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6 <strong>lexical</strong> <strong>and</strong> <strong>semantie</strong> <strong>relations</strong><br />
Keywords: PARADIGMATIC, Y TAGMATIC, SEMANTIC RELATIO ,<br />
LEXICAL RELATION, SYNONYM, CONTRAST, ANTONYM,<br />
COMPLEMENTARY, CO TRARY, CONVER E, HYPONYM,<br />
HYPERO YM, MERONYM, HOLO YM, DICTIO ARY APPROACH,<br />
THESAURUS APPROACH, EMA TI FIELD, LEXICAL BLOCKI G<br />
6.1 Overview<br />
This chapter examine particular emantic relation among words.<br />
They are called semantic <strong>relations</strong> because they are <strong>relations</strong> between senses.<br />
Some ca es of semantic relation can al o be <strong>lexical</strong> <strong>relations</strong> in which it is<br />
not ju t the meaning that are related, but al o other a pect of the lexeme ,<br />
like morphological form or collocational pattern . After looking at the detail of<br />
synonymy, hyponymy, antonymy, <strong>and</strong> other relation, we evaluate two approache<br />
to the representation of semantic <strong>relations</strong> in the mental lexicon. In the fir t<br />
approach, the lexicon is theorized to be like a dictionary, which record sen e<br />
but not nece arily <strong>relations</strong> among them. The econd view the lexicon like a<br />
thesauru in which relation, but not meanings, are repre ented.<br />
6.2 Paradigmatic <strong>relations</strong>:<br />
synonymy, antonymy, hyponymy<br />
6.2.1 Paradigmatic vs. syntagmatic<br />
Relation among word can be divided roughly into two type :<br />
paradigmatic <strong>and</strong> yntagmatic. Syntagmatic <strong>relations</strong> are relation between<br />
words that go together in syntactic phra e - like ship 's <strong>and</strong> captain or dogs<br />
<strong>and</strong> barko Notice that syntagmatic <strong>and</strong> syntax are from the same Greek root,<br />
meaning 'touching together' - in other word, word in yntagmatic <strong>relations</strong><br />
"touch" each other in phra e . Because they go together in phra e, yntagmatically<br />
related word often belong to different word cla ses - e.g. dog (noun)<br />
+ bark (verb). Syntagmatic <strong>relations</strong> are studied more <strong>and</strong> more these day a<br />
108<br />
corpu research highlight the<br />
word rather than other . For i<br />
goes with certain modifier to i<br />
or sound asleep, <strong>and</strong> that it oec<br />
modifiers that indicate the am<br />
others, like very as/eep. Our fo<br />
tudy for <strong>lexical</strong> semantic : par<br />
i ues in the later chapters - ineJ<br />
adjective , in chapter ll.<br />
Word in paradigmatic rels<br />
orne characteristics in comme<br />
form a paradigm - that i ,a I<br />
paradigmatic relation i a morp<br />
verb: drink, drank, drunk. otie<br />
in common except their ten e..<br />
involve word senses that hare I<br />
for example, the et of ba ic co<br />
each refer to a different part of ti<br />
word, paradigmatically relatec<br />
For example, red, white, <strong>and</strong> any<br />
<strong>and</strong> grammatically occur in the<br />
(l) a redlwhite/greenlblue<br />
(2) a shade of redlwhite/g<br />
Lexical semanticist study parac<br />
relation among entence mean<br />
of what they might tell u abor<br />
ee in §6.3. They are also intere:<br />
Using related words allow u t<<br />
providing varied information an<br />
A few paradigmatic relation<br />
Synonymy i the relation of hal<br />
are ynonyms in many people':<br />
for example, house is a hypor<br />
building. Co-hyponymy ( orne<br />
of en e that make up a et, bt<br />
heart/club/spade/diamond. Tha<br />
type - in this case, playing card<br />
which two words are opposite<br />
the e <strong>relations</strong> in more depth in<br />
While people of ten talk abou<br />
accurate to talk about senses or II<br />
being synonyms or antonym, i
ans<br />
C RELATION,<br />
M,<br />
l,<br />
PROACH ,<br />
ILOCKJNG<br />
n among words.<br />
i between en es.<br />
n in which it i<br />
i of the lexemes,<br />
g at the detai I of<br />
:etwo approache<br />
icon. In the fir t<br />
:h records sense<br />
he lexicon like a<br />
l.<br />
into two type :<br />
ilations between<br />
captain or dogs<br />
me Greek roots,<br />
gmatic <strong>relations</strong><br />
ses, syntagmate.g.<br />
dog (noun)<br />
re these day as<br />
Lexical <strong>and</strong> <strong>semantie</strong> <strong>relations</strong> 109<br />
corpu re earch highlight the way in which word tend to occur with certain<br />
words rather than other. For in tance, we can notice that the adjective asleep<br />
goe with certain modifier to indicate 'ab olute tate of sleep,' as in fast asleep<br />
or sound asleep, <strong>and</strong> that it occasionally goe with orne other general-purpose<br />
modifier that indicate the arne meaning, like completelyasleep, but le with<br />
others, like very asleep. Our focus in thi chapter i the more traditional area of<br />
tudy for <strong>lexical</strong> emantic : paradigmatic relation. We'll see orne yntagmatic<br />
is ue in the later chapter - including the issue of which modi fiers go with which<br />
adjectives, in chapter Il.<br />
Words in paradigmatíc <strong>relations</strong> belong to the ame word cla s <strong>and</strong> hare<br />
orne characteri tie in common. The word in uch <strong>relations</strong> can be aid to<br />
form a paradigm - that i , a et of example that how a pattern. One kind of<br />
paradigmatic relation i amorphological paradigrn, uch as the tense forms of a<br />
verb: drink, drank; drunk. Notice that the ve rb in this paradigm have eve ry thing<br />
in common except their ten e. We are interested in emantic paradigms, which<br />
involve word sen e that hare many emantic propertie , but differ in orne. So,<br />
for example, the et of ba ic color adjective form a paradigm who e members<br />
each refer to a different part of the color spectrurn. Unlike syntagmatically related<br />
words, paradigmatically related word are u ually ub titutable for each other.<br />
For exarnple, red, white, <strong>and</strong> any other member of the color paradigm can en ibly<br />
<strong>and</strong> grammatically occur in the ame phrases, as in (l) <strong>and</strong> (2).<br />
(l) a red/white/green/blue house<br />
(2) a hade of red/white/green/blue<br />
Lexical emantici t tudy paradigmatic relation becau e of their roles in logical<br />
relation arno ng entence meanings, uch a entailment (see §2.2), <strong>and</strong> because<br />
of what they might tell us about how the mental lexicon is organized, as we'lI<br />
ee in §6.3. They are alointeresting for their u e in creating coherent discourse.<br />
U ing related word allow u to describe the ame things in different way, thu<br />
providing varied information <strong>and</strong> avoiding repetition in di cour e.<br />
A few paradigmatic <strong>relations</strong> receive the mo t attention in <strong>lexical</strong> emantics.<br />
Synonymy i the relation of having (nearly) the ame meaning. Couch <strong>and</strong> sofa<br />
are ynonym in many people' dialect. Hyponymy i the 'type-of' relation;<br />
for example, house i a hyponym of building becau e a house i a type of<br />
building. Co-hyponymy (ometime called <strong>lexical</strong> contrast) involves a group<br />
of ense that make up a et, but which contra t with one another, for example<br />
heart/club/spade/diamond. That i , they are different varietie within a single<br />
type - in thi ca e, playing card uit. Antonymy i a peci al ca e of contra t in<br />
which two word are oppo ite, for example black/white. We examine each of<br />
these relation in more depth in the following sub ection .<br />
While people of ten talk about word being ynonyms or antonyrn , it i more<br />
accurate to talk about senses or <strong>lexical</strong> units (form + en e-in-u e - see § 1.2.4) as<br />
being ynonym or antonym, ince a ingle word may have different ynonym
110 LEXICAL MEA ING<br />
or antonym for different en es. For instance, when using the 'ternperature'<br />
en se of hot, it oppo ite i cold. but when u ing the' picy' en e of hot, its<br />
opposite is mild. For thi rea on, ernantic relation are ometimes called sense<br />
<strong>relations</strong>.<br />
6.2.2 Synonymy<br />
The term synonym come from Greek roots syn 'alike' <strong>and</strong> onym<br />
'name.' It refer to word that mean the ame as each other, o the equal sign =<br />
is used to signal synonymy. Becau e it i rare for two word to have exactly the<br />
same rneaning/u e, discussions of ynonymy frequently concern word that are<br />
not perfect synonym , but that differ only slightly. The substitutability test is<br />
u ed to determine whether two words are synonym . Word are ub titutable if<br />
there is no change in the mean ing of a sentence when one word is ubstituted<br />
for the other. So, for example, if the truth of (3) entails the truth of (4), <strong>and</strong> vice<br />
ver a, then we have evidence that person <strong>and</strong> human are synonyrn<br />
(3) A per on is st<strong>and</strong>ing beside me.<br />
(4) A human is t<strong>and</strong>ing be ide me.<br />
If we want to te t whether man is a ynonyrn for per on, then we can compare<br />
(5) <strong>and</strong> (3).<br />
(5) A man is t<strong>and</strong>ing be ide me.<br />
In thi case, ince we can conclude that ometime it would be true that a person<br />
is st<strong>and</strong>ing beside me at the ame time when it is fal e that a man is t<strong>and</strong>ing<br />
be ide me - since there things that can be referred to as person that can not be<br />
called man - namely, women, girls, <strong>and</strong> boy . Hence man <strong>and</strong> person are not<br />
ynonyms.<br />
Absolute vs. sense synonyms<br />
Words are said to be absolute syn ony ms if they are substitutable in any po sible<br />
context with no changes in denotation or other a pect of meaning (including<br />
connotation - see §2.2.2). U ing that criterion, it i ea y to see that very few<br />
word are ab olute ynonym . Take for example funny = peculiar <strong>and</strong> funny =<br />
comical. Where peculiar is substitutable for funny, as in (6), comical probably i<br />
not ub titutable <strong>and</strong> vice ver a, a in (7).<br />
(6) My turnrny feels a bit funny (= peculiar, 1comical) whenever l eat fish.<br />
(7) Anna told a hilariously funny (l peculiar, = comical) joke.<br />
Funny has different ynonym in different context beca u e it is polysemou ,<strong>and</strong><br />
its various en e match up semantically with different set of words. Since they<br />
do not share all their en se .funny <strong>and</strong> pecu/iar are not ab olute ynonym , <strong>and</strong><br />
neither are funny <strong>and</strong> comical. In tead, they are sense synonyms, in that they<br />
each have one sen e that mean the ame as one of the other word' en e .<br />
