compliant dataset was ready for analysis with only a few hours of processing after fieldwork.
    url
    BIB
    @article{sobotkovaDeployingOfflineMultiuser2021a, title = {Deploying an {Offline}, {Multi}-{User}, {Mobile} {System} for {Digital} {Recording} in the {Perachora} {Peninsula}, {Greece}}, volume = {46}, doi = {10.1080/00934690.2021.1969837}, number = {8}, journal = {Journal of Field Archaeology}, author = {Sobotkova, Adela and Ross, Shawn Adrian and Hermankova, Petra and Lupack, Susan and Nassif-Haynes, Christian and Ballsun-Stanton, Brian and Kasimi, Panagiota}, month = nov, year = {2021}, keywords = {FAIMS-publication}, pages = {571--594}, }
    RIS
    APA
    Sobotkova, A., Ross, S. A., Hermankova, P., Lupack, S., Nassif-Haynes, C., Ballsun-Stanton, B., & Kasimi, P. (2021). Deploying an Offline, Multi-User, Mobile System for Digital Recording in the Perachora Peninsula, Greece. Journal of Field Archaeology, 46(8), 571–594. https://doi.org/10.1080/00934690.2021.1969837
  4. VanValkenburgh, Parker, Luiza O. G. Silva, Chiara Repetti-Ludlow, Jake Gardner, Jackson Crook, and Brian Ballsun-Stanton. 2018. “Mobilization as Mediation: Implementing a Tablet-Based Recording System for Ceramic Classification.” Advances in Archaeological Practice 6 (4): 342–56. https://doi.org/10.1017/aap.2018.12.
    Advances in Archaeological Practice
    Abstract
    In this essay‚ we examine the potentials and challenges of mobile computing for a core activity of archaeological laboratory research—the typological analysis of ceramics. We discuss the collaborative development‚ implementation‚ and evaluation of the PAZC Ceramics module in the FAIMS Mobile platform. Our deployment of the module yielded significant improvements in the efficiency of data collection‚ as well as reduced numbers of missing fields and higher user satisfaction scores. However‚ it did not improve data consistency between users and yielded a classificatory system that was somewhat more challenging to update than our previous mode of operation. These results underscore some of the trade-offs that may be entailed in employing mobile technologies for archaeological applications and highlight the ways in which specific media configurations impact the production of archaeological knowledge.
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    @article{vanvalkenburghMobilizationMediationImplementing2018, title = {Mobilization as {Mediation}: {Implementing} a {Tablet}-{Based} {Recording} {System} for {Ceramic} {Classification}}, volume = {6}, url = {http://dx.doi.org/10.1017/aap.2018.12}, doi = {10.1017/aap.2018.12}, number = {4}, journal = {Advances in Archaeological Practice}, author = {VanValkenburgh, Parker and Silva, Luiza O G and Repetti-Ludlow, Chiara and Gardner, Jake and Crook, Jackson and Ballsun-Stanton, Brian}, year = {2018}, keywords = {FAIMS-publication}, pages = {342--356}, }
    RIS
    APA
    VanValkenburgh, P., Silva, L. O. G., Repetti-Ludlow, C., Gardner, J., Crook, J., & Ballsun-Stanton, B. (2018). Mobilization as Mediation: Implementing a Tablet-Based Recording System for Ceramic Classification. Advances in Archaeological Practice, 6(4), 342–356. https://doi.org/10.1017/aap.2018.12
  5. Sobotkova, Adela. 2018. “Sociotechnical Obstacles to Archaeological Data Reuse.” Advances in Archaeological Practice 6 (2): 117–24. https://doi.org/10.1017/aap.2017.37.
    Advances in Archaeological Practice
    Abstract
    The ease of digital data capture and the proliferation of concepts such as the “data deluge” suggest that modern researchers are drowning in datasets. Yet citations of archaeological datasets are few and far between‚ pointing to low rates of data reuse. This article explores the difficulties that surround data reuse in large-scale regional research‚ including the cost and coordination necessary to extract useful data from digitized PDF reports. The amount of correction and enhancement matches the effort needed to undertake a small field survey project and can only be circumvented with a thoughtful application of computer-assisted text analysis. Missing data in excavation report PDFs are not only intractable but also insidious due to their concealed nature‚ leading to poor outcomes in terms of (re)use. Consequently‚ the degree of data reuse in archaeology has been overestimated.
    PDF
    BIB
    @article{sobotkovaSociotechnicalObstaclesArchaeological2018, title = {Sociotechnical {Obstacles} to {Archaeological} {Data} {Reuse}}, volume = {6}, issn = {2326-3768}, url = {https://www.cambridge.org/core/journals/advances-in-archaeological-practice/article/sociotechnical-obstacles-to-archaeological-data-reuse/DBEBC733DA7D5C381A59D6E70C5AB59D}, doi = {10.1017/aap.2017.37}, number = {2}, journal = {Advances in Archaeological Practice}, publisher = {Cambridge University Press}, author = {Sobotkova, Adela}, month = may, year = {2018}, keywords = {FAIMS-publication}, pages = {117--124}, }
    RIS
    APA
    Sobotkova, A. (2018). Sociotechnical Obstacles to Archaeological Data Reuse. Advances in Archaeological Practice, 6(2), 117–124. https://doi.org/10.1017/aap.2017.37
  6. Ballsun-Stanton, Brian, Shawn Adrian Ross, Adela Sobotkova, and Penny Crook. 2018. “FAIMS Mobile: Flexible, Open-Source Software for Field Research.” SoftwareX 7 (January): 47–52. https://doi.org/10.1016/j.softx.2017.12.006.
    SoftwareX
    SoftwareX
    Abstract
    FAIMS Mobile is a native Android application supported by an Ubuntu server facilitating human-mediated field research across disciplines. It consists of ‘core’ Java and Ruby software providing a platform for data capture‚ which can be deeply customised using ‘definition packets’ consisting of XML documents (data schema and UI) and Beanshell scripts (automation). Definition packets can also be generated using an XML-based domain-specific language‚ making customisation easier. FAIMS Mobile includes features allowing rich and efficient data capture tailored to the needs of fieldwork. It also promotes synthetic research and improves transparency and reproducibility through the production of comprehensive datasets that can be mapped to vocabularies or ontologies as they are created.
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    @article{ballsun-stantonFAIMSMobileFlexible2018, title = {{FAIMS} {Mobile}: {Flexible}, open-source software for field research}, volume = {7}, issn = {2352-7110}, url = {http://dx.doi.org/10.1016/j.softx.2017.12.006}, doi = {10.1016/j.softx.2017.12.006}, journal = {SoftwareX}, author = {Ballsun-Stanton, Brian and Ross, Shawn Adrian and Sobotkova, Adela and Crook, Penny}, month = jan, year = {2018}, keywords = {FAIMS-publication}, pages = {47--52}, }
    RIS
    APA
    Ballsun-Stanton, B., Ross, S. A., Sobotkova, A., & Crook, P. (2018). FAIMS Mobile: Flexible, open-source software for field research. SoftwareX, 7, 47–52. https://doi.org/10.1016/j.softx.2017.12.006
  7. Sobotkova, Adela, Shawn Adrian Ross, Brian Ballsun-Stanton, Andrew Fairbairn, Jessica Thompson, and Parker VanValkenburgh. 2016. “Measure Twice, Cut Once: Cooperative Deployment of a Generalized, Archaeology-Specific Field Data Collection System.” In Mobilizing the Past for a Digital Future: The Potential of Digital Archaeology, edited by Erin Walcek Averett, Jody Michael Gordon, and Derek B. Counts. The Digital Press @ University of North Dakota. http://dc.uwm.edu/arthist_mobilizingthepast/15.
    Abstract
    The Federated Archaeological Information Management Systems (FAIMS) Project is an Australian‚ university-based initiative developing a generalized‚ open-source mobile data collection platform that can be customized for diverse archaeological activities. Three field directors report their experiences adapting FAIMS software to projects in Turkey‚ Malawi‚ and Peru‚ highlighting three themes: (1) the transition from paper to digital recording has upfront costs with backend pay-off‚ (2) the transition involves decisions and tradeoffs that archaeologists and technologists need to make together‚ and (3) digital recording has both short- and long-term benefits. In the short-term‚ project directors reported efficient acquisition of richer‚ more accurate‚ data. Longer-term‚ they anticipated that the availability of comprehensive‚ born-digital datasets would support rigorous demonstration of field intuitions and faster publication of more complete datasets. We argue that cooperative development involving archaeologists and technologists can produce high-quality‚ fit-for-purpose software‚ representing the best chance to embedding new technology in established projects.
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    @incollection{sobotkovaMeasureTwiceCut2016, address = {Grand Forks, ND}, title = {Measure {Twice}, {Cut} {Once}: {Cooperative} {Deployment} of a {Generalized}, {Archaeology}-{Specific} {Field} {Data} {Collection} {System}}, isbn = {978-0-692-79013-7}, url = {http://dc.uwm.edu/arthist_mobilizingthepast/15}, booktitle = {Mobilizing the {Past} for a {Digital} {Future}: {The} {Potential} of {Digital} {Archaeology}}, publisher = {The Digital Press @ University of North Dakota}, author = {Sobotkova, Adela and Ross, Shawn Adrian and Ballsun-Stanton, Brian and Fairbairn, Andrew and Thompson, Jessica and VanValkenburgh, Parker}, editor = {Averett, Erin Walcek and Gordon, Jody Michael and Counts, Derek B}, month = oct, year = {2016}, keywords = {FAIMS-publication}, pages = {337--371}, }
    RIS
    APA
    Sobotkova, A., Ross, S. A., Ballsun-Stanton, B., Fairbairn, A., Thompson, J., & VanValkenburgh, P. (2016). Measure Twice, Cut Once: Cooperative Deployment of a Generalized, Archaeology-Specific Field Data Collection System. In E. W. Averett, J. M. Gordon, & D. B. Counts (Eds.), Mobilizing the Past for a Digital Future: The Potential of Digital Archaeology (pp. 337–371). The Digital Press @ University of North Dakota. http://dc.uwm.edu/arthist_mobilizingthepast/15
  8. Reid, Nathan, Jens Klump, Brian Ballsun-Stanton, Alistair White, and Adela Sobotkova. 2015. “A Mobile App for Geochemical Field Data Acquisition.” Paper presented at AGU Fall Meeting 2015. December 14. http://hdl.handle.net/102.100.100/91153.
    AGU Fall Meeting 2015
    abstract
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    @inproceedings{reidMobileAppGeochemical2015, address = {San Francisco, California, USA}, title = {A mobile app for geochemical field data acquisition}, url = {http://hdl.handle.net/102.100.100/91153}, language = {eng}, publisher = {American Geophysical Union}, author = {Reid, Nathan and Klump, Jens and Ballsun-Stanton, Brian and White, Alistair and Sobotkova, Adela}, month = dec, year = {2015}, note = {Added 2026-08-21 to close a cites-work-not-held flag on the Coompana report (UPI4BNEI), which cites this paper. AUTHOR ORDER AND METADATA CONFIRMED 2026-08-21 against the CSIRO Research Publications Repository record PIcsiro:EP164221 (handle 102.100.100/91153), which gives "Reid, Nathan; Klump, Jens; Ballsun-Stanton, Brian; White, Alistair; Sobotkova, Adela", date 2015-12-14, and title with lowercase "app". This matches the printed reference list of the Coompana report exactly. Two internal FAIMS bibliographies give different orders and are superseded, per the rule that external registers outrank internal mentions (Shawn, 2026-08-21). By-FAIMS publication: Ballsun-Stanton and Sobotkova are core team.}, keywords = {FAIMS}, }
    RIS
    APA
    Reid, N., Klump, J., Ballsun-Stanton, B., White, A., & Sobotkova, A. (2015, December 14). A mobile app for geochemical field data acquisition. AGU Fall Meeting 2015. http://hdl.handle.net/102.100.100/91153
  9. Sobotkova, Adela, Brian Ballsun-Stanton, Shawn Ross, and Penny Crook. 2015. “Arbitrary Offline Data Capture on All of Your Androids: The FAIMS Mobile Platform.” In Across Space and Time. Papers from the 41st Annual Conference of Computer Applications and Quantitative Methods in Archaeology (CAA), edited by Arianna Traviglia. Amsterdam University Press. https://doi.org/10.5117/9789089647153-9.
    Abstract
    This paper presents three key problems addressed by the Federated Archaeological Information Management Systems (FAIMS) project and presented during a Round Table session at the 2013 CAA. FAIMS is a major Australian digital infrastructure project established in 2012 to develop open source eResearch tools to improve archaeological data management. We first review existing Android GIS applications and discuss their performance and suitability for archaeological fieldwork in remote locations‚ before presenting the lessons of this review for FAIMS mobile application development. We then discuss the variety of Australian archaeological practice‚ suggesting how semantically compatible datasets may be produced from diverse sources at the time of data creation. Finally‚ we introduce the data structure underlying our mobile application‚ which accommodates a wide range of practices and data models while promoting syntactic and semantic dataset compatibility.
    url
    BIB
    @inproceedings{sobotkovaArbitraryOfflineData2015, title = {Arbitrary {Offline} {Data} {Capture} on {All} of {Your} {Androids}: {The} {FAIMS} {Mobile} {Platform}}, doi = {10.5117/9789089647153-9}, booktitle = {Across {Space} and {Time}. {Papers} from the 41st {Annual} {Conference} of {Computer} {Applications} and {Quantitative} {Methods} in {Archaeology} ({CAA})}, publisher = {Amsterdam University Press}, author = {Sobotkova, Adela and Ballsun-Stanton, Brian and Ross, Shawn and Crook, Penny}, editor = {Traviglia, Arianna}, year = {2015}, keywords = {FAIMS-publication, android dataset compatibility field recording gis mobile}, pages = {80--88}, }
    RIS
    APA
    Sobotkova, A., Ballsun-Stanton, B., Ross, S., & Crook, P. (2015). Arbitrary Offline Data Capture on All of Your Androids: The FAIMS Mobile Platform. In A. Traviglia (Ed.), Across Space and Time. Papers from the 41st Annual Conference of Computer Applications and Quantitative Methods in Archaeology (CAA) (pp. 80–88). Amsterdam University Press. https://doi.org/10.5117/9789089647153-9
  10. Ross, Shawn Adrian, Brian Ballsun-Stanton, Adela Sobotkova, and Penny Crook. 2015. “Building the Bazaar: Enhancing Archaeological Field Recording Through an Open Source Approach.” In Open Source Archaeology: Ethics and Practice, edited by Andrew T. Wilson and Ben Edwards. De Gruyter Open. https://doi.org/10.1515/9783110440171-009.
    Abstract
    This chapter summarises the experience acquired by the Federated Archaeological Information Management Systems (FAIMS) project over the course of developing open-source software for archaeologists. open-source software development‚ which excels at coordinating discrete contributions from many people and organisations‚ ooers the best hope for producing complex and expensive tools in a discipline where resources are limited. Over the course of this project‚ we have come to realise that open-source approaches have applications in archaeological research beyond the development of software itself. The development of redeployable eld recording systems‚ which must be exible and robust in order to accommodate the diversity of archaeological data‚ represent one such application. FAIMS project software facilitates this type of development by separating the (large and complicated) application code from the (relatively simple and largely human-readable) document les that customise the application for use by a particular project. Distributed version control systems like GitHub‚ which are already being used for texts and documents beyond code‚ provide a capable platform for coordinating peer production of these deenition documents. FAIMS has used GitHub successfully for its internal development of early-adopter eld projects over the last year‚ demonstrating its potential. Just as open-source approaches have improved software by bringing the insights of an entire community to bear on diicult problems‚ eld recording systems-as well as the methods and approaches they embody also beneet from the transparency provided by wide distribution and collaboration facilitated by version control systems.
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    @incollection{rossBuildingBazaarEnhancing2015, address = {Warsaw, Poland}, title = {Building the {Bazaar}: {Enhancing} {Archaeological} {Field} {Recording} {Through} an {Open} {Source} {Approach}}, isbn = {978-3-11-044017-1}, url = {http://www.degruyter.com/view/books/9783110440171/9783110440171-009/9783110440171-009.xml}, doi = {10.1515/9783110440171-009}, booktitle = {Open {Source} {Archaeology}: {Ethics} and {Practice}}, publisher = {De Gruyter Open}, author = {Ross, Shawn Adrian and Ballsun-Stanton, Brian and Sobotkova, Adela and Crook, Penny}, editor = {Wilson, Andrew T and Edwards, Ben}, month = jan, year = {2015}, keywords = {FAIMS-publication}, pages = {111--129}, }
    RIS
    APA
    Ross, S. A., Ballsun-Stanton, B., Sobotkova, A., & Crook, P. (2015). Building the Bazaar: Enhancing Archaeological Field Recording Through an Open Source Approach. In A. T. Wilson & B. Edwards (Eds.), Open Source Archaeology: Ethics and Practice (pp. 111–129). De Gruyter Open. https://doi.org/10.1515/9783110440171-009
  11. Ross, Shawn A., Adela Sobotkova, Brian Ballsun-Stanton, and Penny Crook. 2013. “Creating Eresearch Tools For Archaeologists: The Federated Archaeological Information Management Systems Project.” Australian Archaeology 77 (1): 107–19. https://doi.org/10.1080/03122417.2013.11681983.
