Chapter 6: Discipline Formation and Boundaries — Why Archaeobytology Needs to Exist
Opening: The Question No One Asks
At academic conferences, when you introduce yourself as an Archaeobytologist, the response is always the same:
"That's interesting! So... what is that, exactly?"
You explain: "I study murdered digital platforms, preserve their artifacts, and build alternatives that resist future murders."
They nod politely. Then: "Oh, so you're a digital historian?" Or: "Like a computer scientist?" Or: "Is that part of library science?"
And you have to say: "Sort of, but not really. It's... something else."
This is the problem. Archaeobytology doesn't fit neatly into existing academic boxes. It's not quite history, not quite computer science, not quite library science, not quite media studies. It draws from all of them but belongs to none.
This ambiguity has consequences:
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No dedicated funding streams (NSF? NEH? Where do we apply?)
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No tenure-track jobs (departments don't know where to hire Archaeobytologists)
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No professional societies (where do we gather?)
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No canonical texts (what do students read?)
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No clear legitimacy (is this a "real" field or just a hobby?)
This chapter argues: Archaeobytology deserves to exist as its own discipline, not as a subfield of something else. We need our own departments, journals, conferences, and professional pathways.
But first, we must understand: How do disciplines form? What makes a field distinct? And what must Archaeobytology do to achieve legitimacy?
Part I: How Disciplines Are Born
The Social Construction of Knowledge
Disciplines aren't natural categories—they're socially constructed. There's no inherent reason why "sociology" and "anthropology" are separate fields, or why "computer science" split from "electrical engineering."
Disciplines form through:
1. Intellectual Coherence
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A shared set of questions, methods, and theories
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Example: Economics studies "allocation of scarce resources"; psychology studies "mind and behavior"
2. Institutional Infrastructure
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Departments, degree programs, journals, conferences
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Example: American Sociological Association (founded 1905) legitimized sociology
3. Professional Pathways
-
Jobs for people trained in the discipline
-
Example: Clinical psychology created careers for PhDs outside academia
4. Boundary Work
-
Defining what the field IS and what it ISN'T
-
Example: Anthropology distinguishes itself from sociology (culture vs. social structure)
5. Canonical Texts and Founders
-
Works everyone in the field must read
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Example: Durkheim's Suicide for sociology; Kuhn's Structure of Scientific Revolutions for science studies
6. External Recognition
-
Funding agencies, governments, and universities accept the field as legitimate
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Example: NSF created "Science and Technology Studies" program in 1970s
Case Study 1: How Digital Humanities Became a Discipline
Origins (1960s-1980s): "Humanities Computing"
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Scholars using computers for text analysis
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Seen as technical skill, not a discipline
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No departments, scattered practitioners
Critical Mass (1990s-2000s)
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Internet makes digital methods essential
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Conferences emerge: ACH (1978), ADHO (2005)
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Journals launch: Computers and the Humanities (1966), Digital Humanities Quarterly (2007)
Institutionalization (2010s)
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Universities create DH centers (Stanford, UVA, CUNY, UCL)
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Tenure-track jobs appear with "digital humanities" in title
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Funding: NEH Office of Digital Humanities (2008)
Legitimacy Achieved (2020s)
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DH is recognized field with professional society, journals, degree programs
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Still marginal (few standalone departments), but no longer dismissed as "not real scholarship"
Timeline: ~50 years from scattered practice to institutional recognition
Lessons for Archaeobytology:
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Institutionalization takes decades
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Need visible infrastructure (journals, conferences, centers)
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External funding helps (NEH, Mellon, etc.)
