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Cognitive Poetics works on the triangle of author-text-reader. A main focus is the reader of literature, as a co-producer of the text alongside the author, in an attempt to explain how his/her knowledge and experiences are applied in reaching an understanding of a particular text in a particular context. In this paper several examples of how contextual frames can operate in a narrative are discussed in three works of short fiction by Joseph Conrad. Analyzed in the particular context of Conradian narrative and prose style are such points as: how the readers begin a story, how they enter into the interior levels of it in order to feel and touch the events in the way its characters do, how they follow every episode of it and, in other words, how the readers "comprehend" the narrative. It is argued that the application of insights from cognitive poetics to Conrad's fiction is of particular relevance as Conrad is a writer who embodies and foregrounds this very act and process of "comprehending" in his fiction.

Abstract. Flood is known as one of the most distractive natural disaster worldwide. Therefore, its prediction is of great importance from the socio-economical point of view. Despite the great improvement in computational techniques and numerical weather prediction approaches, so far, in Iran, an acceptable flood prediction method has not yet been introduced. The main aim of this study is to recognize and classify the patterns of synoptic systems leading to torrential rainfalls in a watershed basin located in south-west of Iran. In this research, 20 major floods characterized by high rainfall intensities and severe damage were selected. The pattern, extension, and the direction of movement of the selected synoptic maps from surface to 500 hPa pressure levels were identified. Furthermore, the position of cyclones, anti-cyclones and mid-level trough lines were carefully tracked and classified into different groups. The results show that the major severe floods occurring in Dalaki watershed river basin are mainly influenced by strengthening of the center of Sudan heat low (SHL) and the coincidence moisture feeding by the Indian Ocean and Mediterranean Sea. It was found that simultaneous merging of the SHL system and Mediterranean frontal system would intensify the flood intensities over the basin. The mean positions of high pressures, low pressures, the Red Sea trough lines and 1015 hPa isobars of the major floods are also discussed.