    Australian Archaeology
    Abstract
    In this article‚ the Federated Archaeological Information Management Systems (FAIMS) project presents its stocktaking activities and software development towards the creation of a comprehensive digital infrastructure for archaeologists. A National eResearch Collaboration Tools and Resources (NeCTAR)-funded initiative‚ the FAIMS project aims to develop tools to facilitate the creation‚ sharing‚ reuse and dissemination of high-quality digital datasets for research and cultural heritage management. FAIMS has engaged in an extensive stocktaking and liaison programme with archaeologists and related professionals‚ the results of which have shaped the development plans. Project development is focusing on highly customisable mobile applications for data collection‚ a web application for data processing‚ and an online repository for archiving and disseminating data‚ with provisions for creating semantically and technically compatible datasets embedded throughout. Data exchange using standard formats and approaches ensures that components work well together‚ and that new‚ externally developed tools can be added later. Our goal is to create a digital system that respects the current workflow of archaeological practice‚ improves the availability of compatible archaeological data‚ and delivers features that archaeologists want to use.
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    @article{rossCreatingEresearchTools2013a, title = {Creating eresearch {Tools} {For} {Archaeologists}: {The} {Federated} {Archaeological} {Information} {Management} {Systems} {Project}}, volume = {77}, issn = {0312-2417}, url = {http://www.tandfonline.com/doi/abs/10.1080/03122417.2013.11681983}, doi = {10.1080/03122417.2013.11681983}, number = {1}, journal = {Australian Archaeology}, author = {Ross, Shawn A and Sobotkova, Adela and Ballsun-Stanton, Brian and Crook, Penny}, year = {2013}, keywords = {FAIMS-publication}, pages = {107--119}, }
    RIS
    APA
    Ross, S. A., Sobotkova, A., Ballsun-Stanton, B., & Crook, P. (2013). Creating eresearch Tools For Archaeologists: The Federated Archaeological Information Management Systems Project. Australian Archaeology, 77(1), 107–119. https://doi.org/10.1080/03122417.2013.11681983

Team publications (not peer-reviewed)

  1. Sobotkova, Adela. 2021. “Collecting Data on the Cold-War Bunkers of Aarhus.” FAIMS 3.0 Electronic Field Notebooks, November 30. http://faims.edu.au/Collecting-data-on-the-Cold-War-Bunkers-of-Aarhus/.
    Abstract
    While we are watching FAIMS3 emerge‚ a number of old 2.6 modules are still being created. As the developing team has little capacity to support new projects‚ project directors follow a do-it-yourself approach from design to deployment. Adela‚ who has used and administered FAIMS before for landscape archaeology‚ has never developed a module from scratch but used her software-carpentry-level skillset to repurpose a module from the FAIMS Github library. Adela Sobotkova (left)‚ and collaborator Rosanna Farbøl‚ using FAIMS 2.6 in the field on a NVidia Shield Tablet. FAIMS data collection in Aarhus (Denmark) mapping WWII bunkers and Cold War civil defenses‚ 20 May 2021. Photo Copyright Аdéla Sobotková CC-BY-SA 4.0 Int 2021  FAIMS 2.6 will not die It is 2021‚ FAIMS3 is not quite ready and in April I unexpectedly needed to collect data on Cold War bunkers in Aarhus. I decided to reuse an existing FAIMS 2.6 module1. Here is my experience: There are three different ways one can create or edit a FAIMS 2.6 module fit to one’s needs: Write a module definition packet from scratch. Edit an existing module’s definition files (existing definitions are published on Github).Edit a module instantiated on the FAIMS server via the server web application’s graphic user interface. Setting aside the first and third approaches for now‚ I decided to take the second approach. Editing the module’s definition files requires intermediate computational skills‚ as the module creator needs to locate the existing module on Github‚ then download and edit the four XML / text files that comprise the definition packet (contained in the module folder on GitHub). In my case‚ I changed the names of tabs and attributes to correspond to my own project. One needs only find and replace skills‚ but attention to detail is necessary as well as the audacity to edit XML.  Knowing this‚ and being no programmer‚ I still choose option two when I want to mashup a new module from pieces of existing modules on Github. Once fieldwork is going‚ I use option 3 to add new elements (maps and vector data) or make urgent in-field changes (like adding forgotten terms to controlled vocabularies). Caption: FAIMS data collection in Aarhus (Denmark) mapping WWII bunkers and Cold War civil defenses‚ 20 May 2021. Photo Copyright Petra Heřmánková  CC-BY-SA 4.0 Int 2021  Aarhus Cold-War Bunkers In April 2021 as Denmark was coming out of its second lockdown‚ my colleague Petra Hermankova and I were looking for an outdoors activity to engage Spatial Analytics undergraduate students. We decided to adapt one of the modules designed for citizen science in Bulgaria — burial mound monitoring — for documenting civil defences around Aarhus. Upon arrival to Aarhus two years ago‚ it struck us how ubiquitous shelters‚ bunkers‚ and other military installations are in this urban environment. Their density resembles military installations on the Bulgarian-Turkish-Greek border where we worked in 2018 — yet that is a former Cold-War border zone and now a closely monitored EU border.  We knew little about Cold-War bunkers‚ but found an article about them by Rosanna Farbøl‚ a historian who researches Danish civil defense. She noted the lack of spatial information on the civil defenses and so we decided to remedy the situation. I would create a prototype module for documenting the bunkers‚ one that we could jointly test and then pass on to History or Spatial Analytics students to use for research projects.  Adapting an existing module FAIMS Github library has several modules which allow for user self-registration and login and are thus suitable for lightweight citizen-science or self-selected student projects. To document bunkers we needed to collect spatial points and visualise them on a basemap of Aarhus‚ fill out some structured data attributes (mostly using controlled vocabularies)‚ and attach photos. All of these features were in the burial-mounds-community module and so I chose it as the starting point.  The adaptation process itself had two stages:  Edit the definition packet to update the entities‚ plus their attributes and controlled vocab terms‚ from burial mounds to Cold-War bunkers.Find and prepare basemaps and configure the FAIMS mobile GIS to support our spatial reference system. Caption: FAIMS data collection in Aarhus (Denmark) mapping WWII bunkers and Cold War civil defenses‚ 20 May 2021. Photo Copyright Petra Heřmánková  CC-BY-SA 4.0 Int 2021  Editing the definition packet In the first stage‚ I downloaded burial-mounds-community from Github‚ opened the module folder and edited three files in the definition packet (the data_schema.xml‚ ui_schema.xml‚ and properties.txt) using my favorite text editor software. I replaced every instance of ’mound’ with ’bunker’ or ’shelter’‚ and updated all field names and vocabs to relate to civil defense rather than mortuary archaeology. I also edited html files in the ‘data’ folder which contain the module’s landing page (with project-level metadata) and in-app help text. These changes took about an hour‚ because I was figuring out the replacements on the fly‚ and I had to be absolutely consistent. For example‚ FAIMS allows separate manipulation of the data schema and user interface (UI)‚ but the two must be kept consisent. When I changed the drop-down list associated with ‘Feature type’ (containing ’bunker’‚ ’shelter’‚ ’depo’‚ and ’trench’) in data_schema.xml‚ I had to make exactly the same changes in the ui_schema.xml‚ all the while being careful not to introduce any blank spaces or other intrusive characters. Such manual changes are tedious and risky because a lapse of attention will make a change in the data schema not render properly in the UI of the final app. When I had made some changes‚ I saved the files and instantiated the module on the public FAIMS server (add Footnote to Instantiation). Then I downloaded the module to my phone and tested it‚ paying special attention to the items I changed. I continued to download‚ edit‚ save‚ and instantiate the definition files until I was satisfied with the look of the customised app. It took me two iterations and 1.5 hours to have a workable app with meaningful terminology. There were several things in the original module I did not need‚ but that was OK (I left them in the app where they could be ignored). What I needed next was the basemaps.  Editing maps Anybody who wants to collect and display spatial data faces a second stage of customisation‚ spatial data preparation. Finding and pre-processing rasters and vectors for use in FAIMS can be done in desktop GIS or on the command line. I downloaded a satellite image of Aarhus from a local provider at kortforsyningen.dk. Processing this 4-band‚ 1m resolution‚ 20Gb ortophoto (.ecw) image into nine downsampled geotiffs of ca 100MB each was the most time-consuming part of the whole adaptation. After the initial splitting of the image in desktop GIS‚ I followed the raster-processing guidelines to define the projection‚ tile‚ and add pyramids to the map files with three one-line commands in git bash2. The mobile GIS engine in FAIMS 2.6 (an older version of Nutiteq‚ now owned by Carto) is 3D and uses the web-Mercator 3857 reference system. Tiles and pyramids accelerate the display of rasters on mobile devices. I did not need to prepare any vector data‚ but when I have shapefiles I also project them into EPSG 3857 and bundle them up in a spatialite database following these guidelines.  After my basemaps were prepared‚ I viewed them in a GIS viewer to test their rendering. I then put them in a ‘Map’ folder on the server and added this to ‘data’ folder3‚ where I kept images associated with the app (e.g‚ ‘picture dictionaries’)4‚ and zipped them up into an compressed file named data.tar.gz5. In my next post‚ I’ll talk about the experience of “spinning up” a module and collecting data in the city. Here is what our points looked like midway through data collection: Motorola OneVision running FAIMS 2.6 Aarhus-bunkers module with offline orthophoto basemap showing collected points. Photo Copyright Adela Sobotkova CC-BY-SA 2021. 1A user needs a definition packet - a collection of five text files that define the data schema‚ user interface‚ and behaviour of the final data collection app - to instantiate a module on a FAIMS server. The ‘server’ is a web application that synchronises connected mobile devices‚ does exports‚ allows limited editing of module elements; it can run offline (on local hardware) or ‘in the cloud’.  2Git bash is a powerful command line environment for Windows‚ Mac‚ and Linux. The raster transformations specified in FAIMS guidelines also require installation of GDAL tools in bash. 3For error-free‚ off-the-shelf file display‚ it is best to replicate the file structure of the ‘data’ folder in the original module on Github. If the structure or folder and file names are not consistent‚ images may not render as expected. 4‘Picture dictionaries’ are images displayed to help users choose values in a controlled vocabulary. For example‚ instead of asking a user if a bunker is in a forest‚ ploughed field‚ etc.‚ we can show a picture of each type of land use‚ and when a user clicks the picture‚ the associated vocab term is saved. 5This type of archival file (.tar.gz) can be created on Windows using archiving software like 7-zip. It may take two passes‚ one to create an archive (.tar)‚ the second to compress it (.tar.gz).
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    @misc{sobotkovaCollectingDataColdWar2021, title = {Collecting data on the {Cold}-{War} {Bunkers} of {Aarhus}}, url = {http://faims.edu.au/Collecting-data-on-the-Cold-War-Bunkers-of-Aarhus/}, language = {en}, urldate = {2021-12-03}, journal = {FAIMS 3.0 Electronic Field Notebooks}, author = {Sobotkova, Adela}, month = nov, year = {2021}, }
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    Sobotkova, A. (2021, November 30). Collecting data on the Cold-War Bunkers of Aarhus. FAIMS 3.0 Electronic Field Notebooks. http://faims.edu.au/Collecting-data-on-the-Cold-War-Bunkers-of-Aarhus/
  2. Ballsun-Stanton, Brian. 2021. “Developer Diary #2: Feature Freeze.” FAIMS 3.0 Electronic Field Notebooks, November 19. http://faims.edu.au/Developer-Diary-2-Feature-Freeze/.
    Abstract
    Moving into “feature freeze” offers an interesting opportunity for a developer diary. Our Technical Director‚ Brian Ballsun-Stanton‚ ponders the state of all the various components that are working together in our project. XKCD #303 I’m writing this watching a timer count past 5 minutes while building FAIMS3 using Github Actions. Our Continuous Integration/Continuous Delivery CI/CD) pipeline that rebuilds our webapp and our native Android and (soon‚ I hope) iOS apps so we can test that all of the “bits” are working together. This week I added our “conductor” server which handles user authentication and I’m working on automating iOS uploads to the Apple App store. Status Update We now support file attachments‚ and integration with photo-taking capabilities on device! Above is a screenshot of an unscalled photo of some lovely trees that I took while on a ferry ride. Some pretty Jacaranda trees on the Parramatta River. CC-BY 2021 Brian Ballsun-Stanton Other features in the last few weeks include: UI updates to highlight notebook creation as well as data collectionRelationships and child-records in the notebook creator!!!!!Very very very preliminary work towards a round-trip capability1 Annotations and certainty support!Manual app creation on Apple’s App store (not-public but a necessary precondition for the work I’m doing today). Authentication using AAO’s DataCentral — this time we have real authentication which can survive on the internet.And some more work on the GIS/Map plugins by Steve! Everything seems to be happening at once as we enter feature-freeze as all of the various threads of work over the last months get polish‚ attention‚ and final commits. Thinking about a decade of Stack Overflow When working on all of this DevOps2 a post by Greg Wilson3 kept resonating with me on when reading the answers on stack overflow is not enough: I spoke with someone earlier this year who had been using the Unix shell for several years but had never used the man command. Whenever they had a question they went to Stack Overflow: experience had taught them that they could find their answer there more quickly than by hunting through comprehensive breadth-first documentation written by people who are guessing what the reader wants to know rather than responding to the actual gaps in their knowledge. In years past‚ I was a moderator on the Stack Exchange network4 and a not inconsiderable amount of my moderation time was spent trying to get people to move very useful information from the comments back into answers. People would leave answers‚ have a fascinating clarifying discussion in the comments and then wander away — job done. And yet‚ in this hodgepodge of answers and conversations and "edits signalled in text” (which we frowned upon)‚ is the most amazing resource for software development. And somehow those of us who use this resource successfully know how to interrogate the answers‚ the answer metadata (when was it answered‚ by whom‚ with what rep)‚ the answer paradata (comment threads) and the general tone of activity around the question to judge how to most successfully use it to achieve our goals. The art of using Stack Overflow successfully is not taught‚ seldom enforced on the site itself‚ and essential to advanced modern software development practices. Thinking about technical documentation as a form of professional knowledge transfer‚ we have moved from closely guarded guild apprenticeships to formal and well-typeset manuals5 to… embedding links to Stack Overflow in error messages instead of links to a manual6. We live in strange times. Some time later… This post has been worked on (while waiting for builds to run and fail and run and fail and run and fail and run and fail and-\textasciicircumC) for a few days. The perfect coda to this post is a screenshot of a very-long-runtime command that finally worked. Now all I have to do is make this into a pull request to our main branch and we’ll have automatic deployment to Apple’s TestFlight and App Store along with all of our other CI/CD infrastructure. Reading this week Outside of extremely fluffy fiction reading‚ notable stuff from my RSS feed this week is: Amy Shira Teitel’s on Jetpacks on the MoonScott Alexander talking about (eventually) the philosophy of science as a function of the discussions around IvermectinBrian Krebs on advances in phishing using sms alerts alerting to bank fraudAlex Wellerstein on a decade of running an academic blogRachel on all of us being clueless programmers once 1Right now you can edit any data you like so long as you like hand-editing a JSON file. But it does demonstrate moving data out of FAIMS3‚ doing something‚ then moving that same data back into FAIMS3. This is neat. 2DevOps: building all of the infrastructure around development to allow the programmers to get on with their actual job 3Founder of The Carpentries! 4The Role-Playing Games SE‚ if you must know. 5Knuth invented TeX to lay out The Art of Computer Programming 6Writing this sentence gives me flashbacks to Oracle’s awful error messages and their multiple manuals. This innovation is a genuine improvement. It’s just… odd.
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    @misc{ballsun-stantonDeveloperDiary22021, title = {Developer {Diary} \#2: {Feature} {Freeze}}, shorttitle = {Developer {Diary} \#2}, url = {http://faims.edu.au/Developer-Diary-2-Feature-Freeze/}, language = {en}, urldate = {2021-12-03}, journal = {FAIMS 3.0 Electronic Field Notebooks}, author = {Ballsun-Stanton, Brian}, month = nov, year = {2021}, }
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    Ballsun-Stanton, B. (2021, November 19). Developer Diary #2: Feature Freeze. FAIMS 3.0 Electronic Field Notebooks. http://faims.edu.au/Developer-Diary-2-Feature-Freeze/
  3. Ballsun-Stanton, Brian. 2021. “Developer Diary #1: Thinking about Licenses.” FAIMS 3.0 Electronic Field Notebooks, October 27. http://faims.edu.au/Developer-Diary-1-Thinking-about-Licenses/.