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Still face "legitimacy crisis" even after establishing infrastructure
Case Study 2: How Data Science Exploded
Origins (2000s): Industry Demand
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Companies needed people to analyze big data
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No academic discipline—hired statisticians, computer scientists, physicists
Rapid Formalization (2010s)
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Term "data science" popularized (~2012)
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Bootcamps emerge (Galvanize, General Assembly)
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Universities create programs (UC Berkeley, NYU, Columbia)
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Professional society: Data Science Association (2013)
Ubiquity (2020s)
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Data science everywhere: academia, industry, government
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Hundreds of degree programs
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High salaries drive enrollment
Timeline: ~10 years from buzzword to ubiquitous discipline
Key Difference from DH:
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Industry demand accelerated institutionalization
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Money attracted universities (lucrative master's programs)
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Less intellectual coherence (still debated what data science "is"), but strong professional pathways
Lessons for Archaeobytology:
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Industry demand speeds legitimation (but can corrupt mission)
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Professional pathways matter (if students can get jobs, universities create programs)
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Fast institutionalization possible (but rare)
Case Study 3: Science and Technology Studies (STS)
Origins (1970s): Coalition of Disciplines
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Historians of science + sociologists of knowledge + philosophers of technology
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Shared interest: how science/tech shape society (and vice versa)
Boundary Struggles (1980s-1990s)
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"Science Wars": conflict with scientists who felt STS was anti-science
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Internal debates: constructivism vs. realism, actor-network theory vs. critical theory
Stabilization (2000s-present)
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Professional society: Society for Social Studies of Science (4S, founded 1975)
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Journals: Social Studies of Science, Science, Technology & Human Values
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Departments: MIT, Cornell, UC San Diego, York, etc.
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Identity: Interdisciplinary but distinct
Timeline: ~40 years to stable institutional form
Lessons for Archaeobytology:
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Interdisciplinary origins are common (we're not weird for drawing from multiple fields)
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Boundary struggles are normal (expect pushback from adjacent fields)
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Coalitional politics help (build alliances with sympathetic scholars in history, CS, library science)
Part II: What Makes Archaeobytology Distinct?
The Archipelago Problem
Archaeobytology currently exists as scattered islands of practice:
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Archive Team (guerrilla digital archiving)
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Internet Archive (institutional preservation)
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Digital historians (studying past platforms)
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Media archaeologists (theorizing dead media)
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Platform studies scholars (analyzing platform affordances)
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Right-to-repair activists (fighting for user sovereignty)
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IndieWeb advocates (building decentralized alternatives)
These practitioners rarely talk to each other. They publish in different venues, attend different conferences, use different vocabularies. They're doing related work but don't see themselves as part of a unified field.
Archaeobytology proposes: These scattered practices belong together. They share:
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Core Problem: Platform death and digital dispossession
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Dual Method: Preservation (Archive) + Creation (Anvil)
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Normative Commitment: Digital sovereignty (Three Pillars)
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Ethical Framework: Triage and the Custodial Filter
Boundary Work: What Archaeobytology Is NOT
To define a discipline, you must say what it excludes. Here's what Archaeobytology is NOT:
NOT Digital History (Though Related)
Digital History:
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Studies the past using digital methods
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Analyzes historical sources (digitized archives, born-digital records)
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Primary goal: Historical understanding
Archaeobytology:
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Intervenes to create a future past (rescues artifacts before they vanish)
-
Studies platforms as they're dying (not just retrospectively)
-
Primary goal: Preservation + building alternatives
Relationship: Digital historians are Archaeobytology's users. We preserve the artifacts they study. But we're not doing history—we're doing applied preservation and system design.
NOT Computer Science (Though Technical)
Computer Science:
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Develops algorithms, systems, languages
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Values: Efficiency, correctness, performance
-
Questions: "How do we build this?" "What's the optimal solution?"
Archaeobytology:
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Uses CS methods (web scraping, emulation, distributed systems) but as tools, not ends
-
Values: Cultural preservation, user sovereignty, ethical curation
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Questions: "What should be saved?" "Who owns this?" "How do we prevent future murders?"
Relationship: We need CS skills, but our questions are humanistic and political, not purely technical.
