Establishing genetic relationship - comparative method Flashcards

1
Q

Languages may be similar as a result of

A
  1. nature
  2. chance
  3. borrowing/diffusion (i.e. language contact)
  4. inheritance from a common ancestor

MUST RULE OUT ALL OTHER POSSIBILITIES to be certain langs are from COMMON ANCESTOR

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2
Q

Common areas of Natural Resemblance

A

ONOMATOPOEIA
cross-ling tendency for wordforms linked to certain kinds of meanings to approximate with real world sounds with which they are associated. - degree of ICONICITY

NUSERY FORMS
‘Mama/Papa’ words also share a high degree of cross-linguistic similarity regardless of common ancestry - e.g. often INVOLVE LABIALS.

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3
Q

Natural Resemblance in regards to Structural Similarity

A

Paradigms, syntactic frames etc. = DIAGRAMS and as such they are largely iconic.

This means that similarity in the structure of paradigms or syntactic frames may be natural and completely independent of genetic relationship.

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4
Q

Factoring out natural resemblance

A

Natural resemblance is ruled out if comparison is restricted to symbols:

signs in which the relation between signans (signifier) and signatum (signified) is arbitrary and conventional
(simplex) lexical signs (i.e. words)
HG Hund ‘dog’
NE hound ‘k. of dog’

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5
Q

Chance resemblances

A

Conventional wisdom holds that 5-6 per cent of the vocabulary of any two compared languages may be accidentally similar.
So, if only 5-6 per cent of the overall vocabulary compared is similar, we cannot conclude anything …

STRUCTURAL SIMILARITY - poverty of choice
There is a 50/50 chance that two languages will have the same order, whether or not they share common history (if a language has an adjectival phrase)

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6
Q

Factoring out chance and borrowing

A

Chance and borrowing can be ruled out if the similar word forms display regular sound correspondences.

  • Sound correspondences in chance resemblances are not regular - - except when there has been heavy borrowing from a single source (heavy borrowing situations are therefore problematic).
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7
Q

Regular Sound Correspondences

A

L1 and L2 show regular sound correspondences iff, whenever p[i] occurs in a word in L1, p[j]occurs in the corresponding position in a related word in L2, where ‘related’ implies ‘similar in meaning’…

REGULARITY ASSUMPTION is a FUNDAMENTAL PREMISE of the COMPARATIVE METHOD

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8
Q

Summary of Establishing Genetic Relationship

A

Genetic Relo = HIGHLY LIKELY when two/more langs display REGULAR SOUND CORRESPONDENCES in LEXICAL ITEMS that are similar in Both FORM and MEANING

  • demonstrate these lexical items = likely RETENTIONS from proto-lang that diversified into seperate languages
  • Lexical Items w reg sound correspondences = COGNATES
  • identify via COMPARATIVE METHOD
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9
Q

What does the comparative method rely on?

A

The comparative method relies on the identification of sets of POSSIBLE COGNATES (lexical look-alikes) and proceeds by determining whether or not these are REAL COGNATES.

The lexical look-alikes should be similar in both:
form (i.e. phonologically)
meaning (i.e. semantically)

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10
Q

How similar do cognates have to be?

A

Potential cognates dont have to be similar in LITERAL sense, they have to be Similar given our knowledge of what may be RELATABLE SOUNDS and RELATABLE MEANINGS

EG. /p/ and /w/ are similar because we know that /p/ is a possible source for /w/ via a process of lenition.

EG. to want’ and ‘future tense’ are similar meanings because we know that ‘want’ is a possible source of ‘future tense’ via a grammaticalization process.

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11
Q

Comparative Method Process

A
  1. identify potential cognates
  2. confirm with Regular Sound Correspondences
  3. extract CORRESPONDENCE SETS from data to see if recurrent
  4. check distribution of correspondence sets that involve the same/v similar segments - find environment for conditioned change
  5. each set of complementary regular correspondences reflects a phoneme in proto-language - RECONSTRUCT
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12
Q

Correspondence set definition

A

a correspondence set is a set of phonological units occurring in corresponding positions in that data set, e.g

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13
Q

Two forms are cognate iff:

A
  1. Their meanings can be related
  2. EACH and EVERY component of their forms (allowing for morph differences) is in REGULAR correspondence
  • some correspondences might involve Ø
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14
Q

Assigning a phonetic value to a proto-phoneme

A

We choose a phonetic value which presupposes most plausible sound changes in the daughter languages.

Much less important …
Occam’s Razor: given equal level of plausibility, we prefer the reconstruction that requires the fewest acts of change.

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