For each of the followingpa<br />
ynonyms by giving a enter<br />
Describe why they are not 1<br />
a. safe, ecure<br />
b. fake. false<br />
C. big, large<br />
d. (a tough one!) Ol<br />
The exi tence of large the:<br />
are very close in meaning. :<br />
to find pair that are perfectl<br />
may feel that funny <strong>and</strong> co,<br />
funny joke is a slightly diff<br />
(1973:12-13) has gone of.<br />
where two expres ion canr<br />
be deceiving our elve ." Tt<br />
technical names for thing<br />
furze = gorse = whin, whic<br />
American example i groutu<br />
leave it to you to decide wh,<br />
myself in claiming that the (<br />
Near-synonyms<br />
Far more common is for wo<br />
[ake ~ false in Puzzle 6-1.<br />
ynonyms (in a particular<br />
contexts, but not every conte)<br />
ub titution te t in (8), but fa<br />
have a sense that roughly me:<br />
are not shared by both word<br />
(8) Ian obtainedlacquir<br />
(9) a. Jan obtained permi<br />
b. Ian acquired a Briti!<br />
So far, we have seen that<br />
being poly emou in differer<br />
ynonym ) or by not having<br />
onyms that are denotationally<br />
way - for exarnple, by belo<br />
different connotations. So, w
ng the 'ternperature'<br />
icy' en e of hot, its<br />
metime called sense<br />
yn 'alike' <strong>and</strong> onym<br />
o the equal ign =<br />
I to have exactly the<br />
mcern words that are<br />
bstitutability test i<br />
Is are ubstitutable if<br />
_ word i ubstituted<br />
truth of (4), <strong>and</strong> vice<br />
nonym .<br />
hen we can compare<br />
be true that a person<br />
at a man ist<strong>and</strong>ing<br />
erson that can not be<br />
I <strong>and</strong> person are not<br />
table in any pos ible<br />
meaning (including<br />
lo ee that very few<br />
eculiar <strong>and</strong>ftll1ny =<br />
comical probably is<br />
whenever l eat fish.<br />
)joke.<br />
ti poly emou ,<strong>and</strong><br />
of word. Since they<br />
rlnre ynonyms, <strong>and</strong><br />
onyms in that they<br />
.worďs sense .<br />
Puzzle 6-1<br />
For each of the following pairs, demonsrrate that the two words are not absolute<br />
Lexical <strong>and</strong> <strong>semantie</strong> <strong>relations</strong> 111<br />
synonyms by giving a sentence in which they are not sub titutable for each other.<br />
Describe why they are not substitutable (i.e. how their ense differ).<br />
a. safe. secure<br />
b. fake, false<br />
c. big. large<br />
d. (a tough one!) somebody, someone<br />
The exi tence of large thesauru eprove that Engli h ha plenty of words that<br />
are very clo e in meaning. But if we look closely at those words, it is very rare<br />
to find pair that are perfectly ynonymou • even for just one of their senses. You<br />
may feel that funny <strong>and</strong> comical never mean exactly the ame thing, o that a<br />
[unny joke i a slightly different kind of joke than a comica/ joke. Roy Harris<br />
(1973:12-13) ha gone o far as to claim that "If we believe there are instances<br />
where two expre ion cannot be differentiated in re pect of meaning, we must<br />
be deceiving our elve ." The rare c<strong>and</strong>idate for perfect ynonymy tend to be<br />
technical names for things like plants, animals, <strong>and</strong> chemicais. An example i<br />
[ur;« = gorse = whin, which all name the ame European evergreen plant. An<br />
American example i groundhog = woodchuck, which name the same animal. l<br />
leave it to you to decide whether you think, as Harri would, that I'm deceiving<br />
my elf in claiming that these are perfectly ynonymous.<br />
Near-synonyms <strong>and</strong> variants<br />
Far more common i for word' en e to overi ap <strong>and</strong> be near-synonyms, like<br />
fake ~ ja/se in Puzzle 6-1. (We can use ~ to ignal near- ynonymy.) earsynonyms<br />
(in a particular en e) can of ten substitute for each other in some<br />
coruexts, but not every context. An example is obtain <strong>and</strong> acquire, which pas the<br />
ubstitution te t in (8), but fail it in (9). This is because obtain <strong>and</strong> acquire both<br />
have a sense that roughly means 'get,' but there are ubtleties to those senses that<br />
are not shared by both words.<br />
(8) Ian obtainedlacquired three diplomas.<br />
(9) a.<br />
b.<br />
Ian obtained permi. sion to l<strong>and</strong>. [?acquired]<br />
[an acquired a British accent. I#oblained]<br />
So far. we have seen that o-called ynonym may differ from one another by<br />
being poly emou in different ways (i.e. en se ynonym that are not absolute<br />
ynonyms) or by not having the exact arne denotation (near- ynonyms). Synonyms<br />
that are denotationally identical may still be different in non-denotational<br />
way - for exarnple, by belonging to different diaJect , regi ters. or by having<br />
different con notation . So, we could ay that the synonym for toilet facilities
112 LEXICAL MEA ING<br />
are not strictly substitutable because the sentences in (lO) would not be equally<br />
appropriate in all ocia1 contexts.<br />
(10) a.<br />
b.<br />
c.<br />
Where is the john?<br />
Where i the lavatory?<br />
Where is the powder room?<br />
John, la vato ry, <strong>and</strong> powder room are sense synonyms because they denote the<br />
same things, but because they differ in register <strong>and</strong> connotation, they are variants<br />
of one another. Synonyms can be variants with respect to any number of nondenotational<br />
properties, including connotation, register, dialect, <strong>and</strong> affect. The<br />
American sense of bathroom (which can refer to a room with a toilet but no ba th)<br />
<strong>and</strong> British 100 (which refer to a room with a toilet) are ense near-synonyms,<br />
but dialectal variants.<br />
Why so many synonyms?<br />
The moral of the synonym story is that it is very rare for two words to mean<br />
exactly the ame thing. As Cruse (1986:270) has noted, "languages abhor ab olute<br />
synonyms just as nature abhors a vacuum." English has many near-synonyms<br />
because it has readily borrowed words from other languages <strong>and</strong> because English<br />
productively makes new open-class word through the morphological processes<br />
of derivation <strong>and</strong> compounding (§1.3.4) <strong>and</strong> conversion (§5.3.2).<br />
In some case , those new or borrowed word tart out a perfect ynonym<br />
for existing words in the language, but over time one of two things generally<br />
happens. In some cases one of the ynonym "wins" <strong>and</strong> the other drop out of<br />
use. For example, the Greek-derived Eucharist began to replace the Old English<br />
husi toward the end of the Middle Age, <strong>and</strong> now husl is obsolete. In other ca e ,<br />
the words' senses diverge. A famous example is what happened when Norman<br />
French words for certain live tock animals were borrowed into Engli h in the<br />
Middle Ages. Before that point, Engli h speakers had words for these animals<br />
<strong>and</strong> used them also to describe meat from those animals; so they ate ox or sheep or<br />
pig fiesh. After the French words for livestock became available, Engli h peakers<br />
came to use the French livestock word (which became anglicized a beef, mutton,<br />
pork) to refer to meat, while the native English words were retained for denoting<br />
the animal. Other animal words were not affected by French borrowings, either<br />
because the French word was not popularized in English (in the case of lamb)<br />
or because the word was added to the language later (in the ca e of turkey).<br />
Synonyms are also found in ca e where one word i reserved for technical<br />
registers while the other sounds more folksy or poetic. For example, the Latinate<br />
uterus is a more "medical" sounding word than womb, which is more likely to<br />
be used in poetry.<br />
Languages react to ynonyms in this way for a number of reason . First, it i<br />
not economical or helpful to have many word for the ame thing - it takes more<br />
effort to learn <strong>and</strong> remember two word form when one i sufficient. When we go<br />
through the effort of having two words, we usually work under the a sumption<br />
of a principIe of contrast - ti<br />
different meanings. This mean<br />
the same thing as another WOl<br />
di fference - in denotation, conn<br />
Clark <strong>and</strong> Clark (1979) give ex<br />
noun into verbs results in a nl<br />
for fo cook <strong>and</strong> to che! in (ll):<br />
(Il) a.<br />
b.<br />
Phil cooked up a fea I<br />
Phil chef'd up a feast.<br />
To cook is an established verb,<br />
denotes the ame activity a lo<br />
a little different than cook. For<br />
more professionalism or panacJ<br />
In um mary, while language<br />
words that are very close in n<br />
can be seen as enriching, rathei<br />
is aid to be particularly syna<br />
more expressive than language<br />
in meaning can be conveyed a<br />
paralinguistic (e.g. intonational<br />
6.2.3 Hyponymy <strong>and</strong> h~<br />
Another type of pan<br />
or are contained in, other mee<br />
extension (§2.3. J) of one word ii<br />
the extension of cheddar ia'<br />
i cheddar is al o cheese, but ev<br />
( ince it could be gouda or mo<br />
cheddar is a type of cheese, a:<br />
meaning of cheddar.<br />
Properties of inch<br />
The inclusion relation is asynu<br />
is not a type of cheddar, o we I<br />
relation: cheddar is a hyponyn<br />
dar. The e terms come from the<br />
over,' <strong>and</strong> this under/over inu<br />
a "family trees," as illustrated<br />
ification, or taxonomy, of foc<br />
peaking, we use the terms hy!<br />
<strong>relations</strong> between words like c<br />
cheddar itself, or the nation of (
not be equally<br />
hey denote the<br />
~yare variants<br />
umber of nonmd<br />
affect. The<br />
let but no bath)<br />
iear- ynonyms,<br />
word to mean<br />
abhor absolute<br />
near- ynonyms<br />
ecau e English<br />
gical processes<br />
fect ynonyms<br />
ung generally<br />
tel'drops out of<br />
:heOld English<br />
. In other ca es,<br />
when Norman<br />
Engli h in the<br />
r these animal<br />
e ox or sheep or<br />
ngli h speakers<br />
as beef, mutton,<br />
led for denoting<br />
rrowings, either<br />
e case of lamb)<br />
:a e of turkey).<br />
:d for technical<br />
ile, the Latinate<br />
; more likely to<br />
ans. First, it is<br />
~- it takes more<br />
nt, When we go<br />
the as umption<br />
Lexical <strong>and</strong> <strong>semantie</strong> <strong>relations</strong> l 13<br />
of a principie of contrast - that different lingui tic form are associated with<br />
different meanings. This means that if we come across a word that seem to mean<br />
the same thing a another word we already know, we expect it to have orne<br />
difference - in denotarion, connotation, or social meaning - from the other word.<br />
