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Seashore

Filling a critical need

NICHE brings the vital capability to simulate the individual and combined impact of wind, waves, and surge at unprecedented scales and intensities, physically studying their dynamic actions on the built and natural environment...and computationally examining societal impacts at the community to regional scale.  

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NICHE will provide versatility in configurations, scales, and intensities necessary to more faithfully simulate the effects of natural hazards on the built and natural environment, bringing a Convergence Research infrastructure that integrates physical experiments, computational modeling and field observations to spur breakthrough discovery.

 

NICHE's stakeholder engagement and research translation programming promises to speed reduction of losses by up to four different pathways, (1) spurring code reforms, (2) promoting proactive mitigation investments, (3) commercializing new mitigation products and (4) mainstreaming state-of-the-art risk forecasting.

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As such, NICHE is envisioned to engage a wide user base including but not limited to wind and coastal hazards, critical infrastructure, insurance, offshore systems, and oceanography working on key research areas to achieve broad societal impacts.

SOCIETAL TOLL

NICHE directly responds to the rising toll of disasters on society.

LANDSCAPE ANALYSIS 

 NICHE fills a critical gap in existing experimental capabilities.

RESEARCH AGENDA

NICHE responds to compelling research questions across fields.

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The MsRI NICHE project is supported by an award from the National Science Foundation (# 2131961).

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Any opinions, findings and conclusions or recommendations expressed in this material do not necessarily reflect the views of the National Science Foundation.

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