No.027

Epistemic Status and Epistemic Stance

Who really knows the answer?

Classroom DiscourseAdvanced2 min read
In one line

Epistemic status is who actually has access to and rights over some knowledge; epistemic stance is how knowing a speaker presents themselves as being in a particular turn.

Imagine a teacher asking, “What’s the past tense of go?” Nobody in the room thinks the teacher needs the answer. Hugh Mehan called these known-information questions, and they power the classic IRF exchange.

Conversation analyst John Heritage offers a sharper vocabulary for what is going on. Epistemic status is a participant’s relatively enduring access to, and rights over, a domain of knowledge compared with others: more knowing (K+) or less knowing (K−). Epistemic stance is how knowing or unknowing a speaker presents themselves as being in a particular turn at talk. The two can come apart: a teacher with K+ status can take a K− stance, asking “Hmm, why do you think it changes?”, to hand the floor to learners. Heritage argues that status often decides what an utterance does, which is why the declarative “You’re from Hanoi” is heard as a question when the listener is the one who knows.

On his account, an imbalance of knowledge works like an engine: a K− turn sets talk in motion, and the sequence runs until the gap is closed. In most lessons the teacher holds K+ status on content, but learners hold it on their own lives, opinions and languages. Questions that move into student territory change who talks, how much, and with what authority. That is the logic behind moving from display questions to referential ones.

In actionSame verb, two epistemic worlds

T
So, what’s the past tense of go?
S
Went.
T
Went. Good. And what did you do at the weekend?
S
I went to my grandmother’s house in Huế.
T
Oh, really? What did you two do there?

In the first exchange the teacher is K+ and evaluates the answer. In the second the student is K+, so the teacher follows up instead of grading.

In the classroom

  1. 1

    Audit one lesson: tally your questions as known-answer or student-territory, then rewrite three known-answer questions so that learners hold the knowledge.

  2. 2

    Take a K− stance on purpose in discussions (“I’m not sure. Convince me.”). Then give learners real wait time to take the floor.

  3. 3

    Teach stance markers such as apparently, as far as I know and I’m pretty sure, because learners who lack them can sound blunt or over-certain.

Myth and reality

The myth

A question is simply a request for information the speaker doesn’t have.

What the evidence says

Many classroom questions test rather than seek, and whether a turn is even heard as a question depends on who is assumed to know.

Reflect

In your last lesson, whose knowledge did your questions treat as worth asking about: yours, the textbook’s, or your students’?

Worth a minute before your next lesson, or a conversation in the staffroom.

SourcesChecked against Crossref and library records

Where it comes from

Heritage set out the status/stance distinction in 2012, building on Kamio’s theory of territories of information and on his earlier work with Raymond on epistemic authority.

Heritage, J. (2012). Epistemics in action: Action formation and territories of knowledge. Research on Language and Social Interaction, 45(1), 1–29.

Key readings
  1. Heritage, J. (2012). The epistemic engine: Sequence organization and territories of knowledge. Research on Language and Social Interaction, 45(1), 30–52.

    The companion paper: how knowledge imbalances drive sequences of talk forward and bring them to a close.

  2. Heritage, J., & Raymond, G. (2005). The terms of agreement: Indexing epistemic authority and subordination in talk-in-interaction. Social Psychology Quarterly, 68(1), 15–38.

    Shows speakers quietly competing over who has the right to assess something, even while agreeing.

  3. Mehan, H. (1979). “What time is it, Denise?”: Asking known information questions in classroom discourse. Theory Into Practice, 18(4), 285–294.

    The classic description of known-information questions and why classrooms run on them.

  4. Koshik, I. (2002). Designedly incomplete utterances: A pedagogical practice for eliciting knowledge displays in error correction sequences. Research on Language and Social Interaction, 35(3), 277–309.

    A close look at how teachers use unfinished turns to get learners to display, and repair, what they know.

ConnectionsSee it in the graph

Put to work in
  • Wait Timenot yet writtenA K− stance only works if learners get time to answer.

Know a teacher who’d like this?

Send them the card. It’s made for Facebook, Zalo, LinkedIn and Instagram, and links back here.

Concepts
Epistemic Status and Epistemic StanceNo. 027 · Discourse
Teacher CognitionNo. 026 · Teacher Dev.
Construction GrammarNo. 025 · Cognitive
Data-Driven LearningNo. 024 · Corpus
The Teaching–Learning CycleNo. 023 · SFL
InvestmentNo. 022 · Socioling.
Dynamic AssessmentNo. 021 · Assessment
Focus on FormNo. 020 · Pedagogy
The Output HypothesisNo. 019 · SLA
The Apprenticeship of ObservationNo. 018 · Teacher Dev.
Prototype TheoryNo. 017 · Cognitive
The Idiom PrincipleNo. 016 · Corpus
Theme and RhemeNo. 015 · SFL
TranslanguagingNo. 014 · Socioling.
RecastsNo. 013 · Discourse
Formative AssessmentNo. 012 · Assessment
Task-Based Language TeachingNo. 011 · Pedagogy
The Noticing HypothesisNo. 010 · SLA
Reflective PracticeNo. 009 · Teacher Dev.
Conceptual MetaphorNo. 008 · Cognitive
CollocationNo. 007 · Corpus
Register: Field, Tenor and ModeNo. 006 · SFL
Communicative CompetenceNo. 005 · Socioling.
IRF / IRE SequenceNo. 004 · Discourse
WashbackNo. 003 · Assessment
ScaffoldingNo. 002 · Pedagogy
InterlanguageNo. 001 · SLA
Pages
Today's bite
Archive
Concept graph
The idea & the prompt
Actions
Random bite
Toggle dark mode
Toggle interface sounds