Invitation to the 61th Clay Mineral Society Meeting in Hawaii (June 3-6)

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Judy Q. Yang

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Jan 10, 2024, 12:44:53 PM1/10/24
to Wu, Chenliang, Mitchell Jans, Madison M. Douglas, sjoukje...@wur.nl, Parker, Gary, tian.ty...@gmail.com, filipi...@pucrs.br, n....@qmul.ac.uk, 5102...@qq.com, severin...@sfr.fr, am2...@eps.rutgers.edu, Cassandr...@usace.army.mil, miaoru...@gmail.com, Justin Rogers, abraham...@gmail.com, jng...@caltech.edu, sedi...@tsinghua.edu.cn, Andrew Manning, ka...@kict.re.kr, zhangj...@mail.tsinghua.edu.cn, fujishima...@st.kyoto-u.ac.jp, juliet...@gmail.com, yele...@126.com, to...@stanford.edu, w....@tudelft.nl, abouthy...@googlegroups.com, coasta...@udel.edu, Chris Paola, Lamb, Michael P., Fischer, Woodward, h.har...@asu.edu, sedi...@sas.upenn.edu, Aaron Packman, jeff.b...@csiro.au, thomas.b...@erdw.ethz.ch, julien-...@grenoble-inp.fr, migue...@oregonstate.edu, Tian-Jian Hsu, Hongbo Ma, Ian C. Bourg

Dear colleagues, 


We would like to invite you to consider submitting an abstract to our session at the 2024 Clay Mineral Society Annual Conference in Hawaii on June 3rd to 6th and field trip on June 7th. The session descriptions are below and the registration information can be found here. The deadline is March 1st. 


Session Title: Sediment transport mechanics, morphologic expressions, depositional patterns, and climate impact of clay-rich dispersal systems

Session DescriptionFine-grained sediments (consisting of clay, silt, and sand) abound in many types of depositional settings, including fluvial deltaic, coastal, shallow and deep marine, and subglacial environments, as well as lahars and debris flows. Fine-grained sediments can damp turbulence, alter fluid rheology, and generate hindered or lubricated particle interactions. They also confer cohesiveness and inhibit erosion and hyporheic flow. The resulting complex sediment-fluid interactions affect large scale morphologic expressions and depositional patterns that are reflected in the stratigraphic record. Furthermore, fine-grained sediments often contain abundant organic matter and adsorb contaminants and pathogens and consequently play a critical role in water quality and the global carbon cycle. This session seeks contributions from studies exploring the movement of fine-grained sediment, the resulting depositional patterns, as well as its impacts on Earth and other planetary surfaces and on the global carbon cycle. We welcome field- and laboratory-based studies, numerical modeling, and theoretical contributions.

Session ChairsHongbo, Ian, and Judy


2024 joint meeting slide.jpg


--
Judy Qingjun Yang
Assistant Professor | University of Minnesota
Department of Civil, Environmental, and Geo- Engineering 
& Saint Anthony Falls Laboratory 
CMS Asian Clay 2024 poster 18x24_V2.pdf
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