    Abstract
    As we get to the end of this development cycle‚ and closer to achieving our Expensive Sentence‚ our Technical Director‚ Brian Ballsun-Stanton‚ ponders the state of all the various components that are working together in our project. Status Update Our Expensive Sentence for private beta is: To support CSIRO Geochem for in-field testing in November 2021 by allowing minimal module design through web interface‚ collecting complex relational data with multiple devices while offline‚ and supporting API import and export from/to structured formats like CSV. As a brief status report: I was given a brief demo of our notebook generator on Wednesday. No more hand-writing XML! We even have access control built in from the very beginning!!We have relationships and child entities — no need for flat files here.Steve has made some amazing demos for the GIS portion of things using OpenLayers A demo of Steve Cassidy’s mapping plugin And I’ve written exporters to export in CSV‚ geoJSON‚ KML‚ Shapefiles‚ GeoPackage‚ along with a sample exporter to ResearchSpace. This makes the thinnest possible bridge across the chasm of designing an electronic field notebook for data collection‚ to … actually collecting data‚ to getting the data out of the system. We have a ways to go yet‚ but progress is quite promising. Let us know if you want to be involved in focus group testing in the new year. Thinking about Licenses An old photo of FAIMS2 in Zagora by Adela Sobotkova. CC-BY-SA 4.0 2016 — what our old maps interface looked like. This has nothing to do with the rest of this update‚ but the barbed wire is … very much a useful metaphor here. Thinking about the recent news of AGPL’d license being run without offering licensed downloads1 and the fact that they aren’t offering source downloads being used as the excuse to sue the site (very Capone-Tax Evasion style) made me interested in what our current license exposure was in FAIMS3. Running npx license-checker –summary on our primary repo2 has produced a bewildering array of licenses: It’s quite clear that I’m going to need to spend some time with the license compatibility checker (via this post) and to try to figure out if any of these licenses (or any yet to come) are problematic. While our code is public. we’ve chosen an MIT license to hopefully support future sustainability efforts. We will‚ however‚ need to be careful not to let any Affero Public License’d stuff be included as upstream dependencies in our codebase. Why everyone cannot use the CRAPL‚ I simply do not know. Reading this week This week‚ I’m reading Chapter 1 of Cybernetic Revolutionaries — and thinking about cybernetics (command and control‚ not robots)‚ dominion‚ and management. 1Not at all linked because a) it relates to other research I’m on‚ and b) I have no interest in getting involved in politics in this blog… 2Yes‚ my home computer is named Baudrillard. What do you mean normal people don’t name their computers after philosophers?
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    @misc{ballsun-stantonDeveloperDiary12021, title = {Developer {Diary} \#1: {Thinking} about {Licenses}}, url = {http://faims.edu.au/Developer-Diary-1-Thinking-about-Licenses/}, language = {en}, urldate = {2021-11-12}, journal = {FAIMS 3.0 Electronic Field Notebooks}, author = {Ballsun-Stanton, Brian}, month = oct, year = {2021}, }
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    Ballsun-Stanton, B. (2021, October 27). Developer Diary #1: Thinking about Licenses. FAIMS 3.0 Electronic Field Notebooks. http://faims.edu.au/Developer-Diary-1-Thinking-about-Licenses/
  4. Klump, Jens. 2021. “Translating from Paper to Tablet.” FAIMS 3.0 Electronic Field Notebooks, October 7. http://faims.edu.au/Translating-from-Paper-to-Tablet/.
    Abstract
    There are some beautiful examples of field notebooks in the archives of national libraries and natural history collections like the notebooks of Giovanni Arduino (Italian Apennine Mountains) or Charles D. Walcott (Grand Canyon). But as much as we may aspire to produce these magnificent works of science and art‚ the reality for most of us looks much more scrappy. Example of a field notebook with notes on water samples taken in the Capricorn region of Western Australia. (Image: Nathan Reid CC-BY-SA) At a certain scale‚ recording observations during fieldwork blends into data capture that follows a standardised workflow‚ which we started delegating to technical service providers. At the time‚ we were involved in large scale studies on the influence of geology on groundwater chemistry. So‚ when we found out about FAIMS in 2014‚ we had already started investigating the development of a mobile app for recording field observations and we had developed the associated forms and workflows. Visiting a wellbore in the Capricorn region of Western Australia for water sampling. (Image: Nathan Reid CC-BY-SA) Translating the paper forms into a FAIMS module was a very quick process that allowed us to iteratively improve this first FAIMS groundwater sampling module in the field for 2015. Our first field test immediately showed the potential for saving time in the field and improving the quality of the data. In a later fieldwork campaign in 2017 together with the Geological Survey of South Australia‚ we added pre-printed sample labels sample identifiers printed as QR Codes. The QR Codes could be read into the FAIMS app. This additional optimisation of the sample collection and documentation workflow again helped us save even more time in the field. When considering that we had to use a helicopter to access the sampling sites on this campaign‚ the time saved immediately translates into significant reductions in cost. Using the FAIMS app for documenting soil and vegetation sampling in the Nullarbor Desert of South Australia. (Image: Ryan Noble CC-BY-SA) A key lesson from our experience using the FAIMS app was that it is worth thinking about the processes in the field to inform the design of a FAIMS module and to test the process in a trial run before going into the field. We look forward to bringing our 2015 data collection process into the 2022 beta testing of FAIMS3! For more information on the module see Case Studies.
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    @misc{klumpTranslatingPaperTablet2021, title = {Translating from {Paper} to {Tablet}}, url = {http://faims.edu.au/Translating-from-Paper-to-Tablet/}, language = {en}, urldate = {2021-11-12}, journal = {FAIMS 3.0 Electronic Field Notebooks}, author = {Klump, Jens}, month = oct, year = {2021}, }
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    Klump, J. (2021, October 7). Translating from Paper to Tablet. FAIMS 3.0 Electronic Field Notebooks. http://faims.edu.au/Translating-from-Paper-to-Tablet/
  5. Crook, Penny. 2021. “Spinning up Digital Recording Systems for Rapid Survey on Perachora Peninsula, Greece.” FAIMS 3.0 Electronic Field Notebooks, September 10. http://faims.edu.au/Spinning-up-digital-recording-systems-for-rapid-survey-on-Perachora-Peninsula,-Greece/.
    Abstract
    Hot off the e-press‚ field reports for a FAIMS-supported archaeological survey on the Perachora Peninsula‚ Greece‚ have just been released by Journal of Field Archaeology. The paper by FAIMS 3.0 leadership team members Adela Sobotkova‚ Shawn A. Ross‚ Brian Ballsun-Stanton‚ FAIMS 2.6 alumni Petra Hermankova and Christian Nassif-Haynes‚ and archaeologists Susan Lupack and Panagiota Kasimi is called ‘Deploying an Offline‚ Multi-User‚ Mobile System for Digital Recording in the Perachora Peninsula‚ Greece’. Perachora site overview. FAIMS data collection in Perachora‚ Greece‚ January 2020. Photo Copyright Petra Heřmánková  CC-BY-SA 4.0 Int 2021  It provides a detailed account of the design and deployment of the FAIMS Mobile (v2.6) for a systematic survey as part of the Perachora Peninsula Archaeology Project (PPAP) in three short weeks in January 2020. As a volunteer-reliant project seeking to verify legacy data and record new features over a short field season in a remote location blissfully off-grid‚ PPAP needed a digital recording system that could be deployed and managed wholly offline. The team was able to rapidly modify a system deployed for cataloguing burial mounds in Bulgaria in 2017 and 2018‚ turning it into the data collection system for Perachora 2020. During this time‚ they also customised a previously-developed gridded survey data collection toolkit. Scoping‚ adaptation and testing of these two modules by team-members in the field took approximately 53 person-hours over five days. Most of the time was spent figuring out what data to collect and in simulating each workflow. The technical adaptation of the code—by Software Carpentry-skilled archaeologists—took four hours‚ with a half-hour of pro bono assistance from the programmer of the original module.1 Rigorous testing ensured the modules were bug-free and fit-for-purpose before handing them to students. The work paid off. The adapted system enabled the recording of 108 features (167‚295 discrete values) and 285 survey units in 11 days and all these data were ready for analysis with a few hours of additional analysis at the conclusion of the field season. PPAP 2020 survey coverage showing survey units with artefact densities (A) and features (B). (Sobotkova et al 2021: Figure 11) The paper provided an opportunity to describe the rationale‚ design and deployment of the module in greater detail than the FAIMS leadership team has managed in a peer-reviewed journal. There are screenshots of each stage in the recording process to capture the dynamic workflow. Enjoy it while it lasts! As we move rapidly towards the compilation of FAIMS 3.0 these FAIMS 2.6 interfaces will become legacy ‘artefacts’2 in their own right. To read the full article and access supplementary material go to https://doi.org/10.1080/00934690.2021.1969837. A limited number of offprints have been made available to the authors. Contact Professor Shawn Ross ([email protected]) if you would like a copy. Be quick! Resources JFA article: https://doi.org/10.1080/00934690.2021.1969837 Original Burial-Mounds Module: https://github.com/FAIMS/burialOriginal Gridded Survey Module: https://github.com/FAIMS/trap-gridded-surveyChanges made by the archaeologists: Side by side diff formatPerachora 2020 release: https://github.com/FAIMS/Perachora-2020/releases/tag/fieldwork-2020 Notes 1Working in an open ecosystem can lead to unexpected collaboration benefits. We would like to acknowledge Christian Nassif-Haynes’s assistance in improving the Perachora feature recording module. As we are an open source project‚ he was able to contribute changes in his spare time when the archaeologists reached out for help. 2The use of the word ‘artefact’ in the development of software for archaeological purposes is a no-go zone. In software design‚ an artefact is a by-product of a software‚ a relic of how code functioned at a particular point in time. For archaeologists‚ an artefact is anything made or modified by humans.
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    @misc{crookSpinningDigitalRecording2021, title = {Spinning up digital recording systems for rapid survey on {Perachora} {Peninsula}, {Greece}}, url = {http://faims.edu.au/Spinning-up-digital-recording-systems-for-rapid-survey-on-Perachora-Peninsula,-Greece/}, language = {en}, urldate = {2021-11-12}, journal = {FAIMS 3.0 Electronic Field Notebooks}, author = {Crook, Penny}, month = sep, year = {2021}, }
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    Crook, P. (2021, September 10). Spinning up digital recording systems for rapid survey on Perachora Peninsula, Greece. FAIMS 3.0 Electronic Field Notebooks. http://faims.edu.au/Spinning-up-digital-recording-systems-for-rapid-survey-on-Perachora-Peninsula,-Greece/
  6. Ballsun-Stanton, Brian. 2021. “A Tale of Reproducible Presentation Infrastructure.” FAIMS 3.0 Electronic Field Notebooks, August 20. http://faims.edu.au/A-Tale-of-Reproducible-Presentation-Infrastructure/.
    Abstract
    Some folks visiting this post will be interested in the high-level overview of FAIMS by Shawn Ross and Penny Crook as part of the AAO Seminar Series. This post‚ however‚ is not about a high level overview of FAIMS. Instead‚ it’s about responsible academic research‚ slides as FAIR academic outputs via GitHub Releases‚ and automation of said releases using LaTeX‚ Overleaf‚ our new LaTeX Slide Template‚ Github Actions‚ and utterly failing1 the “Is it worth the time?” test for automation. XCKD #1205. xkcd.com CC-BY-ND 2.5 Randall Munroe Specifically our goal is‚ for any presentation or output we have‚ to: Have consistent branding without us fighting with closed-source software.2Make sure we have good and transparent records of all of our outputs‚ so that we can reuse them‚ share them‚ and use them in future research. Being able to share an archive of presentations is a great way to provide future researchers deep insight into our project‚ costing us little time now but would be virtually impossible later.Engage in open scholarship practicesUse version control for our slides and outputs so that we have a single authoritative thing without hundreds of copies named Final_FAIMS_slides_updated_for_3_BBS_Final_Draft_20210819.pdfMake sure it’s archived on our OSF page. Consistent branding using LaTeX As the more astute readers will note‚ the slides used in the presentation (https://github.com/saross/FAIMS-intro/releases/tag/v4.0) are themed using LaTeX beamer slides inspired by Macquarie University branding rather than the new branding package done by Vel from LaTeX Typesetting3 (https://github.com/FAIMS/FAIMS3-Intro-Slides). The previous three presentations using this deck were done before we had the new slide template prepared and only after the presentation did I realise that I needed to port the presentation to the new version. This was relatively straightforward. The only difficulty of the port was figuring out a way to have a split bibliography4 so that we could have normal citations in the presentation‚ and our Zotero Library of FAIMS Publications (see also our website’s resources page). The benefit of solving this problem is that we can include our project citations in this overview presentation using proper APA-formatted citations as their own bibliography that is trivial to update as the project produces peer reviewed outputs. In short‚ separating presentation from data will allow higher quality versions of this presentation going forward with less time invested during the inevitable crunch-time of preparing a presentation at the last minute. Having slides (on Overleaf) defined as: \textbackslashbegin\frame\Introduction to the FAIMS Project\ \textbackslashbegin\itemize\textbackslashitem The Field Acquired Information Management Systems (FAIMS) Project began in 2012 as a national Australian information infrastructure project in archaeology.\textbackslashitem Developed FAIMS Mobile for field data capture \textbackslashparencite\Ballsun-Stanton2018-zd\.\textbackslashitem Use expanded beyond archaeology to geoscience‚ ecology‚ ethnography‚ linguistics‚ oral history.\textbackslashitem Has been customised for over 50 workflows at more than 30 projects. \textbackslashitem Data and workflow modelling for customisations provided deep insights into field data capture and the infrastructure needed to support it.\textbackslashend\itemize\textbackslashend\frame\ Means we can focus on updating and managing our text rather than fighting with Powerpoint over bullet size and alignment. BibLaTeX is a useful bonus as well‚ since few people expect a well formed bibliography in a normal slide deck. Having a good project history and practicing open scholarship with an OSF project It is important to us to publicly document and archive our intermediate project outputs as well as our formal documents. While archives of milestones and reports‚ along with peer reviewed articles are the backbone of our reporting‚ they do not capture all of our reporting on the progress of the project. It is our hope that by documenting our presentations‚ our management techniques for academic software engineering (Part 1‚ Part 2)‚ and providing a version history for our academic thought as well as our software‚ we can leave a better legacy of knowledge to future academics struggling with the same problems. Far too often have we looked at 1‚ 5‚ and 10 year old projects whose funding has run out — and whose project infrastructure has vanished like leaves on the wind. Since we were frustrated with the academic record‚ we decided to make a conscious effort to leave a lasting historical legacy5 using practices of open scholarship. We have chosen to host all of our project outputs as components of our OSF FAIMS3 project because the Project > Component hierarchy fits this specific model than the flat “everything is a document” hierarchy of Zenodo. Zenodo‚ for this very same reason‚ is an excellent archive of our project formal reports which do not necessarily need to relate to each other‚ but need to have the document itself as the centre of attention. Version control and GitHub Actions Because we don’t have endless copies of files sitting around on our local disks‚ we are able to use Git to name and capture specific moments in time. By using proper naming conventions‚ we can provide far better metadata than a filename — as well as the opportunity to explore how a given presentation has changed throughout its iterations. This is as true for software as it is for academic research and outputs. However‚ the process of compiling on Overleaf‚ saving‚ renaming‚ creating a release‚ and remembering to upload the right file to the release is mildly tedious. As such‚ once I was done migrating the presentation to the new format‚ I also wrote a Github Actions workflow (latex.yml) which could automatically produce and rename and attach the file. Thus‚ as new presentations are made and updated‚ we’ll never need to remember to attach a pdf downloaded from our local disks to achieve a scholastic record in GitHub releases. Soon‚ I hope to also automate the making of an OSF component‚ for even more automation and time-saving. 1To be fair‚ actually looking at this chart — absent hyperbole — we do presentations a little less frequently than monthly‚ and the process of producing a release does take a little more than 5 minutes (give or take)‚ so technically it’s not a failure per the chart — if one squints and is charitable. Pragmatically‚ it was also good practice using GitHub Actions‚ and good practice excuses many inefficiencies in the name of improving abilities. 2Yes‚ we have a Google-slides version of our slide-branding template‚ because a) different project members have different levels of comfort with LaTeX and b) sometimes something ad hoc is needed‚ in a great hurry. We’re not perfect. 3As someone who is “decent enough” at *TeX (I wrote my dissertation in ConTeXt‚ support open source journal typesetting‚ and have my students typeset their theses in LaTeX (MQ thesis LaTeX theme) — Vel’s LaTeX code is better and prettier than I could do in any reasonable time. I recommend his services. 4I bet your slide deck doesn’t feature automatic citation management… 5The relative proportion of historians and archaeologists amongst project leadership probably also has something to do with this decision.
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    @misc{ballsun-stantonTaleReproduciblePresentation2021, title = {A {Tale} of {Reproducible} {Presentation} {Infrastructure}}, url = {http://faims.edu.au/A-Tale-of-Reproducible-Presentation-Infrastructure/}, language = {en}, urldate = {2021-11-12}, journal = {FAIMS 3.0 Electronic Field Notebooks}, author = {Ballsun-Stanton, Brian}, month = aug, year = {2021}, }
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    Ballsun-Stanton, B. (2021, August 20). A Tale of Reproducible Presentation Infrastructure. FAIMS 3.0 Electronic Field Notebooks. http://faims.edu.au/A-Tale-of-Reproducible-Presentation-Infrastructure/
  7. Sobotkova, Adela. 2021. “Mind Reading up and Down.” FAIMS 3.0 Electronic Field Notebooks, August 13. http://faims.edu.au/Mind-reading-up-and-down/.
