A) Schematic showing key parameters of breach width (Bw) and

Data Center Interconnect Design Guide for Virtualized Workload

Each point data on either of the graphs is the average of the

Buoyancy

Data-driven next-generation smart grid towards sustainable energy

A) Schematic showing key parameters of breach width (Bw) and breach

Tobias BOLCH, Reader (Associate Professor), PD Dr., University of St Andrews, Saint Andrews, School of Geography and Sustainable Development

Ashim SATTAR, Assistant Professor IIT Bhubaneswar; Former Faculty (DST Inspire) @ IISc Bangalore; Former Postdoc @ University of Zurich and Uni. of Dayton, Ohio, USA; Scientific consultant UZH- Mountain Hazards

pub.mdpi-res.com/jcp/jcp-03-00025/article_deploy/h

Use of structured decision-making to explicitly incorporate

NHESS - Physically based modeling of co-seismic landslide, debris

The Igarapé Weir decelerated transport of contaminated sediment in

Truth, humane treatment, and identity: perspectives on the

Ashim SATTAR, Assistant Professor IIT Bhubaneswar; Former Faculty (DST Inspire) @ IISc Bangalore; Former Postdoc @ University of Zurich and Uni. of Dayton, Ohio, USA; Scientific consultant UZH- Mountain Hazards

Owen KING, PhD Student, BSc Geography-Geology, MSc Glaciology, University of Leeds, Leeds, School of Geography

Schematic diagram of the breach cross section. h w = height of