Domain > yuchuanlai.com

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Date	IP Address
2024-06-07	18.165.32.102 (ClassC)
2025-12-06	3.169.173.65 (ClassC)

HTTP/1.1 200 OKContent-Type: text/htmlContent-Length: 7453Connection: keep-aliveDate: Sat, 06 Dec 2025 20:14:11 GMTLast-Modified: Mon, 13 Mar 2023 00:16:18 GMTETag: 4b7df65ed9e8691ec074f1f476775cf6x-amz-server-side-encryption: AES256x-amz-version-id: p40L3roBW.01tkqms6TsA9k.bAu9ekjHAccept-Ranges: bytesServer: AmazonS3X-Cache: Miss from cloudfrontVia: 1.1 a454a679efa1e16833b77cb6af61e11c.cloudfront.net (CloudFront)X-Amz-Cf-Pop: HIO52-P4X-Amz-Cf-Id: qlLKh1SWLuSxGwcGWNv9EMSeXVfTYoEAZgHxJFp8tz0wGR9i6k1Y4w

!DOCTYPE HTML>!--	Alpha by HTML5 UP	html5up.net | @ajlkn	Free for personal and commercial use under the CCA 3.0 license (html5up.net/license)-->html>	head>		title>Yuchuan Lai/title>		meta charsetutf-8 />		meta nameviewport contentwidthdevice-width, initial-scale1, user-scalableno />		link relstylesheet hrefassets/css/main.css />	/head>	body classlanding is-preload>		div idpage-wrapper>			!-- Header -->				header idheader classalt>					h1>a hrefindex.html>Yuchuan Lai/a>/h1>					nav idnav>						ul>							li>a hrefindex.html>Home/a>/li>							li>								a href# classicon solid fa-angle-down>Highlight/a>								ul>									li>a hrefHistorical.html>Historical Climate Change/a>/li>									li>a hrefForecast.html>Forecasting Future/a>/li>									li>a hrefGCM.html>Using Climate Model Projections/a>/li>									li>a hrefWater.html>Engineering Applications/a>/li>								/ul>							/li>								li>a hrefPublications.html>Publications/a>/li>								li>a hrefAbout Me.html>About Me/a>/li>						/ul>					/nav>				/header>			!-- Banner -->				section idbanner>					h6>“Beyond 2040 and depending on the level of global warming,					br/>climate change will lead to numerous risks to natural and human systems.”/h6>					h4> – IPCC (2022) Climate Change 2022 Impacts , Adaptation and Vulnerability Summary for Policymakers /h4>				/section>			!-- Main -->				section idmain classcontainer>					section classbox special>						header classmajor>							h2>Climate Change Adaptation,							br />								Climate Services for Engineering, 							br />								and Data-driven Analyses/h2>							p>Given the increasing risks from climate change such as more intense or frequent heat waves, flooding, hurricanes, and wildfires, one major challenge for future generations of engineers is to ensure that infrastructure that is safe, durable, and reliable over design life. This emerging engineer responsibility relative to traditional engineering design procedures requires the ability to incorporate the current tools and results from climate science (such as climate modeling) and to adopt data analytic techniques (such as time series analyses). /p>						/header>					/section>					section classbox special features>						div classcontainer>							div classrow>								div classcol-7 col-12-narrower>							p>I am a civil engineering researcher at Tetra Tech. 							I also serve as a member of American Society of Civil Engineers (ASCE) technical committee on Future Weather and Climate Extremes (part of the Committee on Adaptation to a Changing Climate). /p>							p>I have worked on research projects that aimed to help improve engineering adaptation to climate change by providing location-specific historical climate change assessments and future forecasts and projections, bridging engineering applications with use of climate model results, and employing statistical analyses to assess future climate change uncertainty. /p>							p>I believe that there is an urgent need to evaluate the implications of climate change in civil and environmental engineering practice, and that there are great opportunities for applying data-driven approaches for incorporating climate science in the practice of engineering./p>							/div>							div classcol-5 col-12-narrower>								span classimage fit>img srcimages/Yuchuan Profile pic.png alt />/span>							/div>						/div>					/div>					/section>					section classbox special features>						div classcontainer>							div classrow>							div classcol-7 col-12-narrower>								span classimage fit>img srcimages/Hist.jpg alt />/span>							/div>								div classcol-5 col-12-narrower>							h6>Historical Climate Change/h6>							p>Location-specific, long-term historical climate change was studied for over 100 U.S. cities. Figure presents the time series of historical annual average temperature anomalies for the studied U.S. cities. /p>							ul classactions special>									li>a hrefHistorical.html classbutton small>Learn More/a>/li>								/ul>							/div>						/div>					/div>					/section>					section classbox special features>						div classcontainer>							div classrow gtr-200>							div classcol-5 col-12-narrower>							h6>Forecasting Future/h6>							p>A statistical, time-series model – the ARIMA (autoregressive integrated moving average) model – was used to forecast near-term (up to 20 years) future city-specific temperature and precipitation. Figure presents temperature forecasts for Phoenix, AZ./p>								ul classactions special>									li>a hrefForecast.html classbutton small>Learn More/a>/li>								/ul>							/div>							div classcol-7 col-12-narrower>								span classimage fit>img srcimages/Fcast.jpg alt />/span>							/div>						/div>					/div>					/section>					section classbox special features>						div classcontainer>							div classrow>							div classcol-7 col-12-narrower>								span classimage fit>img srcimages/GCM.png alt />/span>							/div>								div classcol-5 col-12-narrower>							h6>Using Climate Model Projections/h6>							p>Climate model projections of future climate conditions are an important source of future information for practical applications. Detailed procedures for engineering use of climate model projections were develoepd. Figure presents a part of steps in using climate model projection results./p>							ul classactions special>									li>a hrefGCM.html classbutton small>Learn More/a>/li>								/ul>							/div>						/div>					/div>					/section>					section classbox special features>						div classcontainer>							div classrow gtr-200>							div classcol-5 col-12-narrower>							p>Forecasts and projections of future climate conditions were used to evaluate the implications of climate change impacts on different engineering sectors, e.g., water quality, as the/p>							h6>Engineering Applications/h6>							p> /p>								ul classactions special>									li>a hrefWater.html classbutton small>Learn More/a>/li>								/ul>							/div>							div classcol-7 col-12-narrower>								span classimage fit>img srcimages/Water.jpg alt />/span>							/div>						/div>					/div>					/section>			!-- Footer -->				footer idfooter>					ul classcopyright>						li>Yuchuan Lai/li>li>Lafayette, CA/li>li>yuchuan.lai@tetratech.com/li>					/ul>				/footer>		/div>		!-- Scripts -->			script srcassets/js/jquery.min.js>/script>			script srcassets/js/jquery.dropotron.min.js>/script>			script srcassets/js/jquery.scrollex.min.js>/script>			script srcassets/js/browser.min.js>/script>			script srcassets/js/breakpoints.min.js>/script>			script srcassets/js/util.js>/script>			script srcassets/js/main.js>/script>	/body>/html>

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