Deep South v.2 n.3 (Spring 1996)
This paper presents the results of a preliminary corpus study of the preposition by in the Fiction Section (Text Category K - L) of the Wellington Corpus of Written New Zealand English (NZE) and a corpus of Malaysian Short Stories (ME). The aim of the study is to contrast prepositional usage between English as a native language variety (ENL) and English as a second language variety (ESL)[1].
The distinction and classification of speech communities as ENL and ESL according to the status and function of English within the speech communities is widely accepted [2](Platt, Weber & Ho, 1984; Kachru, 1986, 1992; Smith, 1992; Cheshire, 1991; Widdowson, 1994). Apart from the different status, roles and functions of English in the different speech communities, linguists have also attempted to describe and compare the features of these varieties at different levels of linguistic analysis. However, Schmied (1990:259) notes that "the analysis of non-native Englishes (ie. ESL/EFL varieties) have concentrated on the more salient features of pronunciation, loan words and idiomatic expressions while lexical-grammatical analysis is still underdeveloped". As an attempt to correct this imbalance, this paper focuses on the prepositional item
The Oxford Concordance Programme was used to extract the relevant data from the two corpora. Subsequently, each token of
The scenario is not too different with reference grammar books. Three reference grammar books surveyed (Quirk et. al, 1985, Celce-Murcia, 1983, Downing & Locke, 1993) also vary in the number of prepositional meanings ascribed to
Lexical-semantics analyses also have differing views on the functions and meanings of prepositions. For instance Rauh (1995:99) notes that "discrepancies and inconsistencies have almost become an integral characteristic of the description of English prepositions". Even within a single theoretical framework, for instance cognitive grammar, it is possible to have several competing analyses of a single preposition (cf. Vandeloise, 1994).
However, the discrepancies and divergences do not necessarily mean that a study of the distribution of the semantics of a preposition is doomed from the start. A comprehensive yet restricted scheme of categorisation can still be derived. In recent times, the lexical-semantics analysis of prepositions seems to have taken centre stage within cognitive grammar (Schlesinger,1978; Jackendoff, 1983; Brugman, 1988; Dirven, 1993; Taylor, 1995). The insights and analysis afforded by cognitive grammarians might yet provide a comprehensive approach to word meanings.
For the purpose of this paper, seven semantic categories corresponding to conceptual domains are introduced. In addition, each of these categories may have a number of finer senses. While the categories are supposedly conceptual in that they are meant to correspond to the way we perceive the world (Dirven, 1993, 1995), the finer senses within each category could be motivated by selectional restrictions and syntactic considerations. The advantage of a cognitive approach is that the extensional relationship between the different categories can be established. However, in the present paper, these relationships will not be explored. As pointed out earlier, some of these senses overlap and it is sometimes difficult to determine which category a particular usage falls under. Nonetheless, they provide a sufficient set, forming general clusters of meaning by which to analyse the data. A brief description and core examples of each concept is presented below:
Spatial uses of
The temporal uses of prepositions are often regarded as extensions of their spatial uses. Corresponding to the static-proximity function and the dynamic-path function of spatial
Mode uses of
In contrast to Mode, Cause/Agency addresses the question of
Quirk et. al. also makes a distinction between the animate and inanimate agents (e.g.
The concept of Circumstance relates two situations/events/states, where one situation, state, event, process is a condition or contingency of the other e.g.
The conceptual domain of Nature (or Area in Dirven, 1993) relates two states/entities where the one entity governs or gives the other its properties e.g.
The concept of Estimation and Numeration extends over five senses, namely gradual quantification, quantity, increment, measurement and mathematical. The various senses expound the idea of measurement and estimation. The senses are illustrated by these examples respectively:
a.
The concepts above are not meant to be exhaustive uses of
The ME subcorpus used for this study contains full-text short stories. The size of the texts currently stands at 49,114 words. This subcorpus contains 157 tokens of
By and large,
The second set of data is derived from the Fiction Section of the Wellington Corpus of written New Zealand English. The fiction section is approximately five times the size of the ME subcorpus, with total words of 311,298. This subcorpora contain 683 tokens of
The distribution of
The preliminary results of this inquiry into the lexical-semantics of two varieties of English seem promising. There appear not only to be a higher frequency of
Explanations for the observations above remain to be established at this initial stage of the research. Some possible explanations with respect to the differences could be attributed to L1 interference, the pedagogical practises in the ESL environment or even ESL pragmatics principles.[3] These suggestions fall within different theoretical positions with respect to explaining intervariety differences. Explanations based on L1 interference and 'faulty learning' are aligned to the 'inner processing theories' of non-native speakers' language, while the differences in semantic and pragmatic principles fall into sociolinguistics and discourse theories.
Aijmer, K & B. Altenberg (eds.) 1993.
Bauer, L. 1993.
Celce-Murcia, M & D. Larsen Freeman. 1983.
Cheshire, Jenny. (ed.) 1991.
Dirven, R. 1993. Dividing up physical and mental space into conceptual categories by means of English prepositions. In
Downing, A & P. Locke. 1992.
Granger, S. 1994. The learner corpus: a revolution in applied linguistics.
Jackendoff, R. 1983.
Kachru, B. 1986.
Kachru, B. (ed.) 1992.
Platt, J, H. Weber & M.L. Ho. 1984.
Quirk, R.S., S. Greenbaum, G. Leech & J. Svartvik. 1985.
Rauh, Gisa. 1993. On the grammar of lexical and non-lexical prepositions in English. In
Smith, L.E. 1992. Spreads of English and issues of intelligibility.
Schmied, J. 1990. Corpus linguistics and non-native varieties of English.
Taylor, J.R. 1992. Patterns of polysemization in the English prepositions.
Widdowson, H.G. 1994. The ownership of English.
Zelinsky-Wibbelt, Cornelia. 1993.
Copyright (c) 1996 by Imran Ho
1. Introduction.
2. Data selection and classification.
Table 1.
The number of different senses of the preposition
Dictionary No. of senses
Oxford Advanced Learners Dictionary 18
Collins Cobuild English Dictionary 19
Random House - Websters (CD) 15
2.1 Spatial.
2.2 Temporal.
2.3 Mode.
2.4 Cause / Agency.
2.5 Circumstance.
2.6 Nature (Area).
2.7 Estimation/Numeration.
3. Results and Discussion
Table 2.
The distribution of senses of
Conceptual Domain Senses Raw%
Spatial Proximity 5 3.4
Path 1 0.7
Locative 2 1.3
Temporal Connection in time - -
Rel. to a point in time 15 10.1
Mode Means 5 3.4
Manner 16 10.7
Cause/Agency 92 61.7
Circumstance 6 4.0
Nature 1 0.7
Estimation/numeration Grad. quant. 4 2.7
Quantity 1 0.7
Increment 1 0.7
Measurement - -
Mathematical - -
TOTAL 149 100
Table 3.
The distribution of senses of
Conceptual Domain Senses Raw%
Spatial Proximity 57 9.2
Path 3 0.5
Locative 8 1.3
Temporal Connection in time 1 0.2
Rel. to a point 52 8.4
in time
Mode Means 31 5.0
Manner 54 8.8
Agency/Cause animate/personal 358 58.0
Circumstance 7 2.8
Nature 12 1.9
Estimation/numeration Reduplication 15 2.4
Quantity 4 0.6
Increment 2 0.3
Measurement - -
Mathematical 32 0.5
TOTAL 617 100.0
4. Conclusions
The following conclusions can be made regarding the results and data presented in Table 2 and 3:
(a.) The relative frequency of References
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