A New Manual of French Composition "provides a guide to French composition aimed at university students and the higher classes in schools. "
The LINGUIST List is dedicated to providing information on language and language analysis, and to providing the discipline of linguistics with the infrastructure necessary to function in the digital world. LINGUIST is a free resource, run by linguistics students and faculty, and supported primarily by your donations. Please support LINGUIST List during the 2016 Fund Drive.
AUTHOR: Richard K. Larson TITLE: Grammar as Science PUBLISHER: The MIT Press YEAR: 2010
Ahmad R. Lotfi, Azad University (Iran)
Grammar as Science is an introductory textbook by Professor Richard K. Larson , and designed and illustrated by Kimiko Ryokai according to Japanese design principles, which emphasize the visual and graphic organization of material. Grammar as Science is intended for both undergraduate students majoring in linguistics and non-linguistics majors taking an undergraduate course in linguistics as an exercise in scientific theorizing and scientific thought in general.
The text does not lay emphasis on the use of the state-of-the-art technical tools in syntax; instead, it encourages the students to do syntax as a medium for learning skills needed in scientific theory construction in general, and in framing explicit arguments for theories (including the articulation of hypotheses, principles and reasoning) in particular. The book is also designed for use with Syntactica, a software program for creating and investigating simple grammars, in a ''laboratory science'' course where the participants collect and experiment with linguistic data.
The book is divided into seven parts (28 units in total), each focusing on some important aspect of theory construction in syntax including grammars as theories, choosing between theories, arguing for a theory, and expanding and constraining the theory. Exercises appear at the end of each part (and sometimes in the middle of a unit). The text is generously enriched with graphically loaded boxes reviewing the basic principles, data, analyses, tree diagrams, and scholarly quotes of relevance to the topic under study.
PART I Setting Out (Units 1 and 2)
In the late Middle Ages, grammar (together with logic and rhetoric) played an important role in the classical liberal arts curriculum. The curriculum itself is obsolete now, but grammar is still relevant as part of a new science in which language is studied as a natural object analogous to a bodily organ. Scientific questions in linguistic studies of grammar include the nature of language knowledge, how it is acquired, and how is put to use. As we cannot directly intuit answers, we approach the problem as a ''black box'' problem. In approaching a linguistic problem, we begin with dividing it up into more manageable parts. Grammar is an area of research concerned with basic structural elements of a language and their possible combinations.
PART II Grammars as Theories (Units 3-5)
Grammar could be understood as a scientific theory of linguistic knowledge. In that case, linguists need to know how to systematically construct such grammars, how to test them, and how and when to revise and extend them. Phrase structure rules are introduced as theoretical claims concerning the way speakers of a language pattern sentences. Well/ill-formedness judgements serve as the data of syntax to be covered by our theory of language (or grammar). Such judgements also function as the predictions of a theory. If such predictions are not borne out, we need to revise and/or extend our grammar.
PART III Choosing between Theories (Units 6-10)
Grammar construction is hypothetico-deductive: The linguist forms a hypothesis concerning the speaker's knowledge of language, for instance the structure of a sentence. Conclusions are deduced, and then checked against language facts. A theory will be preferred if it is empirically more adequate. Simplicity and ease of extension are the other criteria we could use for evaluating our grammars. As far as constituency (grouping words in a sentence as phrases/constituents) is concerned, we may use a variety of linguistic phenomena such as conjunction, proform replacement, ellipsis, dislocation and c-command (e.g. with regard to negative polarity items, reflexive pronouns, and ''each ... the other'' constructions) as constituency tests.
Specific proposals about the structuring of constituents can now be examined with regard to such structural relations as dominance and prominence (c-command). Likewise, such criteria as inflection, position, and meaning/function will be used to decide on the categories to which words and phrases belong. Finally, Larson examines detailed examples to give the learner some idea how our constructed grammars could be revised.
PART IV Arguing for a Theory (Units 11 and 12)
As members of a community, scientists are expected to be able to clearly explain which facts they are concerned with, which ideas they've formed about them, which assumptions they make, and which conclusions their findings lead to. In other words, they need to know how to argue for their theories. A typical argument contains a general characterization of the structure under study, a statement of data, principles that link the data to the structure, and a conclusion bringing together structures, data, and principles. Specific examples of these four steps are examined next.
PART V Searching for Explanation (Units 13-18)
The lexicon is introduced with reference to subcategory features, lexical rules, and cooccurrence restrictions. Phrases, their heads, and more features are put in perspective then as phrases inherit features from their heads. Verbal complements and adjuncts are compared in this respect. Iterability, optionality, and lexical sensitivity are introduced as the diagnostics of the complement/adjunct dichotomy. They are also examined in terms of their incorporation into structural trees.
PART VI Following the Consequences (Units 19-23)
More technical tools are introduced: Sentential complements, complementizers, the category CP, finite/nonfinite clauses, sentences as TPs, and the empty category PRO are added to the linguist's toolbox. The invisible elements are examined in detail and with regard to the differences between the structures associated with such verb types as ''expect'' and ''persuade.'' NPs are then compared with sentences with emphasis on the structural similarities including the complements and adjuncts in Ss and sentence-like NPs, their orderings, and even PRO in such NPs. A brief but still deep introduction of X-bar theory concludes.