    Abstract
    “If you wish to make an apple pie from scratch‚ you must first invent the universe” Carl Sagan‚ Cosmos This post is part 2 of a series inspired by the presentation we gave to the ARDC Platforms Community of Practice. Future posts in this series will look at the other roles that academics need to play in order to deliver functioning software that other people want to use. Our prior post was from the perspective of the Product Owner. This post was written from the perspective of a Subject-Matter Expert who was also responsible for delivering data collection workflows to researchers (our ‘Client’) needing to use them in the field. FAIMS 3 - Electronic Field NotebooksThe Product Owner Must Translate Between the Academic Vision and the Developmental Reality’Space is big. You just won’t believe how vastly‚ hugely‚ mind-bogglingly big it is. I mean‚ you may think it’s a long way down the road to the chemist’s‚ but that’s just peanuts to space.’ Douglas Adams‚ The Hitchhikers Guide to the Galaxy This post is part 1 of a series inspired by…Read more25 days ago · 1 like · Brian Ballsun-Stanton FAIMS Mobile1 did not do anything on its own. Client input was essential for customising the platform into a useful and usable module for fieldwork. Without a GUI‚ the client needed to work with a subject-matter expert in the FAIMS team to produce a tool that would succeed in his or her remote field deployment. The subject-matter expert had multiple responsibilities that can be summed up as becoming the client on behalf of the client. These were 1) establishing a clear understanding of the necessary specifications of needs and fieldwork conditions‚ and assessing field risks‚ 2) communicating the client’s workflow to the product owner‚ and 3) testing the module prototypes for correspondence with the client specifications. This process required constant mediation of both client requirements and technical “correctness”. When designing a module for an architectural survey‚ the developers thought it best to model the houses as walls containing windows and doors. The client‚ however‚ was content with houses being recorded as a single page called ‘building’ with walls and doors being listed‚ counted‚ and described in free-text fields. After burning the time with modelling it “right”‚ the project owner and domain-expert had to spend a Saturday devolving the module to the flat sheet that client had requested so that it would work in the field. A different case was with auto-numbering of records. Clients naturally wanted to be able to find and retrieve records. They also wanted the identifiers to comply with 30 years of legacy identifier styles. While we were able to provide such magical auto-numbering systems‚ the clients were unwilling to wait for their anemic devices to calculate these in the field. Most such elaborate ID-schemes did not survive the first deployment and were brutally simplified. An example of project that needed brutal simplification is shown below. The Boncuklu Huyuk Sample Processing workflow diagram by Penny Crook. Photo CC-BY-SA Adela Sobotkova 2014 The successes and failures of the first deployments taught us how to respect the needs of the clients and balance them with the capabilities of the software. We figured out how to compromise with clients’ expressed and tacit needs‚ and we also learnt how to work and live with the consequences of our software design decisions. Other posts will explore these consequences further. 1FAIMS Mobile v.0-2.6 was a platform for mobile data capture in the field‚ developed by archaeologists in 2012 and deployed at over 40 projects in the following 8 years.
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    BIB
    @misc{sobotkovaMindReading2021, title = {Mind reading up and down}, url = {http://faims.edu.au/Mind-reading-up-and-down/}, language = {en}, urldate = {2021-11-12}, journal = {FAIMS 3.0 Electronic Field Notebooks}, author = {Sobotkova, Adela}, month = aug, year = {2021}, }
    RIS
    APA
    Sobotkova, A. (2021, August 13). Mind reading up and down. FAIMS 3.0 Electronic Field Notebooks. http://faims.edu.au/Mind-reading-up-and-down/
  8. Ballsun-Stanton, Brian. 2021. “The Product Owner Must Translate Between the Academic Vision and the Developmental Reality.” FAIMS 3.0 Electronic Field Notebooks, August 5. http://faims.edu.au/The-Product-Owner-Must-Translate-Between-the-Academic-Vision-and-the-Developmental-Reality/.
    Abstract
    ’Space is big. You just won’t believe how vastly‚ hugely‚ mind-bogglingly big it is. I mean‚ you may think it’s a long way down the road to the chemist’s‚ but that’s just peanuts to space.’Douglas Adams‚ The Hitchhikers Guide to the Galaxy This post is part 1 of a series inspired by the presentation we gave to the ARDC Platforms Community of Practice. Future posts in this series will look at the other roles that academics need to play in order to deliver functioning software that other people want to use. Asking a workshop of academics is not enough to get a good idea of what developers need to do: Photo from the FAIMS 1 Stocktaking Workshop in 2012. We made the mistake of asking if a room full of archaeologists could agree on a consistent recording methodology. Photo CC-BY-SA Shawn Adrian Ross 2012. Thinking about the epigraph and the difficulties of academic research software development‚ we can replace the word ’space’ with the word ’requirements’ (and to the pedantic‚ the word big with the word difficult.) The task of requirement articulation is‚ itself‚ not well defined to most academic groups. Academic teams start with a (funded) vision of what they described in a grant request to get some money. They then need to articulate‚ test‚ and translate this vision to the research software engineers they have engaged1.  This vision needs to be translated into a self-consistent‚ possible‚ useful‚ and technically achievable set of requests to developers that really should take no longer than a week. Even assuming that the vision represents a product in detail that other folks want to use and support‚ this task of vision operationalisation is tricky. Trying to perform this task by committee is functionally impossible. Here‚ we would like to introduce you to the idea of a product owner. (This advice is offered regardless of what software development life cycle theatre2 you have chosen. In short‚ the product owner is the single person on the academic side of things who will manage translation between the academic understanding-of-world-to-be and the pragmatic realities and tradeoffs of development. If they are not spending at least a day a week on this level of coordination‚ they do not have this job. The product owner needs to understand what the devs are working on‚ what they are planning to work on‚ and the day to day challenges that they are facing. The product owner needs to understand the ultimate vision‚ the pragmatic realities of funding‚ and what people are ’willing to pay for.’3 In another post in this series on academic roles within an academic software engineering project‚ we will talk about requirements elicitation‚ what everyone else on the academic team should be doing‚ and why features should not be priority number one.  1As a warning here: if you have hired a single engineer for your grant-funded development‚ you have fallen into a classic blunder and should think about who is going to manage your testing‚ the day to day pragmatics of development‚ and what happens if your dev gets hit by a bus‚ wants a vacation‚ or moves to a better job. 2Inspired by Bruce Schneier’s ’Security Theatre’ – we are rather accepting the pragmatics that academics do not have participating in software development as their primary job. Committing to a software development lifecycle requires resources‚ time‚ consistent focus and seems to be the exception to our experience. In short‚ an SDLC‚ for academics‚ is a way of articulating what might happen in the best of all possible worlds until the money‚ time‚ and goodwill run out. Picking one that works with how your developers work is great‚ and having one is better than not – but accept that much of what makes an SDLC valuable to software companies is merely performed without substance by us external folk. 3Mistaking what people say they want for what they are willing to invest time and money into (even if it’s free) is another classic blunder.
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    @misc{ballsun-stantonProductOwnerMust2021, title = {The {Product} {Owner} {Must} {Translate} {Between} the {Academic} {Vision} and the {Developmental} {Reality}}, url = {http://faims.edu.au/The-Product-Owner-Must-Translate-Between-the-Academic-Vision-and-the-Developmental-Reality/}, language = {en}, urldate = {2021-11-12}, journal = {FAIMS 3.0 Electronic Field Notebooks}, author = {Ballsun-Stanton, Brian}, month = aug, year = {2021}, }
    RIS
    APA
    Ballsun-Stanton, B. (2021, August 5). The Product Owner Must Translate Between the Academic Vision and the Developmental Reality. FAIMS 3.0 Electronic Field Notebooks. http://faims.edu.au/The-Product-Owner-Must-Translate-Between-the-Academic-Vision-and-the-Developmental-Reality/
  9. Crook, Penny. 2021. “FAIMS3 Alpha UAT Success.” FAIMS 3.0 Electronic Field Notebooks, June 25. http://faims.edu.au/FAIMS3-Alpha-UAT-Success/.
    Abstract
    CSIRO researchers with FAIMS in the field. CC-BY-SA Nathan Reid 2021 On 15 June 2021 the FAIMS3 Alpha prototype passed its first major development milestone: user-acceptance testing (UAT). The intention of this round of UAT was to explore‚ discuss and confirm accomplishment of the goals of Alpha phase of development: To demonstrate the foundational capabilities of FAIMS3. Specifically‚ loading a module from a specification‚ data entry on all OSes‚ and asynchronous data exchange on an append-only datastore. (For more information on the design approach for all phases of development see the FAIMS3 Elaboration Report.) Screenshots from Android and Browser of FAIMS Alpha testing The UAT focussed on a number of tests for the creation‚ retrieval‚ update and deletion (CRUD) of data‚ on on multiple operating systems in online and offline environments. The successful test demonstrates that we can deliver the core functionality of FAIMS: cross-platform‚ asynchronous data exchange on an append-only datastore. This is the culmination of 11 weeks of intense work from our developers at Australian Astronomical Optics (AAO) and software engineers at CSIRO Mineral Resources. End-to-end test demonstrations of Alpha on Android and web browser are on the FAIMS Project YouTube channel. To read more on the test reports see https://zenodo.org/record/5030772
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    BIB
    @misc{crookFAIMS3AlphaUAT2021, title = {{FAIMS3} {Alpha} {UAT} {Success}}, url = {http://faims.edu.au/FAIMS3-Alpha-UAT-Success/}, language = {en}, urldate = {2021-11-12}, journal = {FAIMS 3.0 Electronic Field Notebooks}, author = {Crook, Penny}, month = jun, year = {2021}, }
    RIS
    APA
    Crook, P. (2021, June 25). FAIMS3 Alpha UAT Success. FAIMS 3.0 Electronic Field Notebooks. http://faims.edu.au/FAIMS3-Alpha-UAT-Success/
  10. Ballsun-Stanton, Brian. 2021. “FAIMS3 Github Repo Goes Public.” FAIMS 3.0 Electronic Field Notebooks, June 3. http://faims.edu.au/FAIMS3-Github-Repo-goes-Public/.
    Abstract
    An early screenshot from FAIMS3 on Chrome on Android. CC-BY 2021 FAIMS Project at Macquarie University. As part of getting ready for our Alpha release and initial round of User Acceptance Testing‚ I took our FAIMS3 repository public just now. FAIMS3 is built in Typescript and we’re designing it to be multi-platform from the get-go. Our Alpha release aims to accomplish the following expensive sentence: To demonstrate the foundational capabilities of FAIMS3. Specifically‚ loading a module from a specification‚ data entry on all OSes‚ and asynchronous data exchange on an append-only datastore. My goal when setting our development directions for Alpha was to ensure we had a rock-solid base to develop features on. As such‚ I’m making sure we build in unit‚ integration‚ and end-to-end testing throughout our design cycle‚ even if that costs us features we promised people — a more reliable product will help us sustain development for longer‚ and people are more willing to pay for features then they are for support infrastructure. A very early dev screenshot of FAIMS3 running on iOS. CC-BY 2021 FAIMS Project at Macquarie University. Our end-to-end testing is using Browserstack‚ because of their App Automate framework and very generous Open-Source support. Our CI is using Github Actions for much the same reason. I hope to release some video produced by our QA person in CSIRO via Browserstack very soon Some notes on open-source licensing We chose to use the Apache 2 license as an unrestrictive non-copyleft license which can support our sustainability goals. We were also heavily inspired to use Developer Certificates rather than a Community License Agreement due to James Bottomley’s discussion of the Community Corrosive Effects of CLAs. We wanted to make sure that we were well locked into the Apache 2 license and to recognise the contribution of our developers over at AAO@MQ and CSIRO.
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    @misc{ballsun-stantonFAIMS3GithubRepo2021, title = {{FAIMS3} {Github} {Repo} goes {Public}}, url = {http://faims.edu.au/FAIMS3-Github-Repo-goes-Public/}, language = {en}, urldate = {2021-11-12}, journal = {FAIMS 3.0 Electronic Field Notebooks}, author = {Ballsun-Stanton, Brian}, month = jun, year = {2021}, }
    RIS
    APA
    Ballsun-Stanton, B. (2021, June 3). FAIMS3 Github Repo goes Public. FAIMS 3.0 Electronic Field Notebooks. http://faims.edu.au/FAIMS3-Github-Repo-goes-Public/
  11. Ballsun-Stanton, Brian. 2021. “Updates and Progress Reports on FAIMS 3 Developments and Deployments.” FAIMS 3.0 Electronic Field Notebooks, May 14. http://faims.edu.au/Updates-and-progress-reports-on-FAIMS-3-developments-and-deployments/.
    Abstract
    FAIMS 3.0 will re-engineer Field Acquired Information Management Systems (FAIMS) Mobile‚ a mature and stable‚ but dated‚ system for producing custom electronic notebooks for data collection in diverse field situations. This project will make quality‚ comprehensive datasets the norm‚ and the platform will integrate with existing virtual environments for data analysis and repositories‚ including AARNet’s CloudStor and SWAN‚ and Auscope’s Virtual Research Environment (AVRE) for Geoscience. The FAIMS Mobile Platform is open-source software for offline data collection on an Android device. FAIMS stands for Field Acquired Information Management System. The platform was established by archaeologists in 2012 to support the capture and management of digital field data in difficult terrain. It is now used by researchers from many fields in diverse situations. FAIMS is for any and all researchers committed to collecting FAIR data that suits their needs in wholly resuable ways. Fieldwork is time consuming and researchers and the data collected is in high demand. It is easier to share when it has been collected digitally‚ customised to a user’s needs in a single workflow‚ and analysed in a shared platform. Sign up now so you don’t miss the first issue. Subscribe now In the meantime‚ tell your friends!
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    BIB
    @misc{ballsun-stantonUpdatesProgressReports2021, title = {Updates and progress reports on {FAIMS} 3 developments and deployments}, url = {http://faims.edu.au/Updates-and-progress-reports-on-FAIMS-3-developments-and-deployments/}, language = {en}, urldate = {2021-11-12}, journal = {FAIMS 3.0 Electronic Field Notebooks}, author = {Ballsun-Stanton, Brian}, month = may, year = {2021}, }
    RIS
    APA
    Ballsun-Stanton, B. (2021, May 14). Updates and progress reports on FAIMS 3 developments and deployments. FAIMS 3.0 Electronic Field Notebooks. http://faims.edu.au/Updates-and-progress-reports-on-FAIMS-3-developments-and-deployments/
  12. Ross, Shawn, and Brian Ballsun-Stanton. 2021. “Introducing Preregistration of Research Design to Archaeology.” Preprint, SocArXiv, April 22. https://doi.org/10.31235/osf.io/sbwcq.
    Abstract
    Archaeology has an issue with "just-in-time" research‚ where insufficient attention is paid to articulating a research design before fieldwork begins. Data collection‚ management‚ and analysis approaches are under-planned and‚ often‚ evolve during fieldwork. While reducing the amount of preparation time for busy researchers‚ these tendencies reduce the reliability of research by exacerbating the effects of cognitive biases and perverse professional incentives. They cost time later through the accrual of technical debt. Worse‚ these practices hinder research transparency and scalability by undermining the quality‚ consistency‚ and compatibility of data. Archaeologists would benefit from embracing the "preregistration revolution" sweeping other disciplines. By publicly committing to research design and methodology ahead of time‚ researchers can produce more robust research‚ generate useful and reusable datasets‚ and reduce the time spent correcting problems with data. Preregistration can accommodate the diversity of archaeological research‚ including quantitative and qualitative approaches‚ hypothesis-testing and hypothesis-generating research paradigms‚ and place-specific and generalizing aims. It is appropriate regardless of the technical approach to data collection and analysis. More broadly‚ it encourages a more considered‚ thoughtful approach to research design. Preregistration templates for the social sciences can be adopted for use by archaeologists.
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    @techreport{rossIntroducingPreregistrationResearch2021, title = {Introducing {Preregistration} of {Research} {Design} to {Archaeology}}, url = {https://osf.io/preprints/socarxiv/sbwcq/}, doi = {10.31235/osf.io/sbwcq}, urldate = {2021-05-27}, institution = {SocArXiv}, author = {Ross, Shawn and Ballsun-Stanton, Brian}, month = apr, year = {2021}, note = {type: article}, keywords = {Arts and Humanities, Digital Humanities, FAIMS, History, Philosophy, Philosophy of Science, archaeology, open data, preprint, preregistration, research design, research transparency}, }
    RIS
    APA
    Ross, S., & Ballsun-Stanton, B. (2021). Introducing Preregistration of Research Design to Archaeology. SocArXiv. https://doi.org/10.31235/osf.io/sbwcq
  13. Ballsun-Stanton, Brian, Rini Angreani, Steve Cassidy, Simon O’Toole, Nuria Lorente, and Elizabeth Mannering. 2021. FAIMS3 Elaboration Report. Zenodo. 10.5281/ZENODO.4616766.
    Abstract
    This document is the technical elaboration milestone for FAIMS3 development. For more details on FAIMS3 see https://osf.io/mqk45/. In December 2019 the Australian Research Data Commons (ARDC) awarded a team of researchers led by Macquarie University 600‚000 over three years to build a digital platform for data collection in the field and offline. This was matched by 720‚920 in co-investment from project partners. FAIMS3 is a ground-up rewrite of the FAIMS Mobile (v2.6) offline-capable‚ geospatial‚ multimedia‚ field-data collection application. This rewrite is designed to be multi-platform‚ maintainable‚ and to support data collection at a citizen-science scale. The code and platform should last for at least five years‚ assuming regular maintenance. This document proposes how we can achieve these objectives.
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    @techreport{ballsun-stantonFAIMS3ElaborationReport2021, title = {{FAIMS3} {Elaboration} {Report}}, copyright = {Creative Commons Attribution 4.0 International, Open Access}, url = {10.5281/ZENODO.4616766}, language = {en}, urldate = {2021-10-01}, institution = {Zenodo}, author = {Ballsun-Stanton, Brian and Angreani, Rini and Cassidy, Steve and O'Toole, Simon and Lorente, Nuria and Mannering, Elizabeth}, month = mar, year = {2021}, note = {Version Number: 1.0.0-SC https://zenodo.org/record/4616766}, keywords = {FAIMS, Milestone}, }
    RIS
    APA
    Ballsun-Stanton, B., Angreani, R., Cassidy, S., O’Toole, S., Lorente, N., & Mannering, E. (2021). FAIMS3 Elaboration Report. Zenodo. 10.5281/ZENODO.4616766
  14. Thorne, Robert, Nathan Reid, David Gray, et al. 2018. M436 Distal Footprints: UNCOVER Australia - Hydrogeochemistry of the Capricorn Orogen. No. EP182906. CSIRO. http://dx.doi.org/10.25919/5cddb339279ec.