NOT Library Science (Though Archival)
Library Science:
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Manages collections, provides access
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Expert in metadata, cataloging, preservation standards
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Works within institutional frameworks (libraries, universities, governments)
Archaeobytology:
-
Often works outside institutions (guerrilla archiving, legal gray areas)
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Preserves things institutions won't touch (ephemeral platforms, contested content)
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Builds alternative systems (not just stewarding existing ones)
Relationship: Librarians are allies. We respect their expertise. But we operate in spaces they can't (scraping copyrighted content, rescuing platforms without permission).
NOT Media Archaeology (Though Theoretical)
Media Archaeology:
-
Excavates dead media to theorize technological change
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Philosophical and interpretive (Foucault, Kittler, Ernst)
-
Retrospective analysis
Archaeobytology:
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Proactive preservation (we don't wait for media to die; we intervene)
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Applied practice (we scrape, we build, we organize)
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Prospective design (we forge alternatives)
Relationship: Media archaeology gives us theory. We give them preserved artifacts to theorize about. But our work is grounded in doing, not just thinking.
NOT Activism (Though Political)
Activism:
-
Mobilizes for policy change
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Protest, advocacy, organizing
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Values change over documentation
Archaeobytology:
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Documents and builds (we create archives and tools, not just campaigns)
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Scholarly methods (research, publication, teaching)
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Values preservation alongside change
Relationship: Many Archaeobytologists are activists (fighting for right to archive, platform accountability). But activism alone isn't Archaeobytology—we also do scholarship.
What Archaeobytology IS: A Synthetic Definition
Archaeobytology is the study and practice of:
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Excavating digital artifacts endangered by platform death, obsolescence, or corporate murder
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Preserving those artifacts with technical fidelity and cultural context
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Curating collections that make sense of vast data, applying ethical triage
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Interpreting artifacts so future generations understand their significance
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Building tools, protocols, and institutions that embody digital sovereignty
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Advocating for laws and norms that protect digital culture from erasure
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Teaching others to do all of the above
Unique Combination:
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Technical + humanistic
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Retrospective (Archive) + prospective (Anvil)
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Scholarly + activist
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Individual practice + institutional design
No other field does all of this.
Part III: The Legitimacy Gap
Why Archaeobytology Currently Lacks Legitimacy
1. No Departments
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You can't get a PhD in Archaeobytology
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Universities don't hire "Archaeobytologists"
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Students interested in this work must choose other departments (History, CS, Library Science, Media Studies)
2. No Dedicated Funding
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NSF funds computer science (but we're not CS)
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NEH funds humanities (but we do technical work)
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IMLS funds libraries (but we're not traditional librarians)
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We fall through cracks in funding taxonomies
3. No Professional Society
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No "American Archaeobytological Association"
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Practitioners scattered across multiple conferences (ADHO, SAA, 4S, ACM)
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No unified community
4. No Canon
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What books should every Archaeobytologist read?
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Currently, reading lists are ad hoc (Kirschenbaum? Chun? Parikka? Doctorow? All of the above?)
5. No Clear Career Path
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Where do you work after getting trained in Archaeobytology?
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Internet Archive? Universities (but which department)? Tech companies (but doing what)?
6. Disciplinary Prejudice
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Humanists see us as "too technical" (not real humanities)
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Computer scientists see us as "not technical enough" (applied work, not theory)
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Librarians see us as "reckless" (scraping without permission)
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Activists see us as "too academic" (publishing papers instead of protesting)
We're stuck in no-man's-land between disciplines.
The Consequences of Illegitimacy
For Students:
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Can't major in Archaeobytology (must choose proximate field, then specialize)
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Dissertations get challenged ("Is this really History?" "Is this really CS?")