Clark <strong>and</strong> Clark (1979) give examples of when the common proce of making<br />
nouns into verbs result in a new lexerne that contra ts with the extant verb, a<br />
for to cook <strong>and</strong> to chef in (l l):<br />
(Il) a. Phil cooked up a feast.<br />
b. Phil cheťd up a feast.<br />
Tocook is an e tabli hed verb, but if we read a new ve rb to ch~fthat ostensibly<br />
denotes the same activity as to cook, then we presurne it mu t mean something<br />
a little different than cook. For instance, one might interpret (l lb) as connoting<br />
more professionalism or panache on Phil's part than (lIa) does.<br />
In summary, while language resist synonyrny, they can nevertheless tolerate<br />
words that are very close in meaning. Having words that overi ap in meaning<br />
can be seen as enriching, rather than duplicating, our vocabulary. While English<br />
is aid to be particularly synonyrn-rich, this should not be taken to say it is<br />
more expressive than languages with fewer synonyms, since subtie differences<br />
in mean ing can be conveyed a well through other yntactic, rnorphological, <strong>and</strong><br />
paralinguistic (e.g. intonational, gestural) means.<br />
6.2.3 Hyponymy <strong>and</strong> hyperonymy: inclusion <strong>relations</strong><br />
Another type of paradigmatic relation involves meanings that contain,<br />
or are contained in, other meanings - or, to put it a different way, when the<br />
extension (§2.3. l) of one word is a subset of the extension of another. For example,<br />
the extension of cheddar i a ubset of the extension of chee e; everything that<br />
ischeddar is also cheese, but everything that is chee e is not necessarily cheddar<br />
(since it could be gouda or rnozzarella or feta instead). We could say then that<br />
cheddar is a type of cheese, <strong>and</strong> that the meaning 'cheese' is included in the<br />
meaning of cheddar.<br />
Properties of inclusion <strong>relations</strong><br />
The inclusion relation i asymmetrical; cheddar i a type of cheese, but cheese<br />
i not a type of cheddar, o we need different names for the two directions in the<br />
relation: cheddar i a hyponym of cheese, <strong>and</strong> cheese is a hyperonym of cheddar.<br />
These terms come from the Greek-derived prefixes hypo- 'under' <strong>and</strong> hyper-<br />
'over,' <strong>and</strong> this under/over imagery is useful in picturing hyponyrn paradigms<br />
a "family trees" as illustrated in figure 6.1 which shows the y ternatic classification,<br />
or taxonomy, of foods (with particular attention to chee e). Strictly<br />
speaking we u e the terms hyponytn <strong>and</strong> hyperonym. when speaking about the<br />
<strong>relations</strong> between word like cheese <strong>and</strong> cheddar. lf we talk about cheese or<br />
cheddar itself, or the notion of CHE E S E or CHE O o AR (rather than the words for
114 LEXICAL MEA l G<br />
food<br />
I =--=<br />
meat dairy product fruit vegetable<br />
~<br />
chee e bul/el' yogurt<br />
Cheddar feta Edam Gouda<br />
Figure 6.1 A partial taxonomy of food, particularlv chee e<br />
grain<br />
them), we refer to superordinate <strong>and</strong> subordinate categorie . So, we can ay<br />
that the word cheese i a hyperonym of the word cheddar <strong>and</strong> that the category<br />
CHEESE i uperordinatetothecategorYCHEDDAR. Wecanabbreviatethi with<br />
< <strong>and</strong> >: cheddar < cheese <strong>and</strong> cheese> cheddar. The ymbol alway points<br />
toward the smaller category. Figure 6.1 show that while one word may have<br />
several hyponym , each hyponym has only one immediate (i.e. on the next level<br />
up) hyperonym.<br />
A well as being asymmetrical the inclusion relation i. often aid to be transitive,<br />
which is to say that if X < Y <strong>and</strong> Y < Z, then X < Z. For example, cheddar<br />
is a type of cheese <strong>and</strong> chee e i a type of food, therefore cheddar i a type of<br />
food too. But this is where defining hyponymy get tricky, ince not all 'type-of'<br />
<strong>relations</strong> are tran itive, as (12) shows:<br />
(12) a.<br />
b.<br />
c.<br />
a peci men cup (as used for urine samples) is a type of cup<br />
a cup i a type of drinking ves el<br />
#!! a peci men cup i a type of drinking ves el<br />
The intransitivity of specimen cup < cup < drinking vessei tem from the fact<br />
that the 'type-of' <strong>relations</strong> in (12a) <strong>and</strong> (l2b) are not the ame. The relation<br />
in (l2a) involves proper inclusion; that is, the meaning cup is included in the<br />
meaning specimen cup - a cup i a container with a wide, round opening <strong>and</strong><br />
a low profile that can hold liquid , <strong>and</strong> a peci men cup i a particular kind of<br />
low container with a wide/round opening. On the other h<strong>and</strong>, (12b) i not proper<br />
inclusion - the meaning of cup doe not include the meaning of drinking vesse/instead<br />
a cup is an example of omething that can be u ed as a drinking ve sel.<br />
Cru e (1986) calls the proper-inclusion type of hyponymy taxonymy ( ince<br />
these are the <strong>relations</strong> found in cla ic taxonomies), while the ca e in (12b) can<br />
be called functionaJ hyponymy, ince we can say 'is used a ' rather than 'i a<br />
type of' in de cribing the relation. Beside functional hyponymy, there are other<br />
types of hyponymy that many would not con ider to be 'true' hyponymy. A<br />
Cruse (2000b) note , all queen are women, but iť a bit funny to aya queen<br />
is a type of woman (but le funny to say a queen is a type of monarch). In<br />
other words, we'd probably not li t queen in the same taxonomy in which we<br />
have the term woman, so queen < woman i not a taxonymic relation, while<br />
queen < monarch i . We can think of taxonyms as prototypical hyponyms,<br />
ince they are reliably tran i<br />
is a type of Y'<br />
The inclusion/taxonym relation<br />
ynonymy in light of the e tem<br />
Tran itive or intransitive? l yo<br />
near- ynonyms?<br />
Folk vs. scientift<br />
An important thing to notice<br />
valuable to u on an everyda<br />
hyperonym for cheese. In eve<br />
i a type of food bul in lhe '<br />
i a much-needed lexeme th.<br />
chee e belongs to <strong>and</strong> the Ol<br />
taxonorny that goe traight<br />
while in more specialist con<br />
with more fine-grained level<br />
ation , we are happy to say<br />
need to specify dog < cani<br />
tel' how many level a taxo:<br />
apply.<br />
Even among the smaller rn<br />
alient - i.e. more readily u I<br />
cheese example, notice that if<br />
to caJl it a cheese s<strong>and</strong>wich r;<br />
of cheddar, you would proba'<br />
have more specific informati<br />
caJl it cheese rather than CI/(<br />
general names in the e ituai<br />
a dairy-product s<strong>and</strong>wich. T<br />
that we generally attend to c<br />
Rosch (1978) <strong>and</strong> other h<br />
gui tie <strong>and</strong> cognitive term . li<br />
we notice <strong>and</strong> can easily dií<br />
tie level, the names for basi<br />
one morpheme rather than<br />
of the recognized propertie<br />
table 6.1.
e/able grain<br />
. So, we can say<br />
that the category<br />
breviate this with<br />
101always points<br />
word may have<br />
on the next level<br />
aid to be transi-<br />
:xample, cheddar<br />
ddar is a type of<br />
:not all 'type-of"<br />
p<br />
m from the fact<br />
ne. The relation<br />
included in the<br />
Ind opening <strong>and</strong><br />
uticular kind of<br />
2b) i not proper<br />
trinking vesseI -<br />
drinking ve el.<br />
rxonymy ( ince<br />
a e in (12b) can<br />
rather than 'is a<br />
" there are other<br />
hyponymy. A<br />
r to aya queen<br />
of monarch). In<br />
ny in which we<br />
relation, while<br />
ica! hyponym ,<br />
<strong>lexical</strong> <strong>and</strong> <strong>semantie</strong> <strong>relations</strong> I 15<br />
ince they are reliably transitive <strong>and</strong> are easiest lo de eribe in the terms 'X<br />
is a type of Y. '<br />
Puzzle 6-2<br />
The inclu ion/taxonym relation is asymmetrical <strong>and</strong> transitive. Reconsider<br />
ynonymy in light of the e terms. Is ynonymy symmetrical or a ymmetrical?<br />
Tran itive or intransitive? Is your an wef the same for perfect ynonym <strong>and</strong><br />
near- ynonym ?<br />
Folk vs. scientific taxonomies <strong>and</strong> the basie level<br />
An important thing to notice about taxonomies is that the level are not equally<br />
valuable to u on an everyday basis. Dairy product i somewhat artificial as a<br />
hyperonym for cheese. In everyday language we would probably ay that cheese<br />
is a type of food, but in the language of supermarket manager, dairy product<br />
i a much-need ed lexeme that allow. for a contra t between the category that<br />
chee e belong to <strong>and</strong> the one that potatoes belong to. The everyday kind of<br />
taxonomy that goe traight from cheese to food is called a folk taxonomy,<br />
while in more speeialist context, we might need more elaborate taxonornies<br />
with more fine-grained level of cIas ification. For instance, in everyday ituations,<br />
we are happy to ay a dog is a type of animal, but a zoologi t might<br />
need to specify dog < canine < mammal < vertebrate < animal. o matter<br />
how many levels a laxonomy has, though, the same principie generally<br />
apply.<br />
Even among the smaller number of level in folk taxonomy one level i more<br />
alient - i.e. more readily used <strong>and</strong> noticed - than the others. Sticking with the<br />
cheese example, notice that if you make a s<strong>and</strong>wich out of cheddar, you are likely<br />
to cali it a cheese <strong>and</strong>wicli rather than a cheddar s<strong>and</strong>wich. lf you saw a picture<br />
of cheddar, you would probably say it wa a picture of cheese. Even though you<br />
have more pecific information about the nature of the ehee e. you are likely to<br />
cali it cheese rather than cheddar in many situations. We would not u e more<br />
general name in the e ituations either; you would not ay CI food s<strong>and</strong>wich or<br />
Q dairy-product s<strong>and</strong>wich. There i a level between too peeifie <strong>and</strong> too general<br />
that we generally attend to, called the basie level.<br />
Ro ch (1978) <strong>and</strong> other have noted that the basie level is pecial, both in linguistic<br />
<strong>and</strong> cognitive terms. In cognitive term ,the ba ie level i the level at whieh<br />
we notice <strong>and</strong> can ea ily differentiate between type of thing. At the lingui -<br />
tic level, the name for basie level items tend to be more ba ic them elves -<br />
one morpheme rather than more - <strong>and</strong> are the term we learn fir t. Some<br />
of the recognized properties of basie level item /term are ummarized in<br />
table 6.1.