    Abstract
    The Capricorn hydrogeochemistry study builds on previous work in the Yilgarn Craton‚ creating a seamless dataset that covers much of Western Australia. This study has developed a provisional review of the mineral prospectivity of the region using groundwater geochemistry‚ defining areas of interest requiring further investigation. In the Capricorn‚ groundwater samples were collected from 1035 wells and bores‚ in most cases the water table was within 20 m of the surface. Samples were also taken from known mineral deposits to provide examples of the geochemical signature associated with mineralisation in the region. Field measurements included pH‚ Eh‚ EC and temperature. Separate field prepared sub-samples were collected for cation‚ anion‚ alkalinity‚ and Au/PGE analysis. Robust statistical methods were applied to combine bailed and flowing samples using a derived contamination factor that is tailored to the individual measured parameters. Rescaling normal or log-normal data and the creation of indices for lithology discrimination‚ Au‚ U and sulfide mineralisation improved the utility of hydrogeochemical data. All samples were analysed for δ18O‚ δ2H and selected samples were analysed for δ34S and associated δ18O from SO42. A number of different parameters can be used to indicate rock types from hydrogeochemical data even when there is deep weathering or transported cover. Higher dissolved concentrations of elements can indicate mafic (Cr‚ V) or granitic (U‚ F) rocks and ratios between elements (e.g. K excess‚ relative to Rb) can differentiate between granitic and sedimentary terrains. These determinations are improved by multi-element indices. The work tests the utility of previously derived mineral exploration indices‚ and has resulted in the creation of new indices designed for the geology of the Capricorn Orogen. Hydrogeochemical exploration for Au using Au‚ Ag‚ As and combined element indices such as AuMin was able to delineate areas of known mineralisation and target new areas of interest. The FeS index developed in the north Yilgarn Craton did not prove to be very effective in the Capricorn‚ but the AcidS index has anomalism linked to most of the known deposits and provides new areas of interest. There are several areas in the Capricorn that have U concentrations greater than those in close proximity to known deposits in the north Yilgarn. Spatially‚ the carnotite saturation index predicts most of the known U prospects and provides new targets in the Capricorn. The utility of groundwater as a sample medium able to ‘see through’ cover was tested in two case study regions. In the Bryah Basin‚ groundwater possesses the chemical signature of mafic rocks but due to the thickness of transported cover soil sample chemistry does not reflect the underlying lithologies. At the polymetallic Abra deposit groundwater possesses anomalous Pb and W concentrations related to the buried deposit‚ whilst soil samples are proven to be an ineffective at targeting mineralisation. Oxygen and hydrogen isotopes highlight groundwater samples that have a composition suggestive of a water source other than meteoric water. This water source has mixed with meteoric water and may be linked to faults‚ mineralisation or hydrothermal alteration. Light δ34S values and associated light δ18O successfully identified mineralisation at Paulsens Au deposit and have the potential to target new areas of mineralisation. This research further demonstrates the value of groundwater chemistry for defining lithology‚ hydrothermal alteration and mineralisation in areas with and without cover. Stable isotopes have been used systematically across the region to assist in delineating new areas of interest.
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    @techreport{thorneM436DistalFootprints2018, title = {M436 {Distal} {Footprints}: {UNCOVER} {Australia} - {Hydrogeochemistry} of the {Capricorn} {Orogen}}, url = {http://dx.doi.org/10.25919/5cddb339279ec}, number = {EP182906}, institution = {CSIRO}, author = {Thorne, Robert and Reid, Nathan and Gray, David and Ballsun-Stanton, Brian and Bardwell, Nicki and Klump, Jens and Davis, Aaron and Ross, Shawn and Sobotkova, Adela}, year = {2018}, keywords = {FAIMS-publication}, }
    RIS
    APA
    Thorne, R., Reid, N., Gray, D., Ballsun-Stanton, B., Bardwell, N., Klump, J., Davis, A., Ross, S., & Sobotkova, A. (2018). M436 Distal Footprints: UNCOVER Australia - Hydrogeochemistry of the Capricorn Orogen (No. EP182906). CSIRO. http://dx.doi.org/10.25919/5cddb339279ec
  15. Crook, Penny, Shawn Ross, Georgia Burnett, Peter Shadie, and Phil Hammon. 2015. Bleichert Ropeway, Katoomba: 2014 Survey Report. Blue Mountains World Heritage Institute. http://www.bmwhi.org.au/wp/wp-content/uploads/2015/04/Final-Report-Bleichert-Ropeway-Survey-2015-.compressed.pdf.
    abstract
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    @techreport{crookBleichertRopewayKatoomba2015, address = {Katoomba, N.S.W.}, title = {Bleichert {Ropeway}, {Katoomba}: 2014 {Survey} {Report}}, copyright = {All rights reserved}, url = {http://www.bmwhi.org.au/wp/wp-content/uploads/2015/04/Final-Report-Bleichert-Ropeway-Survey-2015-.compressed.pdf}, institution = {Blue Mountains World Heritage Institute}, author = {Crook, Penny and Ross, Shawn and Burnett, Georgia and Shadie, Peter and {Phil Hammon}}, month = feb, year = {2015}, pages = {34}, }
    RIS
    APA
    Crook, P., Ross, S., Burnett, G., Shadie, P., & Phil Hammon. (2015). Bleichert Ropeway, Katoomba: 2014 Survey Report (p. 34). Blue Mountains World Heritage Institute. http://www.bmwhi.org.au/wp/wp-content/uploads/2015/04/Final-Report-Bleichert-Ropeway-Survey-2015-.compressed.pdf

Citing or mentioning work (peer-reviewed)

  1. Kidder, J. A., N. Reid, R. R. P. Noble, et al. 2025. “A Review of Hydrogeochemical Techniques for Mineral Exploration: History, Present and Future.” Geochemistry: Exploration, Environment, Analysis (London) 25 (2). https://doi.org/10.1144/geochem2024-065.
    Geochemistry: Exploration, Environment, Analysis
    GEEA
    Abstract
    This review provides an overview of the application of hydrogeochemistry in mineral exploration by compiling learnings and knowledge from past and present research. It includes guidance on survey design‚ sampling methodologies‚ field data collection‚ analysis and interpretations. Hydrogeochemistry is a unique tool with the potential to detect and generate anomalies from mineral occurrences that are deeply emplaced or obscured by post-mineral cover. Pathfinder dispersion from mineral deposits commonly produces proximal and distal dispersion patterns; case studies have demonstrated anomalies detectable up to 10 km away from the deposit source. To date‚ case studies using streams and groundwaters have demonstrated water to be an effective geochemical medium for vectoring sources of Cu‚ Au‚ diamonds‚ base metals (Pb and Zn)‚ U‚ and Ni–platinum group elements (PGEs) mineralization. Significant technological advances in sample analysis (detection limits) and drilling methods (for groundwaters) have dramatically increased the detectable plume associated with mineral deposits and reduced the time and cost of acquiring groundwater samples. Hydrogeochemistry is an effective early stage greenfield and regional survey mineral exploration assessment tool. As explorers target ever deeper prospects or enter areas of post-mineral cover‚ hydrogeochemistry should be at the forefront of an explorer’s geochemistry toolbox.
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    @article{kidderReviewHydrogeochemicalTechniques2025, address = {London}, title = {A review of hydrogeochemical techniques for mineral exploration: history, present and future}, volume = {25}, copyright = {CC BY 4.0}, issn = {1467-7873}, shorttitle = {A review of hydrogeochemical techniques for mineral exploration}, url = {https://doi.org/10.1144/geochem2024-065}, doi = {10.1144/geochem2024-065}, language = {en}, number = {2}, journal = {Geochemistry: Exploration, Environment, Analysis}, publisher = {Geological Society of London}, author = {Kidder, J. A. and Reid, N. and Noble, R. R. P. and Leybourne, M. I. and Buskard, J. and Bowell, R. J. and Stoltze, A. and Garrett, R. G.}, month = may, year = {2025}, note = {CITES FIELDMARK: reference list entry verified verbatim in the CrossRef deposit — "Crook P. Ross S. Ballsun-Stanton B. Cassidy S. Klump J. and Sobotkova A. 2022. FAIMS 3.0 electronic field notebooks: project update. In: Presented at eResearch Australasia 2022 17–20 October 2022 Brisbane QLD. AERO Ltd CSIRO EP2022-4953 http://hdl.handle.net/102.100.100/448036?index=1". The article is reported to name "the Fieldmark app used in Australia (Crook et al. 2022)" in the body text. That in-text wording could NOT be verified this session: the publisher site (Lyell Collection / GeoScienceWorld) returns HTTP 403 to fetchers and no repository copy exists (OpenAlex: hybrid OA, no full text mirror). The reference-list entry above is verified and is on its own sufficient to classify this as citing. No page range: GEEA uses article numbers. Article number geochem2024-065. Open access, CC BY 4.0. Verified against CrossRef on 2026-08-21.}, }
    RIS
    APA
    Kidder, J. A., Reid, N., Noble, R. R. P., Leybourne, M. I., Buskard, J., Bowell, R. J., Stoltze, A., & Garrett, R. G. (2025). A review of hydrogeochemical techniques for mineral exploration: history, present and future. Geochemistry: Exploration, Environment, Analysis, 25(2). https://doi.org/10.1144/geochem2024-065
  2. Klump, Jens, Kerstin Lehnert, Damian Ulbricht, et al. 2021. “Towards Globally Unique Identification of Physical Samples: Governance and Technical Implementation of the IGSN Global Sample Number.” Data Science Journal 20 (1): 1–16. https://doi.org/10.5334/dsj-2021-033.
    Data Science Journal
    Abstract
    Persistent unique identifiers (PID) are a critical element in digital research data infrastructure to unambiguously identify‚ locate‚ and cite digital representations of a growing range of entities – publications‚ data‚ instruments‚ organizations‚ funding awards‚ field programs‚ and others. The IGSN was developed as the International Geo Sample Number to provide a persistent‚ globally unique‚ web resolvable identifier for physical samples. IGSN is both a governance and technical system for assigning globally unique persistent identifiers to physical samples. Even though initially developed for samples in the geosciences‚ the application of IGSN can be and has already been expanded to other domains that rely on physical samples and collections. This paper describes the current architecture and technical implementation of IGSN‚ how IGSN relates to other sample identifiers‚ and how its technical systems are supported by an international governance structure.
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    BIB
    @article{klumpGloballyUniqueIdentification2021, title = {Towards {Globally} {Unique} {Identification} of {Physical} {Samples}: {Governance} and {Technical} {Implementation} of the {IGSN} {Global} {Sample} {Number}}, volume = {20}, issn = {1683-1470}, shorttitle = {Towards {Globally} {Unique} {Identification} of {Physical} {Samples}}, url = {https://gfzpublic.gfz-potsdam.de/pubman/faces/ViewItemFullPage.jsp?itemId=item1}5008577, doi = {10.5334/dsj-2021-033}, language = {en}, number = {1}, urldate = {2021-11-12}, journal = {Data Science Journal}, publisher = {Ubiquity Press}, author = {Klump, Jens and Lehnert, Kerstin and Ulbricht, Damian and Devaraju, Anusuriya and Elger, Kirsten and Fleischer, Dirk and Ramdeen, Sarah and Wyborn, Lesley}, year = {2021}, note = {Corrections 2026-08-21: the abstract field held a repository scrape artefact ("Author: Klump, Jens et al.; Genre: Journal Article; Finally published : 2021; ...") rather than an abstract; replaced with the published abstract via OpenAlex. Third author's forename expanded from "D." to "Damian" per CrossRef. Publisher and ISSN added. CrossRef records this as article number 33; the existing page range 1-16 has been left as-is. Metadata checked against CrossRef on 2026-08-21.}, pages = {1--16}, }
    RIS
    APA
    Klump, J., Lehnert, K., Ulbricht, D., Devaraju, A., Elger, K., Fleischer, D., Ramdeen, S., & Wyborn, L. (2021). Towards Globally Unique Identification of Physical Samples: Governance and Technical Implementation of the IGSN Global Sample Number. Data Science Journal, 20(1), 1–16. https://doi.org/10.5334/dsj-2021-033
  3. Masson-MacLean, Edouard, James O’Driscoll, Cathy McIver, and Gordon Noble. 2021. “Digitally Recording Excavations on a Budget: A (Low-Cost) DIY Approach from Scotland.” Journal of Field Archaeology 46 (8): 595–613. https://doi.org/10.1080/00934690.2021.1970444.
    Journal of Field Archaeology
    Abstract
    The increasing use of digital technologies can provide significant benefits to the excavation and interpretative process in archaeology. Yet‚ despite major developments in the last two decades‚ digital recording can still be seen as part of the realm of tech savvy archaeologists‚ well-funded projects‚ or larger commercial units who can develop their own recording systems or deploy a pre-existing application. The latter are often expensive and can be technologically challenging to implement‚ and few of these focus on both context recording and feature drawing. In response‚ this paper presents an accessible and flexible low-cost DIY digital workflow developed by the Comparative Kingship Project‚ Scotland‚ allowing field practitioners to benefit from some of the key advantages of “going digital” without the associated costs or complexities of some of the other systems.
    PDF
    BIB
    @article{masson-macleanDigitallyRecordingExcavations2021, title = {Digitally {Recording} {Excavations} on a {Budget}: {A} ({Low}-{Cost}) {DIY} {Approach} from {Scotland}}, volume = {46}, issn = {0093-4690}, shorttitle = {Digitally {Recording} {Excavations} on a {Budget}}, url = {https://doi.org/10.1080/00934690.2021.1970444}, doi = {10.1080/00934690.2021.1970444}, number = {8}, urldate = {2021-11-12}, journal = {Journal of Field Archaeology}, publisher = {Routledge}, author = {Masson-MacLean, Edouard and O’Driscoll, James and McIver, Cathy and Noble, Gordon}, month = sep, year = {2021}, note = {\_eprint: https://doi.org/10.1080/00934690.2021.1970444 Correction 2026-08-21: volume/issue/pages were the online-first placeholders 0/0/1-19. CrossRef now assigns Journal of Field Archaeology 46(8): 595-613. Metadata checked against CrossRef on 2026-08-21.}, keywords = {database design, drone, fieldwork, methods, photogrammetry}, pages = {595--613}, }
    RIS
    APA
    Masson-MacLean, E., O’Driscoll, J., McIver, C., & Noble, G. (2021). Digitally Recording Excavations on a Budget: A (Low-Cost) DIY Approach from Scotland. Journal of Field Archaeology, 46(8), 595–613. https://doi.org/10.1080/00934690.2021.1970444
  4. Pillatt, Toby, Katie Green, Deborah Maxwell, Harold Mytum, and Julian Richards. 2021. “Discovering England’s Burial Spaces: Supporting Community Heritage.” Journal of Community Archaeology & Heritage 9 (2): 88–102. https://doi.org/10.1080/20518196.2021.1894786.
    Journal of Community Archaeology & Heritage
    Abstract
    Discovering England’s Burial Spaces (DEBS) was a two-year project to develop new tools and resources in support of community-led recording of the above-ground archaeology and tangible heritage of burial spaces. This article focuses on the role community groups had in the process of designing and building parts of the new surveying workflow‚ paying particular attention to the design of the recording system‚ the role of new digital tools in supporting surveys‚ and the barriers that might prevent community groups from archiving their research. While the focus is very much on these issues as they played out within the DEBS project itself‚ the challenges encountered and lessons learnt have implications for Citizen Science projects more broadly‚ and for researchers and heritage professionals developing new methodologies and tools.
    PDF
    BIB
    @article{pillattDiscoveringEnglandsBurial2021, title = {Discovering {England}’s burial spaces: {Supporting} community heritage}, volume = {9}, issn = {2051-8196}, shorttitle = {Discovering {England}’s burial spaces}, url = {https://doi.org/10.1080/20518196.2021.1894786}, doi = {10.1080/20518196.2021.1894786}, number = {2}, urldate = {2021-05-27}, journal = {Journal of Community Archaeology \& Heritage}, publisher = {Routledge}, author = {Pillatt, Toby and Green, Katie and Maxwell, Deborah and Mytum, Harold and Richards, Julian}, month = mar, year = {2021}, note = {\_eprint: https://doi.org/10.1080/20518196.2021.1894786 Correction 2026-08-21: volume/issue/pages were the online-first placeholders 0/0/1-15. CrossRef now assigns Journal of Community Archaeology \& Heritage 9(2): 88-102. Metadata checked against CrossRef on 2026-08-21.}, keywords = {DEBS, FAIMS, Gravestones, Publication-citing-FAIMS, archiving, cemetery survey, community groups, data standardization, digital heritage, graveyard}, pages = {88--102}, }
    RIS
    APA
    Pillatt, T., Green, K., Maxwell, D., Mytum, H., & Richards, J. (2021). Discovering England’s burial spaces: Supporting community heritage. Journal of Community Archaeology & Heritage, 9(2), 88–102. https://doi.org/10.1080/20518196.2021.1894786
  5. Buławka, Nazarij, and Julia Chyla. 2020. Mobile GIS in Archaeology: Current Possibilities, Future Needs. Position Paper. Universität Tübingen. https://doi.org/10.15496/publikation-43226.