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Job market brutal (applying for jobs in History with "too much CS," or vice versa)
For Practitioners:
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Struggle to get tenure (unclear evaluation criteria)
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Difficulty publishing (journals don't know what to do with cross-disciplinary work)
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Funding rejections ("This doesn't fit our program")
For the Field:
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Slow growth (hard to recruit students if no clear pathway)
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Knowledge fragmentation (practitioners don't know what others are doing)
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Lost opportunities (projects don't happen because no institutional home)
For Society:
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Platforms keep murdering culture (no unified opposition)
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Preservation happens ad hoc (no systematic approach)
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Alternatives fail to scale (no institutional support)
Part IV: Building Archaeobytology as a Discipline
The Infrastructure We Need
If Archaeobytology is to become legitimate, we need:
1. Knowledge Infrastructure
Journals:
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Journal of Archaeobytology (peer-reviewed, interdisciplinary)
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Publishes: Technical methods, ethical frameworks, case studies, theoretical essays, institutional designs
Conferences:
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Annual Archaeobytology Conference (like ADHO for DH, or 4S for STS)
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Brings together archivists, builders, scholars, activists
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Creates community and shared identity
Textbooks and Handbooks:
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This textbook is a start
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Need: Handbook of Digital Preservation Methods
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Need: Archaeobytological Theory: A Reader
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Standardizes knowledge, creates canon
Online Platforms:
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Archaeobytology Wiki (documenting methods, case studies, tools)
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Forum for practitioners (discuss triage dilemmas, share technical solutions)
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Repository of syllabi, assignments, datasets
Archives and Datasets:
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Shared collections for teaching and research
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Example: "The Murdered Platforms Database" (comprehensive data on every platform shutdown)
2. Institutional Anchors
University Programs:
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Start with certificates and minors ("Certificate in Digital Preservation and Sovereignty")
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Grow to master's programs (professional degree for archivists, curators)
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Eventually: PhD programs (train next generation of scholars)
Centers and Institutes:
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"Center for Digital Sovereignty" (like DH centers)
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Provides: Servers for student projects, archival storage, research funding, speaker series
Labs:
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"Preservation Lab" (students learn scraping, emulation, forensics)
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"Anvil Lab" (students build protocols, tools, platforms)
Model: How Digital Humanities Did This
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Stanford's Center for Spatial and Textual Analysis (CESTA)
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UVA's Scholars' Lab
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CUNY's GC Digital Initiatives
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Start with grants, prove value, become permanent
3. Professional Pathways
Academic Track:
-
Tenure-track jobs in "Archaeobytology and Digital Culture"
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Housed in: History depts, Media Studies, iSchools, or new Archaeobytology depts
Practitioner Track:
-
Archivist roles at Internet Archive, museums, libraries
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"Digital Preservation Specialist" (job title that emphasizes Archaeobytology skills)
Industry Track:
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Tech companies hiring "digital sovereignty architects"
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Platform companies (ironically) needing people to design ethical data export/preservation
Non-Profit Track:
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Working at EFF, Internet Archive, Creative Commons, Wikimedia
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"Digital Rights Advocate" roles
Consulting:
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Helping organizations design preservation strategies
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Advising on platform alternatives (cooperatives, federated systems)
Certification:
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"Certified Archaeobytologist" credential (like Certified Archivist)