116 LEXICAL MEANING<br />
Table 6.1 Properties of the basic-level category CHEESE <strong>and</strong> the basic-Ievel<br />
word cheese<br />
TypicaI properties of basíc-level categories<br />
Similarity of food (superordinate): different shapes<br />
shape cheeses (ba ic level): similar hapes<br />
cheddar ( ubordinate): shape that are indistinguishable from<br />
one another<br />
Similarity of<br />
motor<br />
movements<br />
food: meat, cheese, ice cream, nut (erc.) are prepared <strong>and</strong> eaten<br />
with different motions<br />
cheeses: prepared <strong>and</strong> eaten with similar motions<br />
cheddar : prepared <strong>and</strong> eaten with identical motions<br />
Typical properties of basic-level words<br />
Most frequently food: used when referring to mixed collections of food (e.g. the<br />
used contents of a grocery bag), but rarely used to refer to cheese<br />
speei fieally<br />
cheese: oeeurs about 5 times per million words in English<br />
cheddar: oecurs less than 1 time per mill ion words in English<br />
(Dahl 1979)<br />
Most readily<br />
used<br />
Morphologieally<br />
simple<br />
Earliest learned<br />
If shown a pieture of some cheddar, most people say it's cheese,<br />
rather than iťs food or it's cheddar.<br />
superordinate: dairy product = 2 morphemes<br />
basie-level: cheese = I<br />
subordinate: we of ten use eompounds like cheddar cheese<br />
(2 morpheme ) or goat's chee e (3 morphemes)<br />
Children learn to name cheese before hyperonyrns jbozŕ or dairy<br />
product or hyponym cheddar.feta, etc.<br />
Thus we can conclude that while we describe things at many different taxonornic<br />
levels, alllevels are not created equal. The basie levej is perceptually more<br />
salient, <strong>and</strong> therefore the most unmarked (i.e. morphologically implest <strong>and</strong> mo t<br />
broad ly used) level, lingui tically speaking.<br />
Hyponymy <strong>and</strong> word classes<br />
So far, all of our examples of hyponymy have been nou ns, <strong>and</strong> this is typical<br />
in discussions of hyponymy, raising the question of whether inclusion <strong>relations</strong><br />
exist in other word cias es. Certainly, it i more natural to u e noun in X is a<br />
type of Y statements, a shown in (13).<br />
(13) a.<br />
b.<br />
c.<br />
Cheddar is a type of cheese. [nouns]<br />
? To march is a type of to walk. [verbs]<br />
? Nauseated is a type of iiI. [adjectives)<br />
Cru e (1986) propo e that<br />
Xing is a way of Ying insn<br />
copular ("linkjng") verb be<br />
(14) a.<br />
b.<br />
Marching i a wa<br />
Being nau eated<br />
But while we can identif<br />
taxonornies do not tend to<br />
example, it is hard to thin<br />
inc1usion chain marching <<br />
a hyperonym for ili could b<br />
state of health, but notice I<br />
paradigmatic relation to ili<br />
cross word-class boundarie<br />
type of incJusion relation<br />
Is hyponymy éI<br />
While incJusion <strong>relations</strong> ar<br />
tics, it is not clear that ucl<br />
say that the relation betwee<br />
of the relation between com<br />
word s are in a hyponym re<br />
related by inclusion relatio<br />
meaning is only part of the<br />
ub titutable) synonyms ut<br />
<strong>and</strong> dialect as well a deno<br />
to the e non-denotational ii<br />
even though kitty <strong>and</strong> anii<br />
cat is a type of animal JUI<br />
pronouncement of X being<br />
something called kitty is jl<br />
thi rea on, it can be said<br />
both a semantic (i.e. denot<br />
since it involves similarity I<br />
hyponymy is just a semanti<br />
6.2.4 Incompatibilit<br />
The relation di<br />
lapping categories. Incom<br />
can not denote the same thi<br />
patible, a there are no fíov<br />
link flower <strong>and</strong> equatiom<br />
that constitute semantic par
le basic-level<br />
guishable from<br />
.epared <strong>and</strong> eaten<br />
of food (e.g. the<br />
) refer to cheese<br />
.in English<br />
ord in English<br />
le say it 's cheese,<br />
idar cheese<br />
les)<br />
rmsfood or dairy<br />
y different taxoereeptually<br />
more<br />
imple t <strong>and</strong> most<br />
Id thi i typical<br />
eiu ion <strong>relations</strong><br />
: noun in X is a<br />
Lexical <strong>and</strong> <strong>semantie</strong> <strong>relations</strong> 117<br />
Cruse (1986) proposes that we test for hyponymy in verbs using the test sentence<br />
Xing is a way of Ying instead. We could extend thi to adjectives by using the<br />
copular ("linking") verb being, as in (14b).<br />
(14) a. Marching is a way of walking.<br />
b. Being nauseated is a way of being ill.<br />
But while we can identify hyponyrn <strong>relations</strong> for verbs <strong>and</strong> adjective , their<br />
taxonornie do not tend to have as many level as noun taxonomies have. For<br />
example, it is hard to think of more verbs that could go on either end of the<br />
inelusion chain marching < walking < moving <strong>and</strong> even harder to think of what<br />
a hyperonyrn for iII could be. You might sugge t that it would be something like<br />
state of health, but notice that state of health is a noun phrase, so not really in<br />
paradigrnatic relation to iII. Lyon (1977) refers to <strong>relations</strong> like these, which<br />
cross word-class boundaries, as quasi-hyponymy. In chapter 10 we look at other<br />
types of inclusion <strong>relations</strong> for verbs.<br />
Is hyponymy a <strong>lexical</strong> relation?<br />
While inelu ion <strong>relations</strong> are definitely relevant to the discussion of <strong>lexical</strong> semantics,<br />
it i not clear that such <strong>relations</strong> are specifieally <strong>lexical</strong> in nature. This is to<br />
say that the relation between the word s cheese <strong>and</strong> cheddar i a direct reflection<br />
of the relation between concepts (<strong>and</strong> the objeets) CHE ESE <strong>and</strong> CH EDDA R. The<br />
words are in a hyponym relation imply because the things that they denote are<br />
related by inclu ion <strong>relations</strong>. Cornpare thi to ynonyrny, for which denotative<br />
meaning i only part of the story - we noted that word are not "good' (i.e. fully<br />
ubstitutable) synonyrn unless they rnatch on is ue like con notation, register,<br />
<strong>and</strong> dialect as well as denotative meaning. Hyponyrn relation are le s sensitive<br />
to these non-denotational is ue . It i true to ay that a kitty is a type of animal,<br />
even though kitty <strong>and</strong> animal differ in register. We might prefer to ay that a<br />
cat is a type of animal, ju t because it is odd to u e a non-st<strong>and</strong>ard word in a<br />
pronouncernent of X being a type of Y, but that doe not change the fact that<br />
something cali ed ki/ty is just as much an animal as sornething cali ed cat. For<br />
this rea on, it can be said that synonymy (<strong>and</strong>, as we shall see, antonyrny) is<br />
both a semantic (i.e, denotational en se) relation <strong>and</strong> a <strong>lexical</strong> (word) relation,<br />
sinee it involve imilarity on both denotational <strong>and</strong> non-denotational levels, but<br />
hyponymy is just a ernantic relation.<br />
6.2.4 Incompatibility, antonymy, <strong>and</strong> contrast<br />
The <strong>relations</strong> di eu sed so far hold between words that denote overlapping<br />
categorie . Incompatibility is the logical relation between words that<br />
cannot denote the same thing. So, for example, fiower <strong>and</strong> equation are incompatible,<br />
as there are no flowers that are al o equation - in fact, there is little that<br />
links flowers <strong>and</strong> equations. More interesting to us are cases of incornpatibility<br />
that con titute sernantic paradigrns. Of these, the most di cussed iantonymy, the
118<br />
person<br />
adult ~ child<br />
mÔoman bo/"iirl<br />
Figure 6.2 Age/sex taxonomy for person categories<br />
relation of oppo itenes which hold between pair of word , uch a black/white,<br />
old/young, <strong>and</strong> down/up. (We use a la h "I " to ignal incompatibility.) When<br />
the paradigm involve more than two words, it i called a contrast set or a set<br />
of co-hyponyms - that is, words that have the same hyperonym. We pay more<br />
attention here to antonymy, since it ha particularly interesting properties.<br />
Binarity<br />
Antonymy i the only relation that is particularly binary- i.e. it holds between<br />
pairs of words. Any word sense can have more than one synonym (e.g. fur;e =<br />
gorse = whirú or hyponym (cheese> t cheddarígruyeretfeta, etc.l), but we tend<br />
to think of word a having only one antonym in any particular en e. In orne<br />
cases, this is becau e there are only two co-hyponym in a et, <strong>and</strong> o by default<br />
the contrast set is a pair. This is the ca e in the taxonomy in figure 6.2. In this<br />
case, adult/child, man/woman, <strong>and</strong> boy/girl can be con idered to be antonym pair<br />
becau e they are contrast ets of two. Pair of antonym can also ari e through<br />
morphological derivation. Engli h for example, ha several negating prefixes<br />
that can be used to create antonym, uch a asymmetrical, infrequent, unhappy,<br />
non-partisan, <strong>and</strong> dissatisfied.<br />
In addition to these kind of "natural' binarity, antonyrn pairs ari e in ca e in<br />
which a larger contra t et exi t . For instance black/white belong to the larger et<br />
of achrornatic colors black/grey/white, <strong>and</strong> happy/sad al o contrast with ang ry,<br />
afraid, <strong>and</strong> surprised. Nevertheles , we oppo e black/white <strong>and</strong> happy/sad a<br />
if there were no other possibilitie . It seern that when people want to contra t<br />
things, they like to have ju t one other item to contra t it with. Thi raise the<br />
que tion of why we consider black the oppo ite of white instead of gre)', <strong>and</strong> why<br />
sad is the oppo ite of happy rather than ang ry. You rnight an wer that black is<br />
the opposite of white because it i more different from white than grey i , but that<br />
an wer doe not work o well for the happy/sad/ang ry problem since sad <strong>and</strong><br />
angry are both very different from happy.<br />
Minimal difference<br />
The solution, on the contrary, is not how different the word are but how similar<br />
they are. For instance, hot/cold make a better antonym pair than hot/cool becau e<br />
the senses of hot <strong>and</strong> cold are more irnilar to each other than the en e of hot<br />
<strong>and</strong> coal are. Antonymy i a relation between two lexerne that hare all relevant<br />
properties except for one that causes them to be incompatible. Thi is to ay that<br />
the rneanings of antonym<br />
thi definition better than h<br />
are both perception of ter<br />
scale. They are different i<br />
cale. HOl <strong>and</strong> coal are bo<br />
temperature scale they are<br />
componential analy i in C<br />
than hot <strong>and</strong> cold are.<br />
(15) hol<br />
+ ternperature<br />
+ high<br />
[<br />
+ extreme<br />
Sirnilarly, white <strong>and</strong> black a<br />
extrernes in the range of a<<br />
op po ite extremitie of the<br />
white <strong>and</strong> black <strong>and</strong> not a<br />
contrasts with sad <strong>and</strong> ang/<br />
in cornmon with sad, ince<br />
with reversed facial expres<br />
the e facial expression an<br />
each other, they are imila<br />
which are much more diffe<br />
minimal difference allow<br />
when two member within I<br />
than to other member of th<br />
Types of antor<br />
There are several subtype I<br />
Contra ry antonym are<br />
a ertion of one entail the I<br />
entail the assertion of the Ol<br />
(16) a.<br />
b.<br />
Glady i tall. ~<br />
Gordon i not tall<br />
Not tall doe not entail shor,<br />
that a thing or per on could t<br />
in that they describe the t\<br />
CA more sophi ticated ven<br />
adjectives in chapter II.) E<br />
be measured (e.g. l centim<br />
of the cale include shon a<br />
mea urements that are neith
s black/white,<br />
.bility.) When<br />
st set or a set<br />
We pay more<br />
perties.<br />
iold between<br />
I (e.g./Llrze =<br />
), but we tend<br />
ense. In some<br />
loby default<br />
re 6.2. In this<br />
antonym pairs<br />
arise through<br />
ating prefi xes<br />
ent, unhappy,<br />
ise in cases in<br />
) the larger set<br />
t with angry,<br />
happy/sad as<br />
mt to contrast<br />
:hi raises the<br />
gre)', <strong>and</strong> why<br />
r that black is<br />
re)' i , but that<br />
since sad <strong>and</strong><br />
ut how similar<br />
t/cool because<br />
; en es of hot<br />
rre all relevant<br />
s i to say that<br />
Lexical <strong>and</strong> semantic <strong>relations</strong> 119<br />
the meanings of antonyms are minimally different (Clark 1970). Hotlcold fits<br />
this definition better than hot/cool, since hot <strong>and</strong> cold have in cornrnon that they<br />
are both perception of temperature, <strong>and</strong> both are extremes on the temperature<br />
scale. They are different in that they are on oppo ite ends of the temperature<br />
scale. Hot <strong>and</strong> cool are both temperatures, but differ in both which side of the<br />
temperarure cale they are on <strong>and</strong> whether or not they are extreme. A the basie<br />