    Abstract
    Ever since field survey has become an important method in researching ancient communities we can observe improvement of its technological and theoretical aspects. Nowadays‚ rapid urban sprawl and intensified agriculture lead to the increasing destruction of sites and archaeological landscapes throughout the globe. Thus‚ an adequate low budget strategies is needed‚ that will able help to document‚ preserve‚ study and manage all what is left. The introduction of GIS and GNSS mobile applications opened a such possibility. At the 2017 CAA meetings in Atlanta‚ the authors organized a session entitled “Mobile GIS in ar- chaeology – current possibilities‚ future needs”‚ at which the current issues and possibilities were discussed. The session resulted in this summary paper. The main aim of the paper is to re-evaluate the contemporary concept of the survey that was introduced due to a rapid increase of GPS accuracy and development of mobile technology.
    PDF
    BIB
    @incollection{bulawkaMobileGISArchaeology2020, title = {Mobile {GIS} in {Archaeology}: {Current} {Possibilities}, {Future} {Needs}. {Position} {Paper}}, url = {https://doi.org/10.15496/publikation-43226}, doi = {10.15496/publikation-43226}, publisher = {Universität Tübingen}, author = {Buławka, Nazarij and Chyla, Julia}, month = nov, year = {2020}, note = {Corrections 2026-08-21: the title read '2020. “Mobile GIS – Current Possibilities, Future Needs. Position Paper”' — a citation fragment with the year and quotation marks embedded, and with "in Archaeology:" dropped. Replaced with the title registered at DataCite for this DOI. Publisher added. NOTE: DataCite lists the creators in the order Chyla (Julia Maria) then Buławka (Nazarij); the order here is the reverse. That has been left unchanged pending sight of the published chapter. Metadata checked against DataCite on 2026-08-21.}, pages = {99--113}, }
    RIS
    APA
    Buławka, N., & Chyla, J. (2020). Mobile GIS in Archaeology: Current Possibilities, Future Needs. Position Paper (pp. 99–113). Universität Tübingen. https://doi.org/10.15496/publikation-43226
  6. Wernke, Steven, Parker VanValkenburgh, and Akira Saito. 2020. “Interregional Archaeology in the Age of Big Data: Building Online Collaborative Platforms for Virtual Survey in the Andes.” Journal of Field Archaeology 45 (sup1): S61–74. https://doi.org/10.1080/00934690.2020.1713286.
    Journal of Field Archaeology
    abstract
    PDF
    BIB
    @article{wernkeInterregionalArchaeologyAge2020, title = {Interregional {Archaeology} in the {Age} of {Big} {Data}: {Building} {Online} {Collaborative} {Platforms} for {Virtual} {Survey} in the {Andes}}, volume = {45}, issn = {0093-4690}, url = {https://doi.org/10.1080/00934690.2020.1713286}, doi = {10.1080/00934690.2020.1713286}, language = {en}, number = {sup1}, journal = {Journal of Field Archaeology}, publisher = {Routledge}, author = {Wernke, Steven and VanValkenburgh, Parker and Saito, Akira}, year = {2020}, note = {Correction 2026-08-21: item type was "document" with journal, volume, issue and pages held as loose text in Extra. Converted to journalArticle and the values moved into their proper fields. Metadata checked against CrossRef on 2026-08-21.}, keywords = {Publication-citing-FAIMS}, pages = {S61--S74}, }
    RIS
    APA
    Wernke, S., VanValkenburgh, P., & Saito, A. (2020). Interregional Archaeology in the Age of Big Data: Building Online Collaborative Platforms for Virtual Survey in the Andes. Journal of Field Archaeology, 45(sup1), S61–S74. https://doi.org/10.1080/00934690.2020.1713286
  7. Çalışkan, Murat, and Berk Anbaroğlu. 2020. “Geo-MST: A Geographical Minimum Spanning Tree Plugin for QGIS.” SoftwareX 12 (July): 100553. https://doi.org/10.1016/j.softx.2020.100553.
    SoftwareX
    SoftwareX
    abstract
    PDF
    BIB
    @article{caliskanGeoMSTGeographicalMinimum2020, title = {Geo-{MST}: {A} geographical minimum spanning tree plugin for {QGIS}}, volume = {12}, issn = {2352-7110}, url = {http://www.sciencedirect.com/science/article/pii/S2352711020301771}, doi = {10.1016/j.softx.2020.100553}, journal = {SoftwareX}, publisher = {Elsevier}, author = {Çalışkan, Murat and Anbaroğlu, Berk}, month = jul, year = {2020}, note = {Addition 2026-08-21: publisher added from CrossRef. Metadata checked against CrossRef on 2026-08-21.}, keywords = {Publication-citing-FAIMS}, pages = {100553}, }
    RIS
    APA
    Çalışkan, M., & Anbaroğlu, B. (2020). Geo-MST: A geographical minimum spanning tree plugin for QGIS. SoftwareX, 12, 100553. https://doi.org/10.1016/j.softx.2020.100553
  8. Orser, Charles E., Jr., Andres Zarankin, Pedro Funari, Susan Lawrence, and James Symonds, eds. 2020. The Routledge Handbook of Global Historical Archaeology. Routledge. https://doi.org/10.4324/9781315202846.
    abstract
    PDF
    BIB
    @book{orserRoutledgeHandbookGlobal2020, title = {The {Routledge} {Handbook} of {Global} {Historical} {Archaeology}}, isbn = {978-1-351-78624-9}, url = {https://play.google.com/store/books/details?id=XTHwDwAAQBAJ}, doi = {10.4324/9781315202846}, language = {en}, publisher = {Routledge}, editor = {Orser, Jr., Charles E and Zarankin, Andres and Funari, Pedro and Lawrence, Susan and Symonds, James}, month = jul, year = {2020}, note = {Corrections 2026-08-21: the five names were recorded as authors of this edited handbook. CrossRef book record 10.4324/9781315202846 lists Orser, Zarankin, Lawrence and Symonds as editors and records Funari as an author; all five have been set to editor here, since they were already held as one creator group and the volume is an edited collection. Funari's role is worth confirming against the printed title page. Book DOI added. Existing ISBN 978-1-351-78624-9 kept; CrossRef carries 9781315202846 for another format of the same book. Metadata checked against CrossRef on 2026-08-21.}, keywords = {Publication-citing-FAIMS}, }
    RIS
    APA
    Orser, C. E., Jr., Zarankin, A., Funari, P., Lawrence, S., & Symonds, J. (Eds.). (2020). The Routledge Handbook of Global Historical Archaeology. Routledge. https://doi.org/10.4324/9781315202846
  9. Huggett, Jeremy. 2020. “Capturing the Silences in Digital Archaeological Knowledge.” Information 11 (5): 278. https://doi.org/10.3390/info11050278.
    Information
    Abstract
    The availability and accessibility of digital data are increasingly significant in the creation of archaeological knowledge with‚ for example‚ multiple datasets being brought together to perform extensive analyses that would not otherwise be possible. However‚ this makes capturing the silences in those data—what is absent as well as present‚ what is unknown as well as what is known—a critical challenge for archaeology in terms of the suitability and appropriateness of data for subsequent reuse. This paper reverses the usual focus on knowledge and considers the role of ignorance—the lack of knowledge‚ or nonknowledge—in archaeological data and knowledge creation. Examining aspects of archaeological practice in the light of different dimensions of ignorance‚ it proposes ways in which the silences‚ the range of unknowns‚ can be addressed within a digital environment and the benefits which may accrue.
    PDF
    BIB
    @article{huggettCapturingSilencesDigital2020, title = {Capturing the {Silences} in {Digital} {Archaeological} {Knowledge}}, volume = {11}, issn = {2078-2489}, url = {https://www.mdpi.com/2078-2489/11/5/278}, doi = {10.3390/info11050278}, language = {en}, number = {5}, journal = {Information}, publisher = {Multidisciplinary Digital Publishing Institute}, author = {Huggett, Jeremy}, month = may, year = {2020}, note = {Corrections 2026-08-21: publicationTitle was "Information. An International Interdisciplinary Journal" and ISSN was "1343-4500" — that name/ISSN pair belongs to a different journal. This article is in MDPI's "Information", ISSN 2078-2489, which matches the record's own URL (mdpi.com/2078-2489/11/5/278). Abstract added from CrossRef. Metadata checked against CrossRef on 2026-08-21.}, keywords = {Publication-citing-FAIMS}, pages = {278}, }
    RIS
    APA
    Huggett, J. (2020). Capturing the Silences in Digital Archaeological Knowledge. Information, 11(5), 278. https://doi.org/10.3390/info11050278
  10. Noble, Ryan, Nathan Reid, Jens Klump, et al. 2020. “Testing a Rapid Sampling and Analysis Workflow in the Remote Nullarbor Plain, Australia.” EXPLORE 186 (March): 1, 5–18. https://doi.org/10.70499/NRQQ4074.
    EXPLORE
    EXPLORE
    abstract
    PDF
    BIB
    @article{nobleTestingRapidSampling2020, title = {Testing a rapid sampling and analysis workflow in the remote {Nullarbor} {Plain}, {Australia}}, volume = {186}, shorttitle = {Testing a rapid sampling and analysis workflow}, url = {https://www.appliedgeochemists.org/sites/default/files/documents/Explore%20issues/Explore186%20March%202020.pdf}, doi = {10.70499/NRQQ4074}, language = {en}, journal = {EXPLORE}, publisher = {Association of Applied Geochemists}, author = {Noble, Ryan and Reid, Nathan and Klump, Jens and Robertson, Jess and Cole, Dave and Fox, David and Pinchand, Tenten and González-Álvarez, Ignacio and Krapf, Carmen and Lau, Ian}, month = mar, year = {2020}, note = {CITES FAIMS: reference list, p. 17 — "Ballsun-Stanton, B., Ross, S. A., Sobotkova, A. \& Crook, P. 2018. FAIMS Mobile: Flexible, open-source software for field research. SoftwareX, 7, 47–52. https://doi.org/10.1016/j.softx.2017.12.006". In text, p. 9: "Samples were documented and labeled in the field using the FAIMS application, an open source platform (Ballsun-Stanton et al. 2018)." Brian Ballsun-Stanton is also thanked in the Acknowledgements. CORRECTED CROSSREF DEPOSITOR ERROR: CrossRef registers the first author as given="Ryan", family="Ryan". The printed byline of EXPLORE 186 (p. 1) reads "Ryan Noble1, Nathan Reid1, Jens Klump1, Jess Robertson2, Dave Cole1, David Fox1, Tenten Pinchand1, Ignacio González-Álvarez1, Carmen Krapf3, and Ian Lau1". Corrected here to Ryan Noble. The "Ryan Ryan" error has propagated to OpenAlex and Semantic Scholar, which are downstream of CrossRef; do not reintroduce it. PAGES: recorded as "1, 5-18", not the CrossRef/OpenAlex "1-18". The article opens on the cover page and page 1 ends "continued on page 5"; pages 2-4 carry other content. The reference list ends on page 18. CrossRef registers the container title as "EXPLORE (Newsletter for the Association of Applied Geochemists)"; recorded here as EXPLORE. Verified against CrossRef and the published PDF of EXPLORE 186 (March 2020) on 2026-08-21.}, pages = {1, 5--18}, }
    RIS
    APA
    Noble, R., Reid, N., Klump, J., Robertson, J., Cole, D., Fox, D., Pinchand, T., González-Álvarez, I., Krapf, C., & Lau, I. (2020). Testing a rapid sampling and analysis workflow in the remote Nullarbor Plain, Australia. EXPLORE, 186, 1, 5–18. https://doi.org/10.70499/NRQQ4074
  11. Huggett, Jeremy. 2020. “Is Big Digital Data Different? Towards a New Archaeological Paradigm.” Journal of Field Archaeology 45 (sup1): S8–17. https://doi.org/10.1080/00934690.2020.1713281.
    Journal of Field Archaeology
    abstract
    PDF
    BIB
    @article{huggettBigDigitalData2020, title = {Is {Big} {Digital} {Data} {Different}? {Towards} a {New} {Archaeological} {Paradigm}}, volume = {45}, issn = {0093-4690}, url = {https://doi.org/10.1080/00934690.2020.1713281}, doi = {10.1080/00934690.2020.1713281}, number = {sup1}, journal = {Journal of Field Archaeology}, publisher = {Routledge}, author = {Huggett, Jeremy}, month = feb, year = {2020}, keywords = {Publication-citing-FAIMS}, pages = {S8--S17}, }
    RIS
    APA
    Huggett, J. (2020). Is Big Digital Data Different? Towards a New Archaeological Paradigm. Journal of Field Archaeology, 45(sup1), S8–S17. https://doi.org/10.1080/00934690.2020.1713281
  12. Noble, Ryan, Ignacio González-Álvarez, Nathan Reid, et al. 2019. “Coompana Geochemistry – Results from Rapid Surface Characterisation and a Deep Vertical Profile.” Exploration. MESA Journal (Adelaide) 89 (1): 4–14. http://hdl.handle.net/102.100.100/86035.
    MESA Journal
    abstract
    PDF
    BIB
    @article{nobleCoompanaGeochemistryResults2019a, address = {Adelaide}, chapter = {Exploration}, title = {Coompana geochemistry – results from rapid surface characterisation and a deep vertical profile}, volume = {89}, shorttitle = {Coompana geochemistry}, url = {http://hdl.handle.net/102.100.100/86035}, language = {en}, number = {1}, journal = {MESA Journal}, author = {Noble, Ryan and González-Álvarez, Ignacio and Reid, Nathan and Krapf, Carmen and Pinchand, G. Tenten and Fox, David and Ibrahimi, Tania and Cole, Dave and Lau, Ian}, year = {2019}, note = {CLASSIFICATION PENDING: may belong in Publications-Citing-FAIMS. No DOI. Handle: http://hdl.handle.net/102.100.100/86035 (resolves 302 to CSIRO publications record PIcsiro:EP19595; that record's own metadata could not be read directly — the site is a JavaScript shell and returns HTTP 403 to fetchers — but the handle is corroborated by a separate 2020 record of this same article held elsewhere in this group library, Zotero item AX8AV3YM, which carries the same handle with ?index=1 appended. AX8AV3YM is in the trash and is a potential duplicate of this record; it was left untouched.) Item type: recorded as journalArticle. MESA Journal is a government geoscience magazine, so magazineArticle would also be defensible. Volume/issue: the page footer reads "MESA Journal 89 2019 – Issue 1"; 89 is recorded as volume and 1 as issue, but 89 may be better understood as a sequential issue number. EVIDENCE FOR "MENTIONING": the article credits FAIMS in the body text — "This rapid collection was achieved through integration of tablets and mobile server for rapid data acquisition using the FAIMS (Field Acquired Information Management System) android application that is further detailed in Noble et al. (2018)" — and thanks "Brian Ballsun-Stanton from Macquarie University" in the Acknowledgements, but its 20-item reference list contains NO publication by Ballsun-Stanton, Ross, Sobotkova, Crook or Cassidy. The FAIMS claim is referred instead to Noble et al. 2018, Report Book 2018/00036 (DOI 10.25919/5c59cf28d6fd2). Bibliographic details verified against the published PDF on 2026-08-21.}, pages = {4--14}, }
    RIS
    APA
    Noble, R., González-Álvarez, I., Reid, N., Krapf, C., Pinchand, G. T., Fox, D., Ibrahimi, T., Cole, D., & Lau, I. (2019). Coompana geochemistry – results from rapid surface characterisation and a deep vertical profile. MESA Journal, 89(1), 4–14. http://hdl.handle.net/102.100.100/86035
  13. Cobb, Peter J., John H. Sigmier, Petra M. Creamer, and Emily R. French. 2019. “Collaborative Approaches to Archaeology Programming and the Increase of Digital Literacy Among Archaeology Students.” Open Archaeology 5 (1): 137–54. https://doi.org/10.1515/opar-2019-0010.
    Open Archaeology
    abstract
    PDF
    BIB
    @article{cobbCollaborativeApproachesArchaeology2019, title = {Collaborative {Approaches} to {Archaeology} {Programming} and the {Increase} of {Digital} {Literacy} {Among} {Archaeology} {Students}}, volume = {5}, issn = {2300-6560}, url = {https://doi.org/10.1515/opar-2019-0010}, doi = {10.1515/opar-2019-0010}, number = {1}, journal = {Open Archaeology}, publisher = {De Gruyter}, author = {Cobb, Peter J and Sigmier, John H and Creamer, Petra M and French, Emily R}, year = {2019}, note = {Addition 2026-08-21: DOI added. Matched on CrossRef by title and all four authors (Cobb, Sigmier, Creamer, French), Open Archaeology 5(1): 137-154 — identical to the volume, issue and pages already held here. Metadata checked against CrossRef on 2026-08-21.}, keywords = {Publication-citing-FAIMS}, pages = {137--154}, }
    RIS
    APA
    Cobb, P. J., Sigmier, J. H., Creamer, P. M., & French, E. R. (2019). Collaborative Approaches to Archaeology Programming and the Increase of Digital Literacy Among Archaeology Students. Open Archaeology, 5(1), 137–154. https://doi.org/10.1515/opar-2019-0010
  14. Holdaway, Simon, Joshua Emmitt, Rebecca Phillipps, and Sina Masoud-Ansari. 2019. “A Minimalist Approach to Archaeological Data Management Design.” Journal of Archaeological Method and Theory 26 (2): 873–93. https://doi.org/10.1007/s10816-018-9399-6.