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Signals expertise to employers
4. External Recognition
Funding Programs:
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NEH: "Archaeobytology Preservation Grants"
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NSF: "Digital Sovereignty Infrastructure" program
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Mellon Foundation: "Murdered Platform Archives" initiative
Government Acknowledgment:
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Library of Congress hires Archaeobytologists
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National Archives develops Archaeobytology methods
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UNESCO recognizes digital culture preservation as essential
Public Visibility:
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Popular books on Archaeobytology (like The Shallows for internet criticism)
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Documentaries about platform death and preservation
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Op-eds in NYT, Atlantic, Wired by Archaeobytologists
Part V: The 10-20 Year Roadmap
Phase 1: Emergence (Years 1-5) — We Are Here
Current State (2025):
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Scattered practitioners doing Archaeobytology without calling it that
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This textbook is one of first attempts to codify the field
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No formal infrastructure (yet)
Goals for Phase 1:
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Name the discipline: Get people to start calling themselves Archaeobytologists
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Create online community: Wiki, forum, Discord/Slack for practitioners
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First conference: Host "Archaeobytology 2026" (even if small—50 people)
-
First journal issue: Launch Journal of Archaeobytology (online, open access)
-
Secure initial grants: Mellon Foundation, NEH, Mozilla Foundation
Metrics of Success:
-
100+ people identify as Archaeobytologists
-
5-10 universities offer courses with "Archaeobytology" in title
-
3-5 published articles citing Archaeobytology as a discipline
Phase 2: Coalition Building (Years 6-10)
Goals for Phase 2:
-
Professional society: Found "Society for Archaeobytology" (or "Digital Sovereignty Studies")
-
Grow conference: 200-300 attendees, international
-
Launch degree programs: First master's in Archaeobytology (probably at iSchool or interdisciplinary program)
-
Establish centers: 3-5 universities have "Centers for Digital Sovereignty"
-
Policy advocacy: Archaeobytologists testify at hearings, draft model legislation
Metrics of Success:
-
500+ self-identified Archaeobytologists
-
20-30 universities teaching Archaeobytology courses
-
10+ tenure-track jobs with "Archaeobytology" or "Digital Sovereignty" in description
Phase 3: Institutionalization (Years 11-15)
Goals for Phase 3:
-
PhD programs: First dissertations in Archaeobytology
-
Textbook adoption: 50+ universities using this textbook or similar
-
Funding streams: NSF/NEH have dedicated Archaeobytology programs
-
Public recognition: NYT runs feature on "the Archaeobytologists saving the internet"
Metrics of Success:
-
2,000+ Archaeobytologists
-
50+ universities with programs (certificates, minors, concentrations)
-
5+ PhD programs
-
Professional certification launched
Phase 4: Maturity (Years 16-20)
Goals for Phase 4:
-
Standalone departments: First "Department of Archaeobytology and Digital Sovereignty" (like STS departments)
-
Canon established: Everyone agrees on core texts
-
Career pathways clear: Students know how to become Archaeobytologists
-
Public impact: Laws passed influenced by Archaeobytology research
Metrics of Success:
-
5,000+ Archaeobytologists
-
100+ universities with programs
-
10+ standalone departments or institutes
-
Field is recognized by universities, funding agencies, governments
Timeline Reality Check:
-
Digital Humanities: ~50 years to current state (still marginal)
-
Data Science: ~10 years to ubiquity (but industry-driven)
-
STS: ~40 years to stable discipline
Realistic Expectation: 20-30 years to full legitimacy. But meaningful impact possible much sooner (5-10 years).
Part VI: Threats to Discipline Formation
Threat 1: Disciplinary Capture
Risk: Established fields absorb Archaeobytology as a subfield, preventing independence.
Scenarios:
-
History departments claim Archaeobytology as "digital history"
-
CS departments subsume it as "digital preservation" (purely technical)
-
Library schools treat it as "web archiving" (narrowly applied)
Consequence: Archaeobytology's unique synthesis (Archive + Anvil, technical + humanistic, scholarly + activist) gets fragmented. Each discipline takes the parts they understand and discards the rest.
Defense:
-
Insist on synthetic identity: Archaeobytology is not reducible to any existing field
-
Build coalitions across disciplines (harder to capture if multiple fields claim us)
-
Create independent infrastructure (journal, conference, society) that isn't controlled by existing disciplines
Threat 2: Industry Co-optation
Risk: Tech companies see value in Archaeobytology, hire practitioners, dilute mission.
Scenarios:
-
Facebook hires "Digital Preservation Specialists" to archive deleted content (for ads/AI training)
-
Blockchain companies claim to be "Archaeobytologists" (conflating crypto speculation with sovereignty)
-
Platform companies use Archaeobytology rhetoric to greenwash extractive practices
Consequence: Field becomes associated with corporate interests, loses critical edge, alienates activist practitioners.