componential analysi in (IS) how, hot <strong>and</strong> cool are less similar to each other<br />
than hot <strong>and</strong> cold are.<br />
(15) hot cold cool<br />
+ temperature]<br />
+ high<br />
[<br />
+ extreme<br />
+ temperature]<br />
- high<br />
[<br />
+ extreme<br />
+ temperature]<br />
- high<br />
[<br />
- extreme<br />
Similarly, white <strong>and</strong> black are antonyms because they are alike in that they denote<br />
extremes in the range of achromatic colors, but different in that they are at the<br />
opposite extremities of the color range, while grey is both a different color from<br />
white <strong>and</strong> black <strong>and</strong> not at an extreme point on the scale. And while happy<br />
contrasts with sad <strong>and</strong> angry <strong>and</strong> surprised <strong>and</strong> afraid, it seems to have the most<br />
in cornmon with sad, since (arnong other reasons) happy <strong>and</strong> sad reftect states<br />
with reversed facial expressions (smile/frown) <strong>and</strong> postu res (up/down). While<br />
these facial exp re ion <strong>and</strong> postures are different, since they are reversals of<br />
each other, they are similar (as opposed to expressions of anger <strong>and</strong> surprise,<br />
which are much more different expressions). In all these cases the principIe of<br />
rninimal difference allows for binary antonym pairs within a larger contrast set<br />
when two members within the et are perceived to be more similar to one another<br />
than to other members of the set.<br />
Types of antonyms<br />
There are several subtypes of antonyrn relation:<br />
Contrary antonyms are th ose, like short/tall <strong>and</strong> old/young, in which the<br />
assertion of one entails the negation of the other, but the negation of one does not<br />
entail the as ertion of the other. as illustrated in (16):<br />
(16) a. Gladys is tall. ~ Gladys is not short.<br />
b. Gordon is not tall. -+> Gordon is short.<br />
Not talf does not entaiI short because tall <strong>and</strong> short do not describe all the heights<br />
that a thing or person could be. We can say that these contraryantonym are seaIar<br />
in that they describe the two extremes of a cale, as illustrated in figure 6.3.<br />
(A more ophisticated ver ion of thi cale is presented in the di cussion of<br />
adjectives in chapter ll.) Each point on the line designates a height, which can<br />
be measured (e.g, l centimeter, 2 cm, 3 cm, ... ). The left <strong>and</strong> right extremes<br />
of the scale include short <strong>and</strong> tall height , but the middle area includes height<br />
mea urements that are neither tall nor short. So, Gordon is not tall does not entaii
120 LEXICAL MEA I G<br />
not tall<br />
----------~--------~<br />
~ _ ~<br />
short tall<br />
Figure 6.3 Height scale (preliminary version)<br />
Gordon is short becau e he could have an unremarkable height in lead. Thu tall<br />
<strong>and</strong> short con titute a contrary pair. Some author (e.g. Lyon 1977, Cru e 1986)<br />
re erve the name antonym for preci ely thi type of scalar (or gradable) contrary<br />
relation.<br />
Cornplementary (alo cali ed contradictory) antonym are tho e for which<br />
the assertion of one entails the negation of the other <strong>and</strong> vice versa, a in (17).<br />
(17) a.<br />
b.<br />
That integer i even. ~ That integer i not odd.<br />
That integer is not odd. ~ That integer i even.<br />
In other word, the en e of complementary antonym completely bi ect some<br />
domain: every integer is either odd or even; there is no midd1e ground.<br />
ot all adjectival antonyms fit o nicely into the e categories. So-called gradable<br />
complementaries, like dishonest/honest, lie between complementarity <strong>and</strong><br />
contrariety. They seem to contradict each other (X is not honest entaii X is<br />
dishonest, <strong>and</strong> vice versa), but a middle ground seem to exi t, ince we can<br />
a sert that ome person is neither honest nor dishonest. Even cla ic examples<br />
of complementarity, like dead/alive, sometimes take on gradable qualitie (e.g.<br />
he 's more dead than alive).<br />
Cont.rariety <strong>and</strong> complementarity are of ten discussed with reference to adjectives<br />
( ee also chapter ll), although we can find contrary <strong>and</strong> complementary<br />
antonym in other part of speech. For example, Love/hale (noun or verb) are<br />
contrarie ,wherea the verb stay/go are in a complementary relation.<br />
Converse antonym describe the same relation or activity from different perspectives,<br />
<strong>and</strong> follow pattern like: if X i p to Y, then Y i q to X. Sometime<br />
one need to make adju tments to thi te t pattern in order to form a grarnrnatical<br />
sentence, a the examples in (18) how. For example ince Bill (X) i a parent<br />
(P) to Madeline (Y), Madeline (Y) i a child (q) of Bill' (X). In other word,<br />
Bill <strong>and</strong> Madeline have. a <strong>relations</strong>hip, <strong>and</strong> Bilľs position in the <strong>relations</strong>hip is<br />
parent, <strong>and</strong> Madeline' i child.<br />
(18) a.<br />
b.<br />
c.<br />
Bill i Madeline's parent. ~ Madeline is Bilľs child.<br />
John gives to Oxfam. ~ Oxfam receives from John.<br />
Scotl<strong>and</strong> i above Engl<strong>and</strong>. ~ Engl<strong>and</strong> is below Scotl<strong>and</strong>.<br />
Reversíve oppo ite involve the undoing of some action: tie/untie, con truction/demolition.<br />
Conver e <strong>and</strong> rever ive antonym can be collected, along with<br />
other mi cellaneou example (e.g. come/go), in a general category of directional<br />
antonyms.<br />
Some word pairs that an<br />
categorie . For example, le<br />
but they are not different p<br />
that typically co-occur. (1<br />
semantics to the tudents<br />
Other pairs of word that<br />
minirnally different (they a<br />
in being alcoholic/non-alo<br />
the e to be proper antonyn<br />
entailment relation like c<br />
Some of these types of al<br />
ness are nece sarily binary<br />
or a relation with two per p<br />
more generally in larger cr<br />
ha to be adapted to allow<br />
(19):<br />
(19) a.<br />
b.<br />
That ace i a clul<br />
That ace i not a<br />
Determine whether the follo<br />
converse, or no ne of these. E<br />
a. fast/slow<br />
b. student/teacher<br />
c. clean/dirty<br />
d. female/male<br />
e. [eminine/masculu<br />
Is antonymy a<br />
Finally, there i the que ti<br />
emantic relation or al o a I<br />
of the word are relevant la<br />
to be particularly <strong>lexical</strong>, Il<br />
hould not make much diff<br />
But a k anyone what the or<br />
intuition is backed up by th<br />
but large <strong>and</strong> Little do not (<br />
for in tance, dead/alive ee<br />
seems "better" than rise/des.<br />
ju t meaning may come intr
stead. Thus tall<br />
17,Cruse 1986)<br />
dable) contrary<br />
ho e for which<br />
W, a in (17).<br />
ely bisect some<br />
ound.<br />
So-calied gradlementarity<br />
<strong>and</strong><br />
est entails X is<br />
t, since we can<br />
las ic examples<br />
e qualities (e.g.<br />
erence to adjeccomplementary<br />
un or verb) are<br />
ation.<br />
m different per-<br />
~X. Sometimes<br />
] a granunatical<br />
(X) is a parent<br />
In other words,<br />
! <strong>relations</strong>hip is<br />
untie, construc-<br />
.ted, along wi th<br />
y of directional<br />
Lexical <strong>and</strong> <strong>semantie</strong> <strong>relations</strong> 121<br />
Some word pair that are commonly considered opposites do not fit the above<br />
categories. For example, learn/teach seem to go together in a conver e-like way,<br />
but they are not different perspectives on the same action, but rather two actions<br />
that typically co-occur. (They certainly do not alway co-occur. Lynne taught<br />
semantics to the students does not entaii that the students leamed anything!)<br />
Other pairs of words that go together, such as gin/tonic can be argued to be<br />
minimally different (they are imilar in being part of the same drink, but different<br />
in being alcoholic/non-alcoholic). However, many semanticists do not consider<br />
these to be pro per antonyms SLnce they can not be described in terms of logical<br />
entailment <strong>relations</strong> like complementary, contrary, <strong>and</strong> converse <strong>relations</strong> can.<br />
Some of these types of antonyrny, including gradable contrariety <strong>and</strong> converseness,<br />
are nece arily binary relation , a they require either a cale with two ends<br />
or a relation with two perspectives. The notion of complementarity can be applied<br />
more generally in larger co-hyponym sets, though the test for complementarity<br />
has to be adapted to allow for more than one complementary possibility, a in<br />
(19):<br />
(19) a. That aee is a club. ---7 That aee is not a heart or a diamond or a spade.<br />
b. That aee is not a club. ---7 That aee is a heart or a diamond or a spade.<br />
Puzzle 6-3<br />
Determine whether the following antonym pairs are eomplementary, contrary,<br />
conver e, or none of these. Briefíy explain your answers.<br />
a. fast/slow<br />
b. student/teacher<br />
c. cleanldirty<br />
d. female!male<br />
e. feminine/masculine<br />
Is antonymy a <strong>lexical</strong> relation?<br />
Finally, there is the question of whether antonymy, like hyponymy is just a<br />
seman tie relation or al o a <strong>lexical</strong> relation, in which non-denotational properties<br />
of the words are relevant to the relation as well. Some opposite pairings do seem<br />
to be particularly <strong>lexical</strong>. If it were ju t the meaning that were relevant, then it<br />
hould not make much difference whether big or large i the antonym of little.<br />
But a k anyone what the opposite of little is, <strong>and</strong> they will tell you iť big. Thi<br />
intuition i backed up by the fact that big <strong>and</strong> little occur together of ten in texts,<br />
but large <strong>and</strong> little do not (Muehleisen ] 997). There are many similar examples;<br />
for instance, dead/alive seems "better" than deceased/alive <strong>and</strong> ascend/descend<br />
seems "better" than rise/descend. Since antonyms come in pairs, factors other than<br />
just meaning may come into play in determining the "be t" antonym for a word,
122 LEXICAL MEA ING<br />
for instance morphological or phonological sirnilarity (as for ascend/descenďy<br />
<strong>and</strong> register (deceased/alive).<br />
Because antonyms frequently co-occur in peech <strong>and</strong> wri ting, it is likely that we<br />
learn antonym pairs like big/little <strong>and</strong> large/small <strong>and</strong> these get reinforced to the<br />
extent that we prefer them to other possible oppo ites like large/little. In this case,<br />
we are not just relying on our knowledge of the words' meanings to recognize<br />
their oppositene s; we are also relying on our knowledge of which word go<br />
together in language use. Some lexicologi ts use the term opposite to refer to the<br />
semantic relation <strong>and</strong> an tonym pecifically for oppo ite that are al o <strong>lexical</strong>ly<br />
related. We are les likely to learn co-hyponyrn <strong>relations</strong> as <strong>lexical</strong> <strong>relations</strong>. Since<br />
whole large contrast sets do not co-occur in di course as often a opposite pairs<br />
do, there is less opportunity to learn them as et of related word. For instance,<br />
if l try to name the whole range of emotions, I get as far as happy/sad/ang ry, but<br />
then am less sure about which other items go on that list. (Which hould lincJude:<br />
afraid or [righteneďl Is surprised in thi contra t set?) However, some cases exi t,<br />
like the playing card suit <strong>and</strong> scientific contrast sets, uch as solid/liquid/gas <strong>and</strong><br />
the prismatic colors, red/orange/yellow/green/blue/indigo/violet.<br />
Further evidence that some opposites are also in a <strong>lexical</strong> antonym <strong>relations</strong>hip<br />
cornes from psycholinguistic experirnents. Pairs like high/low, happy/sad, <strong>and</strong><br />
black/white prime each other (§ 1.4.4), so that if you had just read happy, you<br />
would recognize the word sad much quicker than if you had not read happy.<br />
The same kind of test can show that a semantically opposite, but not <strong>lexical</strong>ly<br />
antonymous, word like depressed would not be recognized as fast as sad (Becker<br />
1980). People are also quicker <strong>and</strong> more con i tent in noticing the opposition<br />
between pairs like happy/sad than happy/depressed (Charles et al. 1994). Thi<br />
argues for a lexicological theory that repre ents the opposition of happy/sad in a<br />
more accessible way than happy/depressed, who e opposition we have to figure<br />
out on emantic grounds (see §6.3 below).<br />
6.2.5 Other paradigmatic <strong>relations</strong><br />
Synonymy, hyponymy, <strong>and</strong> antonymy/contrast are the most important<br />
<strong>relations</strong> for semantic theories, but they are not the only paradigmatic sernantic<br />
<strong>relations</strong> among words. We could name many more, like the relation between<br />
