Belmont.DR3-PurdueEdits

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APPLIED SOCIOLINGUISTICS

Ved Luis Villalobos

Why Foxes Are Better Forecasters Than Hedgehogs

Ved Paweł Badeński

Managing Compensation

Ved SITI HAJAR BINTI ZAIDI

Mobile International

Ved AnneMieke Zaat

Purdue and Kusaka group -- work on studying past heat waves for Qatar (observational and WRF modeling)

UK Part needs to come in!

Future climate?

Yang, Long, Dev Niyogi, Mukul Tewari, Daniel Aliaga, Fei Chen, Fuqiang Tian, and Guangheng Ni. "Contrasting impacts of urban forms on the future thermal environment: example of Beijing metropolitan area." Environmental Research Letters11, no. 3 (2016): 034018.

What regions are vulnerable and how can local efforts help reduce need for medical intervention?

how can greening infrastructure improve heat stress reduction?

How can remote sensing help improve urban heat wave mapping and prediction

Past studies cases

FOCUS on URBAN HEAT WAVE as the Overarching Theme

Prior studies highlighting this need for Qatar

https://www.gulf-times.com/story/614831/Study-Climate-change-increases-heat-related-diseas

https://www.qscience.com/docserver/fulltext/connect/2014/1/connect.2014.9.pdf?expires=1559337246&id=id&accname=guest&checksum=5F779B27C69A710C8E9A15820C788C7F

Overarching THEME

Stakeholder Inspired DR3 Framework

End goal could be a synthesis and demonstration of how to integrate regionally useful and usable DR3 tools.

Each country could develop specific examples/tools
Share what we have with each other in Year 2 and improve on what we have for that region (e.g. urban model from Tokyo for urban flooding over US; or findings about user needs from UK in testing the model performance beyond the traditional metric of rainfall output)
in Year 2 leaning to year 3 we develop synthesis for implementation and tests with Qatar (so end goal will be demonstration and implementation in Qatar but elements of developments will be achieved in each country specifically building on the specific strengths). This would mean we need to have a common goal e.g. Urban Heat Stress

Case Studies

US Activities

East Coast

UK Activities

SouthEast Catchment

Qatar Activities

MoPH/PHCC

Doha

Japan Activities

?

Stake Holders

Environment

Economic

Social

Health

Deliverables

Mobile App

Mitigation Strategies

Forecasting Tools

Assessment Risk (Mapping Vulnerability)

population

infrustructure

WorkPackages & SubModels

Mitigation Strategies - Tsukuba

crops & etc

Personal

Economic Analysis

Policy

Forecasting

Local Scale & Personal Exposure - TAMUQ

Regional Scale Modelling- Purdue

Purdue

Meteorology (Tsukuba Uni-JP)

Remote Sensing & Satellite Data Assimilation - UoS

Personalizing information and mitigation of low frequency and high impact natural and anthropogenic disasters

Research initiatives are exploring urban heat waves and their impact on various regions, with a particular focus on Qatar. Studies utilize remote sensing and satellite data assimilation to enhance forecasting tools and assess vulnerabilities.