This reader collects and introduces important work in linguistics, computer science, artificial intelligence, and computational linguistics on the use of linguistic devices in natural languages to situate events in time: whether they are past, present, or future; whether they are real or hypothetical; when an event might have occurred, and how long it could have lasted. In focussing on the treatment and retrieval of time-based information it seeks to lay the foundation for temporally-aware natural language computer processing systems, for example those that process documents on the worldwide web to answer questions or produce summaries. The development of such systems requires the application of technical knowledge from many different disciplines. The book is the first to bring these disciplines together, by means of classic and contemporary papers in four areas: tense, aspect, and event structure; temporal reasoning; the temporal structure of natural language discourse; and temporal annotation. Clear, self-contained editorial introductions to each area provide the necessary technical background for the non-specialist, explaining the underlying connections across disciplines. A wide range of students and professionals in academia and industry will value this book as an introduction and guide to a new and vital technology. The former include researchers, students, and teachers of natural language processing, linguistics, artificial intelligence, computational linguistics, computer science, information retrieval (including the growing speciality of question-answering), library sciences, human-computer interaction, and cognitive science. Those in industry include corporate managers and researchers, software product developers, and engineers in information-intensive companies, such as on-line database and web-service providers.

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For the last twenty-five years, Language, Discourse, Society has been the most intellectually challenging series in English. Its titles range across the disciplines from linguistics to biology, from literary criticism to law, combining vigorous scholarship and theoretical analysis at the service of a broad political engagement. This anniversary reader brings together a fascinating group of thinkers from both sides of the Atlantic with an introductory overview from the editors which considers the development of theory and scholarship over the past two decades.

Understanding reading abilities and their development is fundamental for language comprehension and human cognition. Now in its second edition, this book draws on research from multiple disciplines to explain reading abilities in both L1 and L2, and shows how this research can be applied in practice in order to support reading development. Research into reading has progressed a great deal since the first edition was published, so this edition has been completely updated and revised, in order to reflect these advances. All chapters present updated research studies, and completely new chapters are included on the neurocognition of reading, reading-writing relationships, and digital reading. If you want to know how reading works, no matter the language(s) involved, as well as how it can be taught effectively, this book provides a persuasive research foundation and many practical insights. It is essential reading for academic researchers and students in Applied Linguistics and TESOL.

This Element aims to address the complexity of metalinguistic awareness to achieve a thorough account of its impacts on second language (L2) reading development and promote an in-depth understanding of the factors regulating the influence of first language (L1) metalinguistic awareness on L2 reading. It is guided by four questions: 1) To what extent do L1 phonological, orthographic, and morphological awareness correlate with L2 phonological, orthographic, and morphological awareness in L2 readers? 2) To what extent do phonological, orthographic, and morphological awareness correlate with word decoding intralingually in L2 readers? 3) To what extent do L1 phonological, orthographic, and morphological awareness correlate with L2 word decoding in L2 readers? 4) To what extent do the relations in questions 1–3 vary as a function of linguistic-, learner-, measurement-, and instruction-related factors? This Element is the first to systematically investigate the roles of distinct facets of metalinguistic awareness in L2 reading.

Correct word identification and processing is a prerequisite for accurate reading, and decades of psycholinguistic and neuroscientific research have shown that the magical moments of visual word recognition are short-lived and markedly fast. The time window in which a given letter string passes from being a mere sequence of printed curves and strokes to acquiring the word status takes around one third of a second. In a few hundred milliseconds, a skilled reader recognizes an isolated word and carries out a number of underlying processes, such as the encoding of letter position and letter identity, and lexico-semantic information retrieval. However, the precise manner (and order) in which these processes occur (or co-occur) is a matter of contention subject to empirical research. There’s no agreement regarding the precise timing of some of the essential processes that guide visual word processing, such as precise letter identification, letter position assignment or sub-word unit processing (bigrams, trigrams, syllables, morphemes), among others. Which is the sequence of processes that lead to lexical access? How do these and other processes interact with each other during the early moments of word processing? Do these processes occur in a serial fashion or do they take place in parallel? Are these processes subject to mutual interaction principles? Is feedback allowed for within the earliest stages of word identification? And ultimately, when does the reader’s brain effectively identify a given word? A vast number of questions remain open, and this Research Topic will cover some of them, giving the readership the opportunity to understand how the scientific community faces the problem of modeling the early stages of word identification according to the latest neuroscientific findings. The present Research Topic aimed to combine recent experimental evidence on early word processing from different techniques together with comprehensive reviews of the current work directions, in order to create a landmark forum in which experts in the field defined the state of the art and future directions. We were willing to receive submissions of empirical as well as theoretical and review articles based on different computational and neuroscience-oriented methodologies. We especially encouraged researchers primarily using electrophysiological or magnetoencephalographic techniques as well as eye-tracking to participate, given that these techniques provide us with the opportunity to uncover the mysteries of lexical access allowing for a fine-grained time-course analysis. The main focus of interest concerned the processes that are held within the initial 250-300 milliseconds after word presentation, covering areas that link basic visuo-attentional systems with linguistic mechanisms.

"Combining the best classroom practices and research on teaching reading and language acquisition, Mary Cappellini integrates effective reading instruction with effective language instruction. Through the framework of a balanced reading program, she emphasizes the importance of constantly listening for and assessing children's language and reading strategies during read-aloud, shared reading, guided reading, and independent reading, including literature circles."--BOOK JACKET.