agents <strong>and</strong> the fields they work in (teacher-education, actor-theatrei, organizations<br />
<strong>and</strong> their heads (team-captain; club-president, committee-chairi, or the<br />
<strong>relations</strong> between animals <strong>and</strong> the sounds they make (cow-moo, cat-meow, pigoink).<br />
Since these <strong>relations</strong> apply to relatively narrow ranges of vocabulary <strong>and</strong><br />
have fewer logical implications, linguists have not bothered to give them -onym<br />
names.<br />
An additional relation that has been named i the part-whole or 'has-a' relation,<br />
meronymy. Like inclusion, this is an asymmetrical relation, so we say that<br />
finger is a meronym of h<strong>and</strong> <strong>and</strong> h<strong>and</strong> is the holonym of finger. Also like<br />
hyponyrny, meronymy does not rely on the <strong>lexical</strong> forrns of the words - it is a<br />
direct reflex of the mea<br />
be identified, such as ,<br />
component (car> eng<br />
substanee (pipe> copp<br />
<strong>lexical</strong>/sernantic organi:<br />
meronyms <strong>and</strong> holonyn<br />
<strong>and</strong> their hyperonym . ~<br />
the same part-name of<br />
i always a part-name, b<br />
doors, jugs, suitca e .ai<br />
meronym relation can<br />
or as consistent a the o<br />
6.2.6 Summary<br />
Table 6.2 u<br />
Table 6.2 Properties of<br />
Syn<br />
semantic relation ml!<br />
binary X<br />
syrnrnetrical J<br />
transitive J<br />
<strong>lexical</strong> relation J<br />
6.3 Two appr<br />
Different cl<br />
emantic <strong>relations</strong> in th<br />
whether the theory viev<br />
like a thesaurus. Dictio<br />
componentially represei<br />
introduced in chapters 3<br />
Generative Lexicon the<br />
represented in the lexic<br />
an tonym of hoť) becau<br />
ponential semantic repn<br />
hold that semantic relatí<br />
senses) are linked to one<br />
antonym , <strong>and</strong> hyponyn<br />
tradition of Structurali I
d/descend)<br />
ely that we<br />
erced to the<br />
ln thi case,<br />
) recognize<br />
l word go<br />
refer to the<br />
;0 lexicaJly<br />
ion. Since<br />
po ite pair<br />
)r in tance,<br />
Vangry but<br />
dl include:<br />
ca es exist,<br />
uid/gas <strong>and</strong><br />
elation hip<br />
ry/sad, <strong>and</strong><br />
happy, you<br />
ead happy.<br />
ot <strong>lexical</strong>ly<br />
ad (Becker<br />
oppo ition<br />
1994). This<br />
'Py/sad in a<br />
ve to figure<br />
t important<br />
c emantic<br />
)fi between<br />
'e), organiair),<br />
or the<br />
neow.pigibulary<br />
<strong>and</strong><br />
bem -onym<br />
.a' relation,<br />
le say that<br />
,Alo like<br />
'ds - it is a<br />
Lexical <strong>and</strong> <strong>semantie</strong> <strong>relations</strong> 123<br />
direct reflex of the meaning of the words. Different ubtype of meronymy can<br />
be identified, such as whole> segment (month> day), whole> functional<br />
component (car> engine), collection> member (pride> lions, <strong>and</strong> whole><br />
substance (pipe> copper). Meronymy is generally not thought to be a central to<br />
<strong>lexical</strong>l emantic organization as the other -onym <strong>relations</strong>. The relation between<br />
meronyms <strong>and</strong> holonym i not a nece ary a the relation between hyponyms<br />
<strong>and</strong> their hyperonym . Many part are optional (a wingle bird is till a bird) <strong>and</strong><br />
the ame part-name of ten apply to many different whole - for instance, h<strong>and</strong>le<br />
is alway a part-name, but i not the part of any one particular kind of thing ince<br />
door ,jug, uitca es, <strong>and</strong> hammer all have (very different) h<strong>and</strong>les. Thu ,while<br />
meronym relation can be helpful in defining word, they are not a widespread<br />
or as con istent a the other 'onym <strong>relations</strong>.<br />
6.2.6 Summary<br />
Table 6.2 summarize the facts about the relation discussed above.<br />
Table 6.2 Properties of paradigmatic <strong>relations</strong><br />
Synonym Hyponym Antonym Co-hyponym Meronym<br />
semantic relation imilarity inclu ion oppo ition contra t part/whole<br />
binary X X J X X<br />
syrnmetrical J X J v' X<br />
transitive v' v' (taxonyrn) not applicable v' sometimes<br />
<strong>lexical</strong> relation v' X often sometime X<br />
6.3 Two approaches to <strong>relations</strong> <strong>and</strong> the lexicon<br />
Different chool of thought exi t regarding the role of paradigmatic<br />
semantic <strong>relations</strong> in the mental lexicon. These can be classified according to<br />
whether the theory views the men tal lexicon a more like a dictionary or more<br />
like a the auru . Dictionary approaches hold that the meaning of words are<br />
componentially repre ented in the mind - o the e include the main approache<br />
introduced in chapter 3 <strong>and</strong> 4 (e.g. Katz <strong>and</strong> Fodor 1963, Conceptual Semantic ,<br />
Generative Lexicon theory). In thi ca e, emantic relation do not need to be<br />
repre ented in the lexicon (i.e. nothing in the lexicon need to ay cold i the<br />
antonym of hot') becau e tho e relation are derivable from the word ' componential<br />
emantic repre entations. Thesaurus approaches, on the other h<strong>and</strong>,<br />
hold that semantic <strong>relations</strong> are represented in the lexicon, In thi ca e word (or<br />
enses) are linked to one another in order to indicate which words are synonyms,<br />
antonyms, <strong>and</strong> hyponyms of which other word . These mostly derive from the<br />
tradition of Structurali m that begin with Ferdin<strong>and</strong> de Sau ure (1959/1915).
124 LEXICAL MEANI G<br />
The mo t extreme the aurus- tyle approache hold that there are no definition for<br />
word in the lexicon, as the mean ing of a word can be derived from "the company<br />
it keeps" - i.e. which other word it is linked to. The following sub ection exemplify<br />
the e po itions in turn, though it mu t be pointed out that many lexicologi t<br />
take a middle ground, expecting that both definitional (dictionary) <strong>and</strong> relational<br />
(the aurus) information i needed for a complete emantic repre entation of a<br />
lexeme.<br />
6.3.1 Lexicon as dictionary<br />
In chapter3 we di eu ed the lexicon-a -dictionary metaphor in term<br />
of how componential theories, like dictionarie , break down the meaning of<br />
lexeme into smaller parts. This mean that the information needed for predicting<br />
synonym, hyponym or antonym relation among word i available in their<br />
componential definition . Thus mo t componential theo ri ts take the view that<br />
the <strong>relations</strong> themselves do not need to be explicitly mentioned in the words'<br />
<strong>lexical</strong> entrie. In other word, these theori t think that arepre entation like that<br />
in (20) is ufficient, so that the additional information in (21) is not nece sary.<br />
(20) man [HUMA, ADULT, MALE]<br />
(21) man HUMA, ADULT, MALE<br />
SEX ANTONYM = woman<br />
AGE A TONYM = boy<br />
E R- Y O YM = gentleman, guy, chap.fetlow<br />
HYPONYM (MARITAL TAT ) = bachelor<br />
HYI'ONYM (JOB) = {fireman, postman, h<strong>and</strong>yman ... }<br />
Approache that do not include the relational information in (21) require<br />
another mean of determining which lexeme are ynonyms, antonyms, <strong>and</strong><br />
hyponyms. This i done by pecifying rule that determine these relation, uch<br />
a tho e in (22):<br />
(22) a.<br />
b.<br />
c.<br />
X <strong>and</strong> Y are synonym iff [i.e, 'ir <strong>and</strong> only ir'] thcy hare all the same components<br />
X <strong>and</strong> Y are an tonym (<strong>and</strong>/or co-hyponyms) iff only one of their componenl di ffer ,<br />
X is the hyponym of Y iff it has all of the arne component a Y plu at lea t one more.<br />
Using the e rules, we can tell that lady (in the sense that denotes 'female<br />
adult ' generally) is a ynonym of woman, man i the oppo ite of woman, <strong>and</strong><br />
fireman i a hyponym of man, a hown in figure 6.4.<br />
Evaluating the dictionary approach<br />
The dictionary approach i attractive becau e it explain why particular word<br />
are related to one another - that is, because they have semantic components<br />
in common. On the other h<strong>and</strong>, becau e it only concem the word' emantic<br />
components, non-denotational propertie (like the ound of a word or it ocial<br />
register) cannot contribute to these relation . So, according to the information<br />
[<br />
sa me componen<br />
-7<br />
flwo<br />
synonyms<br />
lady<br />
HUMA HU<br />
ADULT AD<br />
FEMALE FE<br />
Figure 6.4 eOin<br />
in figure 6.4, lady i a go<br />
classical componential th<br />
<strong>and</strong> not for relation that<br />
There have been attem<br />
non-denotational issue I<br />
matic approach, in whicl<br />
hare all relevant propen<br />
except one. In the case c<br />
i their form, <strong>and</strong> in the (<br />
meaning. The tricky part<br />
relevant or not within a CI<br />
6.3.2 Lexicon as ti<br />
Theorie that<br />
entries (or en se ubentr<br />
to other <strong>lexical</strong> entrie (Ol<br />
high would somehow rep<br />
roots in Structurali t view<br />
thinkers - e.g. Co eriu a<br />
orne computationally in<br />
1996' WordNet, Fellbaun:<br />
forgo componential sen e<br />
words that constrain one I<br />
are in the antonym relatir<br />
end of whatever cale tt<br />
different, but related, to te<br />
Diagrammim<br />
One the aurus-type appn<br />
enne Lehrer (1974). Thi:<br />
in figure 6.5, in which ear<br />
fieJd - an organization of
definitions for<br />
"the company<br />
ections exernr<br />
lexicologiats<br />
<strong>and</strong> relational<br />
sentation of a<br />
rphor in terms<br />
meanings of<br />
for predicting<br />
lable in their<br />
the view that<br />
in the words'<br />
ation like that<br />
t necessary.<br />
(21) require<br />
itonyms, <strong>and</strong><br />
elation , such<br />
the ame component<br />
their components differs<br />
I Y, plus at least one more.<br />
iote 'female<br />
: woman, <strong>and</strong><br />
ticular words<br />
, components<br />
rd ' semantic<br />
1 Oľ it social<br />
~ information<br />
same components<br />
-7 synonyms<br />
ladyftwoman<br />
HUMAN HUMA<br />
[<br />
ADULT ADULT<br />
FEMALE FEMALE<br />
one different<br />
-7 antonyrn<br />
man<br />
HUMAN<br />
ADULT<br />
MALE<br />
Figure 6.4 Componential approach /0 seman/ic <strong>relations</strong><br />
Lexical <strong>and</strong> <strong>semantie</strong> <strong>relations</strong> 125<br />
extra component<br />
-7 hyponym<br />
Ht:~~lQnJ<br />
ADULT<br />
MALE<br />
FIGHTS FJRES<br />
in figure 6.4, lady is as good an antonym for man as woman i . In other words, the<br />
cias ical cornponential theory only accounts for denotational <strong>semantie</strong> <strong>relations</strong>,<br />
<strong>and</strong> not for <strong>relations</strong> that involve other properties that words may have.<br />
There have been attempts to extend the dictionary approach o that it considers<br />
non-denotational issues as well. For exarnple, Murphy (2003) presents a pragmatic<br />
approach in wh.ich words are related if, within a particular context, they<br />
share all relevant propertie - including relevant non-denotational properties -<br />
except one. In the case of ynonymy, the property that the word s do not share<br />
is their form, <strong>and</strong> in the case of antonymy, it is typically an a pect of denotative<br />
meaning. The tricky part about this approach is deciding which properties are<br />
relevant or not within a context. (See Murphy 2003 for discus ion.)<br />
6.3.2 Lexicon as thesaurus ...------------------,<br />
Theories that treat the lexicon as thesaurus-Iike hold that <strong>lexical</strong><br />
entries (or sense subentries within them) are cross-referenced with or linked<br />
to other <strong>lexical</strong> entries (or sense subentrie ). Such models hold that the entry for<br />
high would somehow represent that it antonym is low. The e model have their<br />
roots in Structurali t view of emantic (following on from Saus ure <strong>and</strong> irnilar<br />
thinker - e.g. Co eriu <strong>and</strong> Geckeler 1981), but have also been carried on in<br />
some computationally in pired approache (e.g. Meaning-Text Theory, Mel'čuk<br />
1996; WordNet, Fellbaum 1998b). Some proponents ofthesauru models aim to<br />
forgo componential sense representations altogether in favor of large network of<br />
words that constrain one another's senses. In such models, because high <strong>and</strong> low<br />
are in the antonym relation, they are constrained to always denote the opposite<br />
ends of whatever scale they describe, <strong>and</strong> high will always refer to something<br />
different, but related, to tall, long, <strong>and</strong> big, since they are all types OfSIZE.<br />
Diagramming <strong>relations</strong> among words<br />
One thesaurus-type approach is Semantie Field Theory, promoted by Adrienne<br />
Lehrer (1974). This approach can be illustrated by a box diagram, as<br />
in figure 6.5 in which each word cuts out some "sernantic space" in a semantic<br />
field - an organization of related concepts.