PART VII Expanding and Constraining the Theory (Units 24-28)
In the final part, Larson focuses on interrogatives and movement, providing evidence on wh-movement as a gapped and targeted syntactic operation probed by some [+Q] feature of the morpheme WH. Then he focuses on the universal constraints on movement operation. First, movement proceeds in a stepwise manner by a series of local movements in order to satisfy the Principle of the Strict Cycle. Second, with TP and NP as phases, i.e. sentence-like nodes that require completeness, the Phase Principle requires that an incomplete phase must be registered at its edge by a trace of the missing element or the element itself. Finally, crosslinguistic variation is analyzed as parametric with TP and NP as phase nodes in English, CP and NP as such in Italian, and CP, TP, and NP in German.
We've all heard the story of the slave boy led to discover the basic principles of geometry merely through Socrates' questions, and Plato's attempt to explain it as the knowledge the boy remembered from an earlier period of life on earth. We also know Chomsky's version of the logical problem of knowledge acquisition and his reconstruction of the Platonic memory in terms of the innate knowledge of language. As I was proceeding through the 433 pages of Larson's Grammar as Science, I couldn't help identifying myself with that slave boy in Socrates' times: Larson puts the reader on a road that leads smoothly and effortlessly to the most complicated and abstract areas of investigation in modern syntax with minimal use of assumptions, technical tools, and data from languages other than English. The way he approaches theorization in grammar is a perfect match for naturalistic language acquisition by human beings. Well done!
There are a number of details, however, that the author may want to take care of in a future edition. I list these details in the order of appearance:
(1) On p. 47, there is an exercise with a branching node VP on a tree diagram for ''Homer chased Bart.'' Neither VPs (nor any other phrases) have been introduced to this point in the book. The exercise itself is quite silent on the issue, and VPs show up quite frequently on pages to follow without any appropriate introduction.
(2) On p. 54, Larson writes: ''When the set of expressions generated by some rules includes *all* (emphasis mine) of the expressions of a language, we'll call the rules a grammar for the language.'' This seems to be too demanding a criterion for a grammar of a natural language. In practice, any theory irrespective of its academic status sooner or later will face what Thomas Kuhn calls anomalies: Absolute truth is a religious rather than scientific notion. Applying this limitation to linguistic theories, we need to recognize languages as collective possessions of speech communities, and their grammars, mental or theoretical, as systems of knowledge psychologically represented. This means there can be no single grammar generating all expressions of a language (unless it is a private language with only one native-speaker).
(3) As the data on un/grammaticality throughout the work (including those at the bottom of p. 58) suggest, in his approach towards building grammars, Larson is obsessed with structures (represented by trees/PS-rules). He ignores well/ill-formedness in terms of agreement, tense inflection etc., as in ''*Maggie run,'' ''*Maggie rans,'' or ''the Maggie ran.'' Grammar seems to be much richer and also wider in scope than mere word orders or phrasal patterns.
(4) Recursive rules on p. 90 all apply to the left branch of the node, and those on p. 101 to the right one without any mention of left/right-branching possibilities, and how one should choose between them.
(5) On p. 131, we read: ''[T]he fact that the proform 'there' can replace 'in the park' (in ''Homer chased Bart in the park.'') without change of function suggests that it too is a PP.'' The reasoning seems faulty as we could also substitute the pronoun 'it' for 'that David will win the game' in ''I know that David will win the game'' with no change of function. It doesn't follow that the pronoun 'it' is a CP. Moreover, we could also reverse our reasoning, and consider both 'in the park' and 'there' as ADVs instead, which seems to be a more natural option.
(6) ''Tensed verbs include garden-variety main verbs ... . They also include tensed auxiliary verbs like so-called perfective have and progressive be (p. 301).''
It will be more standard to use the term ''perfect'' here, and reserve ''perfective'' for the aspectual category with no explicit reference to the internal temporal consistency of a situation, which is chiefly expressed by the simple past-tense in English.
(7) On p. 229, the theta role THEME is defined as ''Object or individual moved by action'' (where I understand ''move'' as''change in physical position''). Then on p. 323, ''Marge'' in ''Homer persuaded Marge of his honesty,'' and also ''Marge to leave'' in ''Homer expects Marge to leave'' are labelled as THEME. That Marge moves makes little sense to me, unless ''move'' is understood rather metaphorically like ''move'' in ''His misery moved us all.'' ''Marge to leave'' as a moved entity makes no sense to me even metaphorically.
(8) Considering TPs and NPs as phases (with phases defined on p. 410 as sentence-like nodes that require completeness) could be potentially confusing given the fact that Chomsky (for instance, in his ''Derivation by Phase'' (2001)) understands phases as incremental chunks built from a separate lexical sub-array, and then considers CPs and v*Ps as phases. I wonder why Larson prefers to use such terminology as the Phase Principle and phase nodes here instead of less confusing and more standard expressions ''subjacency'' and ''bounding nodes.'' At the least a footnote could be added to clarify things.
I have concentrated here in the last part of this review on what I found in need of revision in Larson's work. This, however, can never lessen the merits of his textbook. My experience as a teacher of syntax convinces me that the huge pile of technicalities loaded in our textbooks usually leaves the author no opportunity to show the reader how to think syntactically, and how to do syntax by and for themselves. In absence of a 'think-it-out-yourself' approach like Larson's, it is all up to the teacher to help the student experiment with syntax as (generative) theoreticians do, which is not always possible given the limited contact hours, and the extended dimensions of generative syntax today. Now I expect to be able to breathe (a little!) next semester as I leave my students in Larson's good hands!
ABOUT THE REVIEWER
ABOUT THE REVIEWER:
Dr. Ahmad R. Lotfi, is a faculty member of Azad University at Khorasgan
(Esfahan, IRAN) where he offers courses in theoretical linguistics to
graduate students in General Linguistics and TESOL. His research interests
include minimalist syntax, second language acquisition studies in
generative grammar, and Persian linguistics.