    Journal of Archaeological Method and Theory
    Journal of Archaeological Method and Theory
    Abstract
    If archaeology is to deal with the “big questions” of the human past‚ large datasets are required with common data structures that allow for comparison of data derived from markedly different times and places. However‚ archaeological comparisons using datasets consisting of lots of detailed records remain elusive. Large archaeological datasets are difficult to integrate because it is often functional and therefore interpretative categories that are recorded rather than the phenomena upon which these interpretations are based. Here‚ we describe a system that maintains a structural separation between recording a simple set of archaeological phenomena‚ and the functional‚ behavioral meanings‚ and temporal associations of these phenomena. Rather than construct a schema that integrates the description of high-level units and relationships‚ we consider what minimum data entities that might be needed to integrate datasets in relation to archaeological phenomena while still offering the flexibility needed to allow for regional variability in unit construction. We describe the implementation of this system to field recording on Ahuahu (Great Mercury Island)‚ New Zealand‚ and consider examples of comparative analyses of material recorded using this system from our projects in Australia and Egypt.
    PDF
    BIB
    @article{holdawayMinimalistApproachArchaeological2019, title = {A {Minimalist} {Approach} to {Archaeological} {Data} {Management} {Design}}, volume = {26}, issn = {1072-5369}, url = {https://doi.org/10.1007/s10816-018-9399-6}, doi = {10.1007/s10816-018-9399-6}, number = {2}, journal = {Journal of Archaeological Method and Theory}, publisher = {Springer}, author = {Holdaway, Simon and Emmitt, Joshua and Phillipps, Rebecca and Masoud-Ansari, Sina}, month = jun, year = {2019}, note = {Additions 2026-08-21: issue, pages, publisher, ISSN and URL added from CrossRef (J. Archaeol. Method Theory 26(2): 873-893). Existing date "June 1, 2019" kept: CrossRef's 2018-09-24 is the online-first date, whereas issue 26(2) is dated June 2019. Metadata checked against CrossRef on 2026-08-21.}, pages = {873--893}, }
    RIS
    APA
    Holdaway, S., Emmitt, J., Phillipps, R., & Masoud-Ansari, S. (2019). A Minimalist Approach to Archaeological Data Management Design. Journal of Archaeological Method and Theory, 26(2), 873–893. https://doi.org/10.1007/s10816-018-9399-6
  15. Howland, Matthew D. 2018. “3D Recording in the Field: Style Without Substance?” In Cyber-Archaeology and Grand Narratives: Digital Technology and Deep-Time Perspectives on Culture Change in the Middle East, edited by Thomas E. Levy and Ian W. N. Jones. Springer International Publishing. https://doi.org/10.1007/978-3-319-65693-9_2.
    abstract
    PDF
    BIB
    @incollection{howland3DRecordingField2018, address = {Cham}, title = {{3D} {Recording} in the {Field}: {Style} {Without} {Substance}?}, isbn = {978-3-319-65693-9}, url = {https://doi.org/10.1007/978-3-319-65693-9_2}, doi = {10.1007/978-3-319-65693-9_2}, booktitle = {Cyber-{Archaeology} and {Grand} {Narratives}: {Digital} {Technology} and {Deep}-{Time} {Perspectives} on {Culture} {Change} in the {Middle} {East}}, publisher = {Springer International Publishing}, author = {Howland, Matthew D}, editor = {Levy, Thomas E and Jones, Ian W N}, year = {2018}, keywords = {Publication-citing-FAIMS}, pages = {19--33}, }
    RIS
    APA
    Howland, M. D. (2018). 3D Recording in the Field: Style Without Substance? In T. E. Levy & I. W. N. Jones (Eds.), Cyber-Archaeology and Grand Narratives: Digital Technology and Deep-Time Perspectives on Culture Change in the Middle East (pp. 19–33). Springer International Publishing. https://doi.org/10.1007/978-3-319-65693-9_2
  16. Henninger, Maureen. 2018. “From Mud to the Museum: Metadata Challenges in Archaeology.” Journal of Information Science 44 (5): 658–70. https://doi.org/10.1177/0165551517741790.
    Journal of Information Science
    Journal of Information Science
    Abstract
    An archaeological site is a palimpsest in which the evidence of the depositional episodes is destroyed through the excavation processes; all that remains are the artefacts and their documentary evidence manifested in registers‚ datasets‚ dig diaries and reports. While the reports may represent the end product of a specific excavation‚ the archaeological record tells a story; it is interpretative and dynamic‚ with later excavations adding new knowledge and narratives. Museums preserve the artefacts but unless the documentary evidence is preserved in standard formats‚ it cannot be easily re-used by the archaeology community to create that knowledge; nor can museums provide the narratives for the general public whose cultural heritage it is. This article presents a case study from the Ness of Brodgar excavations that examines possibilities for reconciling one part of the data of an archaeological dig‚ the small finds register (SFR) and its sparse amount of descriptive metadata‚ with the potentiality of data re-use and with the requirements of a museum that may have custody of the artefacts. It maps and enriches messy domain-specific ontologies to standard archaeological and cultural heritage ontologies and taxonomies using simple natural language processing‚ linked open data and the museum CIDOC conceptual reference model (CRM). This research‚ in examining the application of ontology mapping tools‚ explores common practices and processes that are useful in any discipline within the cultural heritage domain.
    PDF
    BIB
    @article{henningerMudMuseumMetadata2018, title = {From mud to the museum: {Metadata} challenges in archaeology}, volume = {44}, issn = {0165-5515}, shorttitle = {From mud to the museum}, url = {https://doi.org/10.1177/0165551517741790}, doi = {10.1177/0165551517741790}, number = {5}, journal = {Journal of Information Science}, publisher = {SAGE Publications}, author = {Henninger, Maureen}, month = oct, year = {2018}, note = {Additions 2026-08-21: issue, publisher, ISSN and URL added from CrossRef (J. Information Science 44(5): 658-670). Existing date "October 1, 2018" kept: CrossRef's 2017-11-17 is the online-first date. Metadata checked against CrossRef on 2026-08-21.}, pages = {658--670}, }
    RIS
    APA
    Henninger, M. (2018). From mud to the museum: Metadata challenges in archaeology. Journal of Information Science, 44(5), 658–670. https://doi.org/10.1177/0165551517741790
  17. Walters, Judi, Robert Milne, and Helen Thompson. 2018. “Online Farm Trials: A National Web-Based Information Source for Australian Grains Research, Development and Extension.” Rural Extension and Innovation Systems Journal 14 (1): 117–23. https://www.researchgate.net/publication/343986025_Online_Farm_Trials_a_national_web-based_information_source_for_Australian_grains_research_development_and_extension.
    Rural Extension and Innovation Systems Journal
    abstract
    PDF
    BIB
    @article{waltersOnlineFarmTrials2018, title = {Online {Farm} {Trials}: a national web-based information source for {Australian} grains research, development and extension}, volume = {14}, url = {https://www.researchgate.net/publication/343986025_Online_Farm_Trials_a_national_web-based_information_source_for_Australian_grains_research_development_and_extension}, number = {1}, journal = {Rural Extension and Innovation Systems Journal}, author = {Walters, Judi and Milne, Robert and Thompson, Helen}, month = jan, year = {2018}, note = {2026-08-21: journal, volume, issue and pages CONFIRMED from the Online Farm Trials project publications page (farmtrials.com.au/publications, run by the Centre for eResearch and Digital Innovation, Federation University — the authors own institution), which reads: "Walters, J., Milne, R., \& Thompson, H. (2018). Online Farm Trials: a national web-based information source for Australia grains research, development and extension. Rural Extension and Innovation Systems Journal, Vol. 14, No. 1, 2018: 117-123." TITLE VARIANT UNRESOLVED: that source reads "for Australia grains" where this record reads "for Australian grains". The APEN contents page (apen.org.au/static/uploads/files/reis-vol-14-no-1-2018-contents-wflonxxrndgk.pdf) would settle it but was unreachable from two networks on 2026-08-21. Title left as held; confirm against the article. NO DOI: not registered in CrossRef; REIS appears not to mint DOIs for this period. URL previously stripped of a ResearchGate email-tracking query string.}, keywords = {Publication-citing-FAIMS}, pages = {117--123}, }
    RIS
    APA
    Walters, J., Milne, R., & Thompson, H. (2018). Online Farm Trials: a national web-based information source for Australian grains research, development and extension. Rural Extension and Innovation Systems Journal, 14(1), 117–123. https://www.researchgate.net/publication/343986025_Online_Farm_Trials_a_national_web-based_information_source_for_Australian_grains_research_development_and_extension
  18. Strupler, Néhémie, and Toby C. Wilkinson. 2017. “Reproducibility in the Field: Transparency, Version Control and Collaboration on the Project Panormos Survey.” Open Archaeology 3 (1): 279–304. https://doi.org/10.1515/opar-2017-0019.
    Open Archaeology
    abstract
    PDF
    BIB
    @article{struplerReproducibilityFieldTransparency2017, title = {Reproducibility in the field: {Transparency}, version control and collaboration on the project panormos survey}, volume = {3}, issn = {2300-6560}, url = {https://doi.org/10.1515/opar-2017-0019}, doi = {10.1515/opar-2017-0019}, number = {1}, journal = {Open Archaeology}, publisher = {De Gruyter}, author = {Strupler, Néhémie and Wilkinson, Toby C}, year = {2017}, note = {Addition 2026-08-21: DOI added. Matched on CrossRef by title and both authors (Strupler, Wilkinson), Open Archaeology 3(1); Semantic Scholar gives pages 279-304, identical to the range already held here. Metadata checked against CrossRef on 2026-08-21.}, keywords = {Publication-citing-FAIMS}, pages = {279--304}, }
    RIS
    APA
    Strupler, N., & Wilkinson, T. C. (2017). Reproducibility in the field: Transparency, version control and collaboration on the project panormos survey. Open Archaeology, 3(1), 279–304. https://doi.org/10.1515/opar-2017-0019
  19. Kipf, Andreas, Waylon Brunette, Jordan Kellerstrass, et al. 2016. “A Proposed Integrated Data Collection, Analysis and Sharing Platform for Impact Evaluation.” Development Engineering 1 (June): 36–44. https://doi.org/10.1016/j.deveng.2015.12.002.
    Development Engineering
    abstract
    PDF
    BIB
    @article{kipfProposedIntegratedData2016, title = {A proposed integrated data collection, analysis and sharing platform for impact evaluation}, volume = {1}, issn = {2352-7285}, url = {http://www.sciencedirect.com/science/article/pii/S2352728515300014}, doi = {10.1016/j.deveng.2015.12.002}, journal = {Development Engineering}, publisher = {Elsevier}, author = {Kipf, Andreas and Brunette, Waylon and Kellerstrass, Jordan and Podolsky, Matthew and Rosa, Javier and Sundt, Mitchell and Wilson, Daniel and Borriello, Gaetano and Brewer, Eric and Thomas, Evan}, month = jun, year = {2016}, note = {Addition 2026-08-21: publisher added from CrossRef. Metadata checked against CrossRef on 2026-08-21.}, keywords = {Publication-citing-FAIMS}, pages = {36--44}, }
    RIS
    APA
    Kipf, A., Brunette, W., Kellerstrass, J., Podolsky, M., Rosa, J., Sundt, M., Wilson, D., Borriello, G., Brewer, E., & Thomas, E. (2016). A proposed integrated data collection, analysis and sharing platform for impact evaluation. Development Engineering, 1, 36–44. https://doi.org/10.1016/j.deveng.2015.12.002
  20. Janouchová, Petra. 2016. “INSCRIPTIONS TO GO: Mobile Platform for Offline Epigraphic Data Collection.” Paper presented at EAGLE 2016 International Conference on Digital and Traditional Epigraphy in Context. EAGLE 2016 International Conference on Digital and Traditional Epigraphy in Context, 27-29 January 2016, Rome, January. https://www.eagle-network.eu/wp-content/uploads/2016/01/abstract_InscriptionsToGo.pdf.
    EAGLE 2016 International Conference on Digital and Traditional Epigraphy in Context
    Abstract
    This paper presents an open source digital tool for field epigraphers allowing them to collect the spatial information‚ structured data and multimedia about each and every inscription on a single mobile platform that also works offline and is highly customisable. The “Epigraphic module” was built using the open-source FAIMS mobile platform specifically for digital collection of Greek and Latin inscriptions in the field in the various areas of Mediterranean.
    PDF
    BIB
    @inproceedings{janouchovaINSCRIPTIONSGOMobile2016, address = {Rome}, title = {{INSCRIPTIONS} {TO} {GO}: {Mobile} platform for offline epigraphic data collection}, url = {https://www.eagle-network.eu/wp-content/uploads/2016/01/abstract_InscriptionsToGo.pdf}, language = {eng}, booktitle = {{EAGLE} 2016 {International} {Conference} on {Digital} and {Traditional} {Epigraphy} in {Context}, 27-29 {January} 2016, {Rome}}, author = {Janouchová, Petra}, month = jan, year = {2016}, note = {Conference held 27-29 January 2016, Rome. Copied from the SDAM-AU group library (item 9JFTBTQE) on 2026-08-21. Cites FAIMS project publications: Ross et al., Building the Bazaar; Sobotkova et al., Arbitrary Offline Data Capture on all of your Androids; Sobotkova et al., Measure Twice, Cut Once.}, keywords = {FAIMS, customisation, digital recording, field epigraphy, mobile application, open source, xml}, }
    RIS
    APA
    Janouchová, P. (2016, January). INSCRIPTIONS TO GO: Mobile platform for offline epigraphic data collection. EAGLE 2016 International Conference on Digital and Traditional Epigraphy in Context, 27-29 January 2016, Rome. EAGLE 2016 International Conference on Digital and Traditional Epigraphy in Context. https://www.eagle-network.eu/wp-content/uploads/2016/01/abstract_InscriptionsToGo.pdf
  21. Huggett, Jeremy. 2015. “Challenging Digital Archaeology.” Open Archaeology 1 (1). https://doi.org/10.1515/opar-2015-0003.
    Open Archaeology
    Abstract
    A keynote presentation at the 2012 Computer Applications in Archaeology (CAA) conference in Southampton (UK) proposed the use of grand challenges as a vehicle for identifying and pursuing major advances in Digital Archaeology. At the same time‚ it was argued that this should be a collaborative venture. This was taken forward at a round table session at the 2014 CAA in Paris‚ and a number of papers in this volume were presented there. This paper introduces the concept of grand challenges for Digital Archaeology and seeks to define their key characteristics.
    PDF
    BIB
    @article{huggettChallengingDigitalArchaeology2015, title = {Challenging {Digital} {Archaeology}}, volume = {1}, issn = {2300-6560}, url = {https://doi.org/10.1515/opar-2015-0003}, doi = {10.1515/opar-2015-0003}, language = {en}, number = {1}, journal = {Open Archaeology}, publisher = {De Gruyter}, author = {Huggett, Jeremy}, year = {2015}, note = {Correction 2026-08-21: item type was "document" with the journal, volume and issue held as loose text in Extra. Converted to journalArticle and the values moved into their proper fields; abstract added from CrossRef. Page range not recorded: neither CrossRef, OpenAlex nor Semantic Scholar carries one for this article, and the publisher site could not be read. Metadata checked against CrossRef on 2026-08-21.}, keywords = {Publication-citing-FAIMS}, }
    RIS
    APA
    Huggett, J. (2015). Challenging Digital Archaeology. Open Archaeology, 1(1). https://doi.org/10.1515/opar-2015-0003
  22. Huggett, Jeremy. 2015. “A Manifesto for an Introspective Digital Archaeology.” Open Archaeology 1 (1). https://doi.org/10.1515/opar-2015-0002.
    Open Archaeology
    Abstract
    This paper presents a grand challenge for Digital Archaeology of a different kind: it is not technical in and of itself‚ it does not seek out technological solutions for archaeological problems‚ it does not propose new digital tools or digital methodologies as such. Instead‚ it proposes a broader challenge‚ one which addresses the very stuff of archaeology: an understanding of how digital technologies influence and alter our relationships with data‚ from their creation and storage ultimately through to the construction of archaeological knowledge. It argues that currently this area is under-theorised‚ under-represented‚ and under-valued‚ yet it is increasingly fundamental to the way in which we arrive at an understanding of the past.
    PDF
    BIB
    @article{huggettManifestoIntrospectiveDigital2015, title = {A {Manifesto} for an {Introspective} {Digital} {Archaeology}}, volume = {1}, issn = {2300-6560}, url = {https://doi.org/10.1515/opar-2015-0002}, doi = {10.1515/opar-2015-0002}, language = {en}, number = {1}, journal = {Open Archaeology}, publisher = {De Gruyter}, author = {Huggett, Jeremy}, year = {2015}, note = {Correction 2026-08-21: item type was "document" with the journal, volume and issue held as loose text in Extra. Converted to journalArticle and the values moved into their proper fields; abstract added from CrossRef. Page range not recorded: neither CrossRef, OpenAlex nor Semantic Scholar carries one for this article, and the publisher site could not be read. Metadata checked against CrossRef on 2026-08-21.}, keywords = {Publication-citing-FAIMS}, }
    RIS
    APA
    Huggett, J. (2015). A Manifesto for an Introspective Digital Archaeology. Open Archaeology, 1(1). https://doi.org/10.1515/opar-2015-0002

Citing or mentioning work (not peer-reviewed)

  1. Devaraju, Anusuriya, Nathan Reid, Tenten Pinchand, and Ravi Anand. 2026. “A Standard Metadata Template For Representing Vegetation Samples.” Dataset. Version 3. CSIRO. https://doi.org/10.25919/cnyn-tp07.
