173,660 research outputs found

    Coelorinchus sheni Chiou, Shao and Iwamoto 2004

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    140. Coelorinchus sheni Chiou, Shao and Iwamoto, 2004b:37 Holotype: ASIZP 61348 (420+ TL, 113 HL), 24°54'63"N, 120°03'49"E,off Tashi, northeastern Taiwan, 400–650 m, 30 May 2001, coll. Trawer Gin – Ton – Long. Paratype: ASIZP 61232 (1, 937+ TL, 257 HL), 22°20‘05”N, 120°12’12 »E, 1 Mar. 1999; CAS 215541 (1, 427 TL, 110 HL), [off Ta –shi, NE Taiwan], Taiwan, 2002, [coll. M.–L. Chiou, H.–C. Ho].Published as part of Ho, Hsuan-Ching & Shao, Kwang-Tsao, 2011, 2957, pp. 1-74 in Zootaxa 2957 on page 3

    Calibration of TDR probes for water content measurements in partially saturated pyroclastic slope

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    Monitoring of water content in partially saturated slopes prone to landslide could be essential for the good functioning of an early warning system. In this regard, Campania region in Southern Italy is an area with an extensive record of rainfall-induced landslides. In Western Campania, slopes consist of pyroclastic soil cover in partially saturated conditions resting on limestone. Time-domain reflectometry (TDR) allows monitoring of the soil dielectric constant, which is related to the volumetric water content. Topp et al. (1980) proposed the most popular relation between these two parameters but it does not provide satisfactory results when applied to volcanic soils. Therefore, when dealing with pyroclastic soil, ad hoc calibration is required. Here, the calibration of TDR probes in undisturbed pyroclastic soil samples collected at the Mount Faito test site (Campania, Italy) is shown and the proper relation between volumetric water content and dielectric constant is proposed. Lastly, these calibration curves are compared to those found for other pyroclastic soils belonged to different geologic contexts in Campania

    Research data for "Integration or separation? Spatial and temporal representations of whole-body movements in visual working memory"

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    Chiou S-C. Research data for "Integration or separation? Spatial and temporal representations of whole-body movements in visual working memory". Bielefeld University; 2022

    Information processing during action observation: Visual perception, working memory, and implications for observational learning of motor skills

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    Chiou S-C. Information processing during action observation: Visual perception, working memory, and implications for observational learning of motor skills. Bielefeld: Universität Bielefeld; 2023

    An information processing framework underlying observational learning

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    Chiou S-C, Schack T. An information processing framework underlying observational learning. Presented at the 17th European Congress of Sport and Exercise Psychology (FEPSAC), Innsbruck, Austria

    Working memory for movements: A theoretical link between action observation, mental imagery, and motor learning

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    Chiou S-C. Working memory for movements: A theoretical link between action observation, mental imagery, and motor learning. Presented at the 2023 Research in Imagery and Observation (RIO) Conference, Limerick, Ireland

    A continuous decision-making process in dance: Contact improvisation as a way of performance

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    Chiou S-C. A continuous decision-making process in dance: Contact improvisation as a way of performance. Presented at the 2017 Conference on Movement and Cognition, Oxford, United Kingdom
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