Defense:
-
Value clarity: Center the Three Pillars and anti-platform politics
-
Ethical standards: Professional code that excludes surveillance-capitalism work
-
Critical scholarship: Maintain academic critique of platforms (not just working for them)
Threat 3: Internal Fragmentation
Risk: Practitioners can't agree on boundaries, methods, or values. Field splinters.
Scenarios:
-
"Radical Archaeobytologists" (activists) vs. "Academic Archaeobytologists" (scholars) split
-
Methodological wars: "True preservation requires bit-perfect forensics" vs. "Triage means accepting good-enough captures"
-
Ethical divides: "Archive everything" vs. "Consent above all"
Consequence: No unified identity, infrastructure fails, discipline never gels.
Defense:
-
Big tent: Accommodate methodological diversity (multiple approaches valid)
-
Core values: Agree on essentials (Three Pillars, Custodial Filter) while debating details
-
Generosity: Don't excommunicate people for disagreements (pluralism is strength)
Threat 4: Funding Droughts
Risk: Foundations and agencies don't fund Archaeobytology; infrastructure collapses.
Scenarios:
-
Economic recession cuts humanities/tech funding
-
Political shifts defund preservation and digital rights
-
Competing priorities (AI, climate) absorb available grants
Consequence: Can't pay for journals, conferences, centers. Practitioners leave for funded fields.
Defense:
-
Diversify funding: Multiple sources (government, foundations, individual donations, earned revenue)
-
Demonstrate impact: Show that Archaeobytology work matters (saves culture, influences policy, creates economic value)
-
Partnerships: Work with established institutions (libraries, museums) that have stable funding
Threat 5: Irrelevance
Risk: Platforms stop dying (monopolies stabilize), or new preservation technologies make Archaeobytology obsolete.
Scenarios:
-
Governments regulate platforms, mandate data portability, fund public archives → crisis solved, Archaeobytology not needed
-
Blockchain/IPFS "solves" preservation → technical solution makes human curation irrelevant
-
Platforms become permanent monopolies, shutdowns stop → no more murders to document
Consequence: Field loses urgency, students don't enroll, discipline fades.
Reality Check: This threat is unlikely. Platform death will continue. New technologies create new preservation challenges. Human curation will always be needed.
Defense:
-
Adaptive mission: If some problems are solved (great!), focus on remaining ones
-
Expansive definition: Archaeobytology isn't just about shutdowns—it's about sovereignty, curation, interpretation (always needed)
Part VII: Adjacent Disciplines as Allies
Archaeobytology doesn't need to fight existing fields—it can collaborate:
Digital Humanities
-
We offer: Preserved digital artifacts for their historical research
-
They offer: Methodological expertise (text mining, network analysis, visualization)
-
Collaboration: Joint projects analyzing murdered platforms
Computer Science
-
We offer: Real-world problems needing technical solutions (emulation, distributed storage, protocol design)
-
They offer: Engineering expertise
-
Collaboration: CS students build tools for Archaeobytology projects (win-win)
Library and Information Science
-
We offer: Knowledge of endangered digital content and preservation urgency
-
They offer: Metadata standards, long-term stewardship, institutional partnerships
-
Collaboration: Librarians curate what we rescue
Science and Technology Studies
-
We offer: Case studies of platform power, technological politics
-
They offer: Theoretical frameworks (actor-network theory, social construction of technology)
-
Collaboration: STS scholars theorize; we provide empirical grounding
Media Studies
-
We offer: Preservation of media objects for analysis
-
They offer: Cultural analysis, critical theory
-
Collaboration: Joint teaching (they analyze media; we preserve it)
Law and Policy
-
We offer: Evidence of platform harms and preservation needs
-
They offer: Legal expertise (copyright, privacy, platform regulation)
-
Collaboration: Draft legislation for right to archive, data portability
Strategy: Be a boundary organization—work across disciplines while maintaining distinct identity.