    Abstract
    This dataset provides a standardized template for representing metadata associated with vegetation specimens within the CSIRO Mineral Resources Discovery program. It captures core sample properties such as name‚ identifier‚ type‚ and location‚ along with related contextual metadata including project details‚ sampling information and vegetation description. Developed iteratively with input from researchers and laboratory technicians‚ the template supports the systematic curation and management of both legacy and newly collected mineral exploration samples through the CMR Specify collection management system. This standardization reduces duplicate data entry and metadata redundancy‚ while improving sample curation‚ management‚ and discoverability.
    PDF
    BIB
    @misc{devarajuStandardMetadataTemplate2026, type = {Dataset}, title = {A {Standard} {Metadata} {Template} {For} {Representing} {Vegetation} {Samples}}, copyright = {CC BY 4.0}, url = {https://data.csiro.au/collection/csiro:74028}, doi = {10.25919/cnyn-tp07}, language = {en}, publisher = {CSIRO}, author = {Devaraju, Anusuriya and Reid, Nathan and Pinchand, Tenten and Anand, Ravi}, year = {2026}, note = {Fieldmark credit (mention, not citation): CSIRO DAP record csiro:74028 lineage states the template derives fields from "the field definitions used in the CSIRO Fieldmark electronic field notebook system"; the DAP credit field reads "Development of the Fieldmark template was contributed by Nathan Reid, Rob Thorne, Ryan Noble, and Dave Gray." No reference list. Metadata verified against DataCite and the CSIRO Data Access Portal API on 2026-08-21.}, }
    RIS
    APA
    Devaraju, A., Reid, N., Pinchand, T., & Anand, R. (2026). A Standard Metadata Template For Representing Vegetation Samples (Version 3) [Dataset]. CSIRO. https://doi.org/10.25919/cnyn-tp07
  2. Devaraju, Anusuriya, Nathan Reid, and Tenten Pinchand. 2026. “A Standard Metadata Template For Representing Water Samples.” Dataset. Version 7. CSIRO. https://doi.org/10.25919/6wej-a875.
    Abstract
    This dataset provides a standardized template for representing metadata associated with water specimens (including groundwater and surface water) within the CSIRO Mineral Resources Discovery program. It captures core sample properties such as name‚ identifier‚ type‚ and location‚ along with related contextual metadata including project details‚ sampling information‚ and key water measurements (e.g. pH and Eh). Developed iteratively with input from researchers and laboratory technicians‚ the template supports the systematic curation and management of both legacy and newly collected mineral exploration samples through the CMR Specify collection management system. This standardization reduces duplicate data entry and metadata redundancy‚ while improving sample curation‚ management‚ and discoverability.
    PDF
    BIB
    @misc{devarajuStandardMetadataTemplate2026a, type = {Dataset}, title = {A {Standard} {Metadata} {Template} {For} {Representing} {Water} {Samples}}, copyright = {CC BY 4.0}, url = {https://data.csiro.au/collection/csiro:73024}, doi = {10.25919/6wej-a875}, language = {en}, publisher = {CSIRO}, author = {Devaraju, Anusuriya and Reid, Nathan and Pinchand, Tenten}, year = {2026}, note = {Fieldmark credit (mention, not citation): CSIRO DAP record csiro:73024 lineage states the template incorporates "metadata fields specific to water samples, derived from the field definitions used in the CSIRO Fieldmark application electronic field notebook system"; the DAP credit field reads "Development of the Fieldmark template was contributed by Nathan Reid, Rob Thorne, Ryan Noble, and Dave Gray." No reference list. Metadata verified against DataCite and the CSIRO Data Access Portal API on 2026-08-21.}, }
    RIS
    APA
    Devaraju, A., Reid, N., & Pinchand, T. (2026). A Standard Metadata Template For Representing Water Samples (Version 7) [Dataset]. CSIRO. https://doi.org/10.25919/6wej-a875
  3. Thomas, Emma. 2021. “Maps That Move: Representations from a Phenomenological Counter-Mapping Investigation of Gummingurru, a Jarowair-Wakka Wakka Stone Arrangement Landscape.” PhD Thesis, The University of Queensland. https://doi.org/10.14264/877a6d3.
    abstract
    PDF
    BIB
    @phdthesis{thomasMapsThatMove2021, type = {{PhD} {Thesis}}, title = {Maps that move: representations from a phenomenological counter-mapping investigation of {Gummingurru}, a {Jarowair}-{Wakka} {Wakka} stone arrangement landscape}, shorttitle = {Maps that move}, url = {https://espace.library.uq.edu.au/view/UQ:877a6d3}, doi = {10.14264/877a6d3}, language = {en}, urldate = {2021-11-12}, school = {The University of Queensland}, author = {Thomas, Emma}, month = jul, year = {2021}, }
    RIS
    APA
    Thomas, E. (2021). Maps that move: representations from a phenomenological counter-mapping investigation of Gummingurru, a Jarowair-Wakka Wakka stone arrangement landscape [PhD Thesis, The University of Queensland]. https://doi.org/10.14264/877a6d3
  4. Pobjoy, Louise. 2020. “Drones and Apps: Digital Tools in Mining.” Resourceful 20 (April): 2–3. https://www.csiro.au/en/work-with-us/industries/mining-resources/resourceful-magazine/issue-20/drones-and-apps.
    Resourceful
    Abstract
    Researchers and prospectors looking for ore bodies in Australia have to cover vast land areas in limited time and often do so in extreme temperatures and difficult terrain. Digital technology may hold the key to overcoming these challenges and improving data collection.
    PDF
    BIB
    @article{pobjoyDronesAppsDigital2020, title = {Drones and apps: {Digital} tools in mining}, volume = {20}, url = {https://www.csiro.au/en/work-with-us/industries/mining-resources/resourceful-magazine/issue-20/drones-and-apps}, language = {en}, urldate = {2021-05-28}, journal = {Resourceful}, publisher = {CSIRO}, author = {Pobjoy, Louise}, month = apr, year = {2020}, keywords = {Publication-citing-FAIMS}, pages = {2--3}, }
    RIS
    APA
    Pobjoy, L. (2020). Drones and apps: Digital tools in mining. Resourceful, 20, 2–3. https://www.csiro.au/en/work-with-us/industries/mining-resources/resourceful-magazine/issue-20/drones-and-apps
  5. Thorne, Robert, Nathan Reid, David Gray, et al. 2018. “Capricorn Hydrogeochemistry Data - Capricorn Case Study Project (RP04-063-M436).” Dataset. Version 2. CSIRO. https://doi.org/10.25919/5ef2cfdee1b41.
    Abstract
    The Capricorn hydrogeochemistry study builds on previous work in the Yilgarn Craton‚ creating a seamless dataset that covers much of Western Australia. This study has developed a provisional review of the mineral prospectivity of the region using groundwater geochemistry‚ defining areas of interest requiring further investigation. In the Capricorn Orogen‚ groundwater samples were collected from 1035 wells and bores‚ in most cases the water table was within 20 m of the surface. Samples were also taken from known mineral deposits to provide examples of the geochemical signature associated with mineralisation in the region. Field measurements included pH‚ Eh‚ EC and temperature. Separate field prepared sub-samples were collected for cation‚ anion‚ alkalinity‚ and Au/PGE analysis. Robust statistical methods were applied to combine bailed and flowing samples using a derived contamination factor that is tailored to the individual measured parameters. Rescaling normal or log-normal data and the creation of indices for lithology discrimination‚ Au‚ U and sulfide mineralisation improved the utility of hydrogeochemical data. All samples were analysed for δ18O‚ δ2H and selected samples were analysed for δ34S and associated δ18O from SO42. A number of different parameters can be used to indicate rock types from hydrogeochemical data even when there is deep weathering or transported cover. Higher dissolved concentrations of elements can indicate mafic (Cr‚ V) or granitic (U‚ F) rocks and ratios between elements (e.g. K excess‚ relative to Rb) can differentiate between granitic and sedimentary terrains. These determinations are improved by multi-element indices. The work tests the utility of previously derived mineral exploration indices‚ and has resulted in the creation of new indices designed for the geology of the Capricorn Orogen. Hydrogeochemical exploration for Au using Au‚ Ag‚ As and combined element indices such as AuMin was able to delineate areas of known mineralisation and target new areas of interest. The FeS index developed in the north Yilgarn Craton did not prove to be very effective in the Capricorn Orogen‚ but the AcidS index has anomalism linked to most of the known deposits and provides new areas of interest. There are several areas in the Capricorn Orogen that have U concentrations greater than those in close proximity to known deposits in the north Yilgarn. Spatially‚ the carnotite saturation index predicts most of the known U prospects and provides new targets in the Capricorn Orogen. The utility of groundwater as a sample medium able to ‘see through’ cover was tested in two case study regions. In the Bryah Basin‚ groundwater possesses the chemical signature of mafic rocks but due to the thickness of transported cover soil sample chemistry does not reflect the underlying lithologies. At the polymetallic Abra deposit groundwater possesses anomalous Pb and W concentrations related to the buried deposit‚ whilst soil samples are proven to be an ineffective at targeting mineralisation. Oxygen and hydrogen isotopes highlight groundwater samples that have a composition suggestive of a water source other than meteoric water. This water source has mixed with meteoric water and may be linked to faults‚ mineralisation or hydrothermal alteration. Light δ34S values and associated light δ18O successfully identified mineralisation at Paulsens Au deposit and have the potential to target new areas of mineralisation. This research further demonstrates the value of groundwater chemistry for defining lithology‚ hydrothermal alteration and mineralisation in areas with and without cover. Stable isotopes have been used systematically across the region to assist in delineating new areas of interest.
    PDF
    BIB
    @misc{thorneCapricornHydrogeochemistryData2018, type = {Dataset}, title = {Capricorn hydrogeochemistry data - {Capricorn} case study project ({RP04}-063-{M436})}, copyright = {CC BY 4.0}, url = {https://data.csiro.au/collection/csiro:41262}, doi = {10.25919/5ef2cfdee1b41}, language = {en}, publisher = {CSIRO}, author = {Thorne, Robert and Reid, Nathan and Gray, David and Ballsun-Stanton, Brian and Bardwell, Nicole and Klump, Jens and Davis, Aaron and Ross, Shawn and Sobotkova, Adela}, year = {2018}, note = {FAIMS credit (mention, not citation): CSIRO DAP record csiro:41262 lineage states "The field data was collected using the FAIMS android application, the elemental data was from internal and external laboratories." FAIMS team members Brian Ballsun-Stanton, Shawn Ross and Adela Sobotkova are registered DataCite creators, and Macquarie University is a contributing organisation. No reference list. NOTE: this is the DATASET, distinct from the M436 report of the same project. Metadata verified against DataCite and the CSIRO Data Access Portal API on 2026-08-21.}, }
    RIS
    APA
    Thorne, R., Reid, N., Gray, D., Ballsun-Stanton, B., Bardwell, N., Klump, J., Davis, A., Ross, S., & Sobotkova, A. (2018). Capricorn hydrogeochemistry data - Capricorn case study project (RP04-063-M436) (Version 2) [Dataset]. CSIRO. https://doi.org/10.25919/5ef2cfdee1b41
  6. Noble, Ryan, Ignacio González-Álvarez, Nathan Reid, et al. 2018. Regional Geochemistry of the Coompana Area. Report Book Report Book 2018/00036. Department for Energy and Mining, South Australia / CSIRO. https://doi.org/10.25919/5c59cf28d6fd2.
    abstract
    PDF
    BIB
    @techreport{nobleRegionalGeochemistryCoompana2018, address = {Adelaide}, type = {Report {Book}}, title = {Regional {Geochemistry} of the {Coompana} {Area}}, url = {https://publications.csiro.au/publications/publication/PIcsiro:EP187470}, doi = {10.25919/5c59cf28d6fd2}, language = {en}, number = {Report Book 2018/00036}, institution = {Department for Energy and Mining, South Australia / CSIRO}, author = {Noble, Ryan and González-Álvarez, Ignacio and Reid, Nathan and Krapf, Carmen and Pinchand, Tenten and Cole, Dave and Lau, Ian and Fox, David and Brant, Felicity and White, Alistair and Klump, Jens and Petts, Anna}, year = {2018}, note = {Reclassified as CITING 2026-08-21 (Shawn): its reference list cites Reid, N., Klump, J., Ballsun-Stanton, B., White, A., Sobotkova, A. (2015), "A mobile App for geochemical field data acquisition", AGU Fall Meeting 2015 — a publication about the software, with two core-team authors. RESOLVED 2026-08-21: that cited work is now held as Zotero item 7II2XU3E in Project-publications (handle 102.100.100/91153, CSIRO EP164221). Awaiting the collection owner's ruling on citing vs mentioning; not yet assessed against its own reference list. Also published as CSIRO Report EP187470. This is the report cited as "Noble et al. (2018)" by the MESA Journal 89 article, which attributes its rapid field data capture to the FAIMS Android application and defers to this report for detail. Creator diacritics: DataCite registers "Gonzalez-Alvarez" unaccented; restored to "González-Álvarez" per the printed byline of the MESA Journal 89 article and the CrossRef record for 10.70499/NRQQ4074. Creator order follows DataCite; the MESA Journal reference list gives a slightly different order (Cole and Lau before Pinchand and Fox). Metadata verified against DataCite on 2026-08-21.}, }
    RIS
    APA
    Noble, R., González-Álvarez, I., Reid, N., Krapf, C., Pinchand, T., Cole, D., Lau, I., Fox, D., Brant, F., White, A., Klump, J., & Petts, A. (2018). Regional Geochemistry of the Coompana Area (Report Book Report Book 2018/00036). Department for Energy and Mining, South Australia / CSIRO. https://doi.org/10.25919/5c59cf28d6fd2
  7. Noble, Ryan, Nathan Reid, Jens Klump, Alistair White, and Dave Cole. 2017. “Coompana Field Sampling Data.” Dataset. Version 1. CSIRO. https://doi.org/10.4225/08/5A1E01E1796DD.
    Abstract
    This is the data dump from the FAIMS server after the Coompana geochemical sampling field trip Nov 1-12 2017.
    PDF
    BIB
    @misc{nobleCoompanaFieldSampling2017, type = {Dataset}, title = {Coompana field sampling data}, copyright = {CSIRO Data Licence}, url = {https://data.csiro.au/collection/csiro:27313}, doi = {10.4225/08/5A1E01E1796DD}, language = {en}, publisher = {CSIRO}, author = {Noble, Ryan and Reid, Nathan and Klump, Jens and White, Alistair and Cole, Dave}, year = {2017}, note = {FAIMS credit (mention, not citation): CSIRO DAP record csiro:27313 records activity.activityInstrument = "FAIMS Android App"; lineage = "This is a direct data export from the FAIMS server, from data collected on the FAIMS app."; keywords include "FAIMS"; contributing organisations include "FAIMS (Australia)"; and the DAP credit line names Brian Ballsun-Stanton, who is not among the DataCite creators. The record has no reference list, hence "mentioning" rather than "citing". Metadata verified against DataCite and the CSIRO Data Access Portal API on 2026-08-21.}, }
    RIS
    APA
    Noble, R., Reid, N., Klump, J., White, A., & Cole, D. (2017). Coompana field sampling data (Version 1) [Dataset]. CSIRO. https://doi.org/10.4225/08/5A1E01E1796DD

Useful Resources

  1. ⊞ Open-access Plan S to allow publishing in any journal Nature (2020-07)
    Van Noorden, Richard. 2020. “Open-Access Plan S to Allow Publishing in Any Journal.” Nature, ahead of print, July. https://doi.org/10.1038/d41586-020-02134-6.
    Nature
    Nature
    abstract
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  107. ⊞ Why most published research findings are false PLoS medicine (2005-08)
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  115. ⊞ MAkIng ArChAEologICAl DAtA AnD InforMAtIon DISCov ErABlE, ACCESSIBlE, AnD USABlE for 21St CEnt UrY rESEArCh: thE th EoDorE rooSEvElt DAM ArChAEologICAl ProJECt, tonto BASIn, ArIzonA
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    @article{mcmanamonkeithw.kintighMAkIngArChAEologICAlDAtA, title = {{MAkIng} {ArChAEologICAl} {DAtA} {AnD} {InforMAtIon} {DISCov} {ErABlE}, {ACCESSIBlE}, {AnD} {USABlE} for {21St} {CEnt} {UrY} {rESEArCh}: {thE} th {EoDorE} {rooSEvElt} {DAM} {ArChAEologICAl} {ProJECt}, tonto {BASIn}, {ArIzonA}}, author = {Mc Manamon Keith W. Kintigh, Francis P}, }
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    Mc Manamon Keith W. Kintigh, F. P. (n.d.). MAkIng ArChAEologICAl DAtA AnD InforMAtIon DISCov ErABlE, ACCESSIBlE, AnD USABlE for 21St CEnt UrY rESEArCh: thE th EoDorE rooSEvElt DAM ArChAEologICAl ProJECt, tonto BASIn, ArIzonA.
  116. ⊞ TRANSFORMING ARCHAEOLOGICAL DATA INTO KNOWLEDGE
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    Mc Manamon, F. P., & Kintigh, K. W. (n.d.). TRANSFORMING ARCHAEOLOGICAL DATA INTO KNOWLEDGE.
A zot_bib_web bibliography.