126<br />
l'<br />
z<br />
o<br />
vi<br />
:J<br />
..J<br />
U<br />
~ 11<br />
(l)<br />
X -c<br />
..J<br />
<<br />
u<br />
~<br />
'"><br />
~ HORIZONTAL AXIS = CONTRAST<br />
move<br />
crawl walk run jurnp,<br />
211:::~<br />
...c:<br />
~ 0..0 •.... u<br />
::l •....•...• 0::1<br />
~ t; t: r-<br />
(l) 0::1 ~<br />
jog print hop jump-<br />
Figure 6.5 Field representation for selected verbs of human locomotion<br />
Figure 6.5 give a partial emantic field for English verb ofhuman locomotion,<br />
which hows all the relation that a box diagram can illustrate:<br />
The ub cripted numeral on the two in tances of jump indicate its<br />
poly emy. Jumpi has a general sen e 'to pri ng off the ground,' while<br />
jump-. indicates springing <strong>and</strong> l<strong>and</strong>ing with both feel, a opposed to<br />
one foot, as for hop. Jump, then, i an autohyponym, a poly emou<br />
word that ha a en e that i a hyponym of another of it en e .<br />
The horizontal axis represents contra t: if two lexeme on the ame<br />
level are separated by a line, th y contra t with each other <strong>and</strong>, transitively,<br />
with other word on that line. So, crawl, lValk,jog, run, <strong>and</strong><br />
jump i contrast as co-hyponym of rnove. Note that orne lexemes'<br />
boxes inhabit more than one leve!. Jog, for in tance, i a member<br />
of two co-hyponym et: crawl/walk/jog/run/jumpi <strong>and</strong> jog/sprint<br />
(hyponym of run). In other word ,jog i ometime u ed to contrast<br />
with run (a in 1don 'l run, l just jog) <strong>and</strong> ometime u ed to de cribe a<br />
kind of running (a in When running ; alternate jogging <strong>and</strong> sprinting<br />
for an extra good workouťy.<br />
Viewing the vertical axi from the bottorn up, we ee hyponymy<br />
<strong>relations</strong>. So, march is a hyponym of walk <strong>and</strong> (transitively) of /110\ e.<br />
We've already seen thatjog i a pecial ca e, a it ha either run or<br />
move as its immediate hyperonym.<br />
Synonymy is indicated by two lexemes in the same box - as for stroll<br />
<strong>and</strong> amble. (They may not be perfect synonyrn , but we can pretend<br />
that they are for the sake of thi illu tration.)<br />
Overlap in meaning (partia1 ynonymy) is indicated where there i<br />
shading in tead of a horizontal line between two terrn , like saunter<br />
<strong>and</strong> stroll-amble. Thi mean that orne activitie are definitely saunle<br />
ring or ambling (but not both), but other (in the haded area) could<br />
be called by either name.<br />
Blank areas in box diagram how <strong>lexical</strong> gaps, which are potential<br />
sense that have not been <strong>lexical</strong>ized in a language. In thi diagram,<br />
there i a bOJ<br />
We can de (<br />
bipedal locc<br />
cover thi r<br />
Box diagram are al o l<br />
order to ee difference<br />
Devi e a box diagram fc<br />
red, purple yellow, blue<br />
To le t your diagram:<br />
From the br<br />
of' the abox<br />
A k your e'<br />
contra l wil<br />
Alternative to box<br />
network of en e witl<br />
1998b) or by creating<br />
entries have feature li!<br />
for tho e features are o<br />
Mel 'čuk 1996). These!<br />
"tran lated" into a netv<br />
of the "sernantic pace'<br />
u e of walk (e.g, to del<br />
other u e .<br />
Evaluating<br />
Proponents of the aun<br />
word ha to other at II<br />
no rneaning exist in a<br />
Box diagram how the<br />
out" for individual lexe<br />
at their boundarie .<br />
One type of eviden<br />
i the phenomenon kno<br />
meanings of finger <strong>and</strong><br />
can mean 'any digit of<br />
meaning i blocked whe<br />
my finger, you would r
union<br />
locomotion,<br />
, indicate it<br />
ound,' while<br />
; oppo ed to<br />
polyemou<br />
en e .<br />
on the ame<br />
er <strong>and</strong>, tranog,<br />
run, <strong>and</strong><br />
ne lexernes'<br />
a member<br />
d jog/sprint<br />
d to contra t<br />
to de cribe a<br />
IId sprint ing<br />
: hyponymy<br />
:ly)of move.<br />
.ither run or<br />
. a for stroll<br />
can pretend<br />
iere there i<br />
like aunter<br />
initely saun-<br />
Iarea) could<br />
are potential<br />
hi diagram,<br />
<strong>lexical</strong> <strong>and</strong> <strong>semantie</strong> <strong>relations</strong> 127<br />
there i a box above walk.jog, run, <strong>and</strong>jump that contra t with crawl.<br />
We can describe what that box symbolizes - the category of upright,<br />
bipedal locomotion - but there is no particular English lexeme that<br />
cover this meaning.<br />
Box diagram are also useful for comparing emantic field across language, in<br />
order to ee differences in <strong>lexical</strong>ization.<br />
Puzzle 6-4<br />
Devise a box diagram for the f llowing COLOR words.<br />
red,purple, yellow. bille, cala 1', lavender, scarlet, orange, green, crimson<br />
To test your diagram:<br />
From the bottom up, ask your elf whether the lower word name 'type<br />
of the above color .<br />
A k your elf whether all the color name on any horizontal level<br />
contrast with one another.<br />
Alternatives to box diagram include repre enting emantic <strong>relations</strong> a a<br />
network of sense with line linking related enses (e.g. Word et, Fellbaum<br />
1998b) or by creating attribute-value rnatrice (see §3.2.l) in which <strong>lexical</strong><br />
entries have features like A TO N Y M <strong>and</strong> s Y o Y M <strong>and</strong> the values speci fied<br />
for those features are other lexeme - a done in Meaning- Text Theory (MIT;<br />
Meľčuk 1996). The e are all fairly equivalent (e.g. the AVM in MIT could be<br />
"translated" into a network diagram). The box diagram, however, give a sen e<br />
of the" emantic pace' that the lexemes take up, o one can visualize certain<br />
use of walk (e.g. to denote 'power walking') a clo er to thejog boundary than<br />
other u e .<br />
Evaluating the thesaurus approach<br />
Proponents of thesauru -style <strong>lexical</strong> model hold that the relation that one<br />
word ha to others at lea t part1y determine the word' sen e. In other word,<br />
no meaning exi t in a vacuum, in tead meanings are created through relation .<br />
Box diagram how the e relation within the ernantic field. Space are "car ved<br />
out" for individual lexeme , <strong>and</strong> one can imagine the "ten ion" between word<br />
at their boundarie .<br />
One type of evidence for the idea that <strong>lexical</strong> meaning depend on relation<br />
i the phenomenon known as <strong>lexical</strong> blocking, which can be exemplified by the<br />
meaning of finger <strong>and</strong> thumb, hown in the box diagram in figure 6.6. Finger<br />
can mean 'any digit of the h<strong>and</strong>', as in 1 have ten fingers. But that 'any digiť<br />
meaning i blocked when one refer to a ingle finger. So, if omeone say 1 broke<br />
my finger, you would probably feel mi led if you di covered that the finger in
128 LEXICAL MEANING<br />
finger<br />
(l have ten fingers)<br />
(l broke my finger) thumb<br />
BLO( KING<br />
index pinkie<br />
finger middle ril/g<br />
finger finger little<br />
pointer finger<br />
Figure 6.6 Lexical blocking<br />
question was their thumb. In that case, you would have expected them to say l<br />
broke my thumb. The existence of thumb as a po sible contrast term for finger<br />
bJocks the interpretation of ingular finger to mean 'thurnb. ' Thus we see that the<br />
semantic relation betweenfinger <strong>and</strong> thumb affect how they are interpreted.<br />
While the aurus-style theorists have sometimes taken the extreme view that<br />
<strong>relations</strong> are all that is needed for meaning, no successful model of the lexicon<br />
has been able to rely on <strong>relations</strong> only <strong>and</strong> completely leave out any kind of<br />
definitional rneaning. Figure 6.5 show us that walking <strong>and</strong> jumping are different<br />
kinds of moving, but it does not tell us how to walk or jurnp. Similarly, if you<br />
looked at a box diagram of locomotion term for a language you didn't know, you<br />
would be able to say which were the more general terms <strong>and</strong> which contrasted,<br />
but you probably would not be able to translate the word into Engli h. Thi lack<br />
of definitional information has pro ved difficult for computational model that use<br />
thesaurus-style links among words, Mo t uch model (like WordNet <strong>and</strong> MIT)<br />
include definitions as well as <strong>relations</strong>.<br />
This raise the question: if thesaurus-style models require definition , then<br />
why not just use a dictionary-style model, which has to have definitions anyway<br />
<strong>and</strong> which can account for <strong>relations</strong> by rules (as in (22) above)? The main<br />
argument in fa vor of representing <strong>semantie</strong> <strong>relations</strong> in the lexicon is that not all<br />
sense <strong>relations</strong> are completely predictable. In this ca e, their relation need to be<br />
represented in the lexicon, the repository of unpredictable facts about language.<br />
Recall the examples of antonymy like big/little, but not large/little, which seem<br />
to indicate that words' seman tie properties are not sufficient to determine which<br />
of a range of synonyms will be its antonym. If thaťs the case <strong>and</strong> the e <strong>relations</strong><br />
are arbitrary to orne degree, then they are fact about the language that must<br />
be recorded in the lexicon. Proponents of the dictionary view argue in reply that<br />
if you look closely enough, you can find emantic difference that predict, for<br />
example, that big/little is a better antonym pair than large/little because big <strong>and</strong><br />
little are more minimally different than large <strong>and</strong> little (recalI your solution to<br />
Puzzle 6-1c). But theori t with a thesaurus point-of-view might till reply that<br />
these words have developed slight variations in meaning preci ely in order to<br />
accommodate the existing <strong>relations</strong> between them within their <strong>semantie</strong> field.<br />
6.4 Summary<br />
This chapter i<br />
hyponymy, <strong>and</strong> antonym:<br />
defining them. It al o de:<br />
of tbe e <strong>relations</strong>. Dictior<br />
of the words' emantic (<br />
accounts explicitly repres<br />