Part VIII: What You Can Do Right Now
Whether you're a student, practitioner, or professor, you can help build Archaeobytology:
If You're a Student
1. Call Yourself an Archaeobytologist
-
In your bio, on your CV, in conversations
-
Naming creates identity
2. Propose Courses
-
Ask your department to offer "Introduction to Archaeobytology"
-
Use this textbook
3. Write Your Thesis on It
-
Dissertations/theses create scholarly legitimacy
-
Cite Archaeobytology as your field
4. Join the Community
-
Find others doing this work (Twitter, Discord, conferences)
-
Build networks
If You're a Practitioner
1. Publish Your Work
-
Write about your preservation projects
-
Document methods (tutorials, case studies)
-
Contribute to building canon
2. Attend/Organize Conferences
-
Present at existing venues (ADHO, SAA, 4S)
-
Organize Archaeobytology sessions or workshops
-
Eventually: Host Archaeobytology Conference
3. Seek Funding
-
Apply for grants explicitly for "Archaeobytology research"
-
Force funding agencies to engage with the term
4. Mentor Students
-
Train next generation
-
Create clear pathways
If You're a Professor
1. Teach Archaeobytology Courses
-
Offer courses with "Archaeobytology" in title
-
Adopt this textbook
2. Hire Archaeobytologists
-
When your department has an opening, advocate for "Archaeobytology specialization"
-
Write job ads that name the field
3. Start a Center
-
Apply for grants to create "Center for Digital Sovereignty"
-
Provide institutional home
4. Publish Research
-
Cite Archaeobytology explicitly in your work
-
Build scholarly community
If You're an Administrator
1. Create Programs
-
Certificate, minor, or master's in Archaeobytology
-
Proves demand, attracts students
2. Support Infrastructure
-
Fund journals, conferences, speaker series
-
Provide space and resources
3. Hire Faculty
-
Create positions in Archaeobytology
-
Show universities this is a legitimate field
Conclusion: The Discipline That Must Exist
Archaeobytology exists because it must. The forces that murder digital culture—platform capitalism, surveillance economics, planned obsolescence—are accelerating. We need a discipline dedicated to:
-
Preserving what platforms murder
-
Building alternatives that resist murder
-
Training people to do both
-
Advocating for laws that protect digital sovereignty
No existing field does this comprehensively. Each adjacent discipline handles part of the problem, but no one takes responsibility for the whole.
Archaeobytology fills this gap.
We're not trying to replace History, Computer Science, or Library Science. We're trying to create a home for work that falls between them—work that's too technical for humanists, too humanistic for engineers, too radical for institutions, and too scholarly for activists.
This textbook is a founding document. By reading it, teaching from it, citing it, and building on it, you're helping create the discipline.
In 20 years, there might be Archaeobytology departments at major universities. Students might major in it. There might be thousands of practitioners. Laws might protect digital culture because Archaeobytologists advocated for them.
Or this might remain a marginal practice, known only to specialists.
That depends on us. Disciplines don't form spontaneously—they're built through collective effort. By calling ourselves Archaeobytologists, teaching Archaeobytology, funding Archaeobytology, and practicing Archaeobytology, we make the discipline real.
In the next chapter, we begin Part II: Excavation and Forensics. Now that we understand what Archaeobytology is and why it needs to exist, we'll learn how to do it—starting with the methods for excavating digital artifacts before they vanish.
The theory is complete. Now the practice begins.
Discussion Questions
-
Disciplinary Identity: Do you consider yourself an Archaeobytologist? If not, what field do you identify with? If yes, when did you adopt that identity?
-
Boundary Work: Should Archaeobytology be a discipline, or a subfield of something else? What would we gain/lose by remaining interdisciplinary?
-
Legitimacy Politics: What would it take for universities to recognize Archaeobytology as legitimate? Is academic legitimacy even desirable (or does it risk co-optation)?
-
Career Pathways: If you wanted a career in Archaeobytology, what would your path look like? What obstacles would you face?
