I-64 New Albany Emergency Pipe Repair

In 2015 a 13-foot diameter corrugated metal pip collapsed under 50+ feet of fill adjacent to I-64 in New Albany, Indiana. INDOT contracted Parsons to design an emergency geotechnical, structural, and environmental solution. Substantial flow through the pipe was reestablished just 5 weeks after the collapse, mitigating the risk of additional flooding or possible damage to the Interstate. Join us to learn about this project, which is an excellent example of teamwork between owner, engineer, permitting agencies, and contractor

Visuomotor Cerebellum in Human and Nonhuman Primates

In this paper, we will review the anatomical components of the visuomotor cerebellum in human and, where possible, in non-human primates and discuss their function in relation to those of extracerebellar visuomotor regions with which they are connected. The floccular lobe, the dorsal paraflocculus, the oculomotor vermis, the uvula–nodulus, and the ansiform lobule are more or less independent components of the visuomotor cerebellum that are involved in different corticocerebellar and/or brain stem olivocerebellar loops. The floccular lobe and the oculomotor vermis share different mossy fiber inputs from the brain stem; the dorsal paraflocculus and the ansiform lobule receive corticopontine mossy fibers from postrolandic visual areas and the frontal eye fields, respectively. Of the visuomotor functions of the cerebellum, the vestibulo-ocular reflex is controlled by the floccular lobe; saccadic eye movements are controlled by the oculomotor vermis and ansiform lobule, while control of smooth pursuit involves all these cerebellar visuomotor regions. Functional imaging studies in humans further emphasize cerebellar involvement in visual reflexive eye movements and are discussed

wccarleton/urbanscale: Review state

<p>Repo made available for review by scientific journals.</p&gt