of how the men tal lexicc<br />
these extremes, since die<br />
non-seman tie propertie<br />
relation , <strong>and</strong> thesaurus-:<br />
on their own. We return t<br />
<strong>relations</strong> for verbs in § 1O<br />
antonym type in chapter '<br />
6.5 Further rea<br />
Textbooks by<br />
lots of detail <strong>and</strong> example<br />
des discussion of the type<br />
sion of history of the dicti:<br />
tie <strong>relations</strong> in other tiel<br />
cien ce. Sources on the d:<br />
but you can also explore 1<br />
6.6 Answers to<br />
6-1<br />
Your answers will vary,bu<br />
a. The car is safe~<br />
tend to mean di<br />
will come to yo<br />
won't be hit by<br />
locked up <strong>and</strong> p<br />
b. She was wearin<br />
substitute for re<br />
costurne.<br />
c. A big/large 1110\<br />
large star i phy
;)<br />
lem to say l<br />
m for finger<br />
: ee that the<br />
erpreted.<br />
le view that<br />
: the lexicon<br />
any kind of<br />
are different<br />
Jarly, if you<br />
't know, you<br />
l contra ted,<br />
ih. This lack<br />
dels that use<br />
.t <strong>and</strong> MIT)<br />
iitions, then<br />
ion anyway<br />
? The main<br />
that not all<br />
IS need to be<br />
ut language.<br />
which seem<br />
nnine which<br />
ese <strong>relations</strong><br />
ge that must<br />
in reply that<br />
. predict, for<br />
ause big <strong>and</strong><br />
r solution to<br />
.iIIreply that<br />
I in order to<br />
mtic field.<br />
6.4 Summary <strong>and</strong> conclusion<br />
Lexical <strong>and</strong> <strong>semantie</strong> <strong>relations</strong> 129<br />
This chapter introduced three major <strong>semantie</strong> <strong>relations</strong> - synonymy,<br />
hyponymy, <strong>and</strong> antonymy/contra t - their propertie , ubtypes, <strong>and</strong> problem in<br />
defining them. It al o described <strong>and</strong> evaluated two approache to the treatment<br />
of these <strong>relations</strong>. Dictionary-sty le accounts airn to predict <strong>relations</strong> on the basis<br />
of the words' semantic propertie in the mental lexicon, while the aurus-style<br />
accounts expJicitly represent those <strong>relations</strong> in the lexicon. An accurate account<br />
of how the menta! lexicon works is probably to be found somewhere between<br />
these extremes, since dictionary-style approaches cannot explain the effects of<br />
non-sernantic properties (e.g. morphological form) on the "goodness" of these<br />
<strong>relations</strong>, <strong>and</strong> the auru s-style approache are not sufficient models of meaning<br />
on their own. We return to <strong>semantie</strong> relation issues when we examine inclusion<br />
<strong>relations</strong> for verbs in § 10.6 <strong>and</strong> the connections between adjective meaning <strong>and</strong><br />
antonym type in ehapter J l.<br />
6.5 Further reading<br />
Textbook by Lyon (1977, 1995) <strong>and</strong> Cruse (1986, 2000b) provide<br />
lots of detail <strong>and</strong> examples of the relation discussed here. Murphy (2003) includes<br />
discussion of the type <strong>and</strong> ubtype of <strong>relations</strong>, as well as extended di cussion<br />
of history of the dictionary/thesaurus debate <strong>and</strong> of the importance of <strong>semantie</strong><br />
<strong>relations</strong> in other fields, including philo ophy, psychology, <strong>and</strong> computer<br />
science. Sources on the different the auru -style approaches are given in §6.3.2,<br />
but you can a! o explore WordNet on the web at http://wordnet.princeton.edu/.<br />
6.6 Answers to puzzles<br />
6-1<br />
Your answers will vary, but here are some examples:<br />
a. The car is safe/secure. While both of these are acceptable sentences, they<br />
tend to mean different things. The car is saje mean either that no harm<br />
will come to you if you drive it - or that the car i in a afe place (e.g. it<br />
won't be hit by a falling tree). The car is secure probably mean that it is<br />
locked up <strong>and</strong> protected against thieves.<br />
b. She was wearing fake/false teeth. False teeth are dentures, used as a<br />
ubstitute for real teeth, but you might u e fake teeth for a vampire<br />
costume.<br />
c. A big/large movie star signed autographs, A big tar is very famou, but a<br />
large tar is phy ically impo ing.
130<br />
d. I want lo be a somebody/(#someone). While the e two word are u ually<br />
6-2<br />
substitutable, somebody (<strong>and</strong> not someone) ha a noun u 'e that means<br />
'a ignificant per on.'<br />
Perfect sen e synonymy is ymmetricaJ <strong>and</strong> transitive. It is ymmetrical since if<br />
sofa = couch, then coucli = sofa, <strong>and</strong> tran itive in that if s/eep = slumber <strong>and</strong><br />
slumber = snooze, then it hould follow that sleep = snooze. However, becau e there<br />
are few perfect synonym , there i of ten ome" emantic lippage" among the<br />
near- ynonym that one can find in a thesauru , which re ult in non-tran itivity<strong>and</strong><br />
sometime even non- ymmetry. It ha been hown that if you look up a word in a<br />
thesauru , then look up the ynonyms of its ynonym (<strong>and</strong> so on), the ynonym<br />
path between any word <strong>and</strong> its antonym i typically ix teps or fewer, a is the ca e<br />
for authentic/unauthentic in The New Collins Thesaurus (reported in Church et al.<br />
1994):<br />
authentic -7 believable -7 probable -7 ostensible -7 pretended -7 spurious=«<br />
unauthentic<br />
6-3<br />
a. contrary:<br />
slow.<br />
thing can have a 'medium' peed a well as beingfasl or<br />
b. converse: if Max i Alice's teacher, then Alice i Max's student.<br />
c.<br />
d.<br />
e.<br />
6-4<br />
contrary or complementary: ometimes dean is used to mean ab olutely<br />
clean - in which ca e one peck of dirt render omething dirty, But when<br />
we are talking about, ay, the rate of omeone hou ekeeping, we often<br />
treat it as contrary - o that one could ay that orneone' hou e i neither<br />
clean nor dirty - it could be better or worse.<br />
usually a sumed to be c mplementary: if omeone told you that the<br />
univer ity has 10,000 tudent, half of them fernale, you would a urne<br />
that the other half i male. While tate between malene <strong>and</strong> femalene s<br />
are medicaUy po ible, we tend lo ignore that pos ibility in our everyday<br />
u e of the word .<br />
contrary: while male <strong>and</strong>female indicate a per on' phy iological ex,<br />
feminine <strong>and</strong> masculine de cribe behavior or appearance - <strong>and</strong> ome<br />
people are neither feminine nor masculine in tho e re pect .<br />
A common mi take in thi exerci c is lo put orange under or above red <strong>and</strong> yellow,<br />
ince orange i 'made of red <strong>and</strong> yellow. Thi 'made-of relation may be relevant to<br />
paint that are orange <strong>and</strong> red, but not to the meaning of the word orange <strong>and</strong> red,<br />
which are in an overlapping, but contrasting, relation. The diagram hould look<br />
something like figu re 6.7.<br />
All of the contra ting terms overiap, since color boundaries are very fuzzy -<br />
something turquoi e, for in tance, could be called either green or blue. Ideally, the<br />
diagram hould be three-dimen ionalothat purple <strong>and</strong> red join up <strong>and</strong> overlap as<br />
well.<br />
crimson<br />
red<br />
scarlet<br />
Figure 6.7 wil<br />
6.7 Exercises<br />
Ad O pt-a-word<br />
A. Explore the iss<br />
synonyms fou<br />
synonymous?<br />
synonymy is d<br />
why the thesa<br />
B. Design a box (<br />
of its senses)<br />
word class (e.<br />
within the fiek<br />
more appropr<br />
l. Show whethe<br />
whether or no<br />
a. quick, fa t<br />
b. ick. iII<br />
c. near, clo. e<br />
2. Devi. e box dl<br />
ju tify your d<br />
Take into aee<br />
sen e that re<br />
a. tool, bar<br />
b. bun, roll,<br />
3. The followins<br />
whether thi: .<br />
sense of tart
ire usually<br />
tmean<br />
ince if<br />
. <strong>and</strong><br />
cau e there<br />
: the<br />
iitiviry <strong>and</strong><br />
ord in a<br />
ionym<br />
i the ca e<br />
rch et al.<br />
purious -><br />
S/ or<br />
h olutely<br />
. But when<br />
we often<br />
: i neither<br />
tthe<br />
assume<br />
'emalene s<br />
everyday<br />
:al ex<br />
orne<br />
lyellow,<br />
elevant to<br />
<strong>and</strong> red,<br />
look<br />
~ylily,<br />
the<br />
erlap a<br />
crim on carlet<br />
B.<br />
Lexical<strong>and</strong> <strong>semantie</strong> <strong>relations</strong> 131<br />
color<br />
red I orange yellow I green blue purple<br />
Figure 6.7 Lexica/ fie/d for cotor terminology<br />
6.7 Exercises<br />
Adept-a-word<br />
A. Explore the issue of synonymy by comparing your word to up to three<br />
synonyms found in a thesaurus. To what extent are the words really<br />
synonymous? Demonstrate using the substitutability test. Consider how<br />
synonymy is defined <strong>and</strong>, if the words are not absolutely synonymous,<br />
why the thesaurus proposed them as synonyms.<br />
I<br />
lavender<br />
Design a box diagram for a semantic field that your word (i.e. at least one<br />
of its senses) is in. Limit yourself to about twelve words, all in the same<br />
word class (e.g. noun, verb), if possible. Discuss the semantic <strong>relations</strong><br />
within the field <strong>and</strong> critique the box diagram method. Are such diagrams<br />
more appropriate to some kinds of words than others?<br />
l. Show whether the following word are sense ynonym by dem on trati ng<br />
whether or not they are ub titutable in all context.<br />
a. quick. fa t<br />
b. ick, iII<br />
c. near clo e<br />
2. Devise box diagram that contain the word. in the following lists. Briefly<br />
ju tify your deci ion ba ed on your own under t<strong>and</strong>ings of these words.<br />
Take int a count whether any word are polysemous. but only con ider<br />
enses that relate to the r u a ITUREorBAKED oo o n fields.<br />
a. tool, bar tool, chair, armchair, chaise longue, seat, ofa<br />
b. bun. roll. bread. cake, muffin, . cone. bage1<br />
3. The following words have more than one antonyrn. FOľ each, di cus<br />
whether thi is becau e the word i polysernou . For in tance, doe the<br />
en e of s/ar/ that is an antonym to finish differ from the ense of starr that