-
Threat Assessment: Which threat to discipline formation (capture, co-optation, fragmentation, funding drought, irrelevance) seems most serious? How would you defend against it?
-
Personal Action: What's one concrete thing you could do in the next month to help build Archaeobytology as a discipline?
Exercise: Design Your Dream Archaeobytology Program
Task: You've been hired to create the world's first Archaeobytology program at a university. Design it.
Part 1: Program Structure (500 words)
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What degree(s)? (Certificate, minor, BA, MA, PhD?)
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What department(s) house it? (New department, or joint program?)
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How many courses? What's the curriculum?
Part 2: Sample Syllabus (1000 words)
Create a syllabus for one course:
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"Introduction to Archaeobytology" (undergraduate survey)
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OR "Advanced Triage and Preservation" (graduate seminar)
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OR "Building Sovereign Systems" (technical course)
Include:
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Learning objectives
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Weekly topics
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Readings (5-10 per week)
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Assignments
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How this course fits in larger program
Part 3: Institutional Infrastructure (500 words)
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What facilities/resources do students need? (Servers, storage, lab space?)
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What partnerships? (Internet Archive, local libraries, tech companies?)
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How do you fund it? (Grants, tuition, endowment?)
Part 4: Career Pathways (500 words)
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What jobs can graduates get?
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How do you help them find employment?
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What skills make them competitive?
Part 5: Reflection (300 words)
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What's the biggest challenge to launching this program?
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How do you convince your university to approve it?
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Would you want to be a student in this program? Why/why not?
Further Reading
On Discipline Formation
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Abbott, Andrew. Chaos of Disciplines. University of Chicago Press, 2001.
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How academic disciplines form, fragment, and compete
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Klein, Julie Thompson. Interdisciplining Digital Humanities. University of Michigan Press, 2015.
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Case study of DH's struggle for disciplinary legitimacy
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Kuhn, Thomas. The Structure of Scientific Revolutions. University of Chicago Press, 1962.
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Classic on paradigm shifts and scientific disciplines (though focused on natural sciences)
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Small, Mario Luis. "How to Conduct a Mixed Methods Study: Recent Trends in a Rapidly Growing Literature." Annual Review of Sociology 37 (2011): 57-86.
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On methodological pluralism in new fields
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On Boundary Work
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Gieryn, Thomas. "Boundary-Work and the Demarcation of Science from Non-Science." American Sociological Review 48, no. 6 (1983): 781-795.
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Classic on how disciplines define themselves by exclusion
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Star, Susan Leigh, and James Griesemer. "Institutional Ecology, 'Translations' and Boundary Objects." Social Studies of Science 19, no. 3 (1989): 387-420.
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How interdisciplinary work creates "boundary objects" (like Archaeobytology itself)
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On Academic Legitimacy
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Burawoy, Michael. "For Public Sociology." American Sociological Review 70, no. 1 (2005): 4-28.
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On scholarship engaging public, not just academy (relevant to Archaeobytology's activist dimension)
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Posner, Miriam. "Here and There: Creating DH Community." In Debates in the Digital Humanities 2016, edited by Matthew Gold and Lauren Klein, 265-276. University of Minnesota Press, 2016.
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Building scholarly community in interdisciplinary field
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On Professional Pathways
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Nowviskie, Bethany. "On the Origin of 'Hack' and 'Yack.'" In Debates in the Digital Humanities, edited by Matthew Gold, 66-73. University of Minnesota Press, 2012.
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On tension between doing (hacking) and talking (yacking) in DH (relevant to Archaeobytology)
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Rockwell, Geoffrey, and Stéfan Sinclair. Hermeneutica: Computer-Assisted Interpretation in the Humanities. MIT Press, 2016.
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On building scholarly careers in computational humanities
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End of Chapter 6 — End of Part I: Foundations
Next: Part II — Excavation & Forensics Chapter 7 — Archaeological Methods for Digital Artifacts