Categories
Climate Change Global Change News Water

Texas: a history of flooding is compounded by development and warming impacts

From the New York Times

The holiday and the type of hazard have changed, but once again fast-growing Texas is seeing outsize (and tragic) impacts from extreme weather events. On Labor Day weekend in 2011, the disaster was heat- and drought-fueled fires that whipped through the exurbs east of Austin, most of which didn’t exist just a few decades earlier. Now, Houston is flooded and Hays County, west of Austin, is still in search and rescue mode after Memorial Day weekend flash flooding swelled rivers to record heights, inundating fast-growing riverbank towns and sweeping away a home packed with vacationers. (A Mexican border town and parts of Oklahoma are also reeling.)

What connects wildfire and raging waters?

Somewhere, deep in the statistical noise, there is a contribution from the global buildup of heat-trapping gases changing the climate system.

Among the clearest outcomes of global warming are hotter heat waves and having more of a season’s rain come in heavy downpours. But the picture gets murky, indeed nearly insoluble, at the scale of states or smaller regions. There’s more on this below from the Texas state climatologist and others. The bottom line is there’s no trend in Texas gullywashers.

What’s vividly clear is the extreme vulnerability created by the continuing development pulse in some of the state’s most hazardous places — including Hays County, in the heart of an area that weather and water agencies long ago dubbed “Flash Flood Alley.” (Here’s a great interactive explainer.)

The region’s population and building booms are far outpacing efforts to reduce exposure to flood dangers, resulting in long-predicted scenarios playing out at high cost in lives and money.

“The main challenge to rational planning for flood risk in the country is that private property rights trump even modest limitations on floodplain development,” said Nicholas Pinter, an expert on floods, people and politics at Southern Illinois University, in an email today. “And that sentiment runs deep in Texas. The result is unchecked construction on flood-prone land, up to the present day and in some places even accelerating.”

It’s worth noting that a similar pattern, although with a different mix of drivers, can be seen far from the strip malls and condos around Austin. In some of the world’s poorest places, rapid population growth and flimsy housing in zones of profound “natural” hazard have created huge vulnerability (the latest case in point is, of course, Nepal).

In Texas, there’s a “too little, too late” feel to the steps that have gotten under way — including a variety of United States Army Corps of Engineers studies of flood risk. 

One such flood analysis, for the northern part of Hays County, begun in 2011 and is just now entering final review. The risk was laid out four years ago in an announcement of the study:

Hays County’s population has been increasing dramatically – the county’s population grew from 97,589 in 2000 to 157,107 in 2010, a 61% increase. Development has subsequently increased as well. This growth has the potential to place residents at a greater risk for human and economic losses from floods.

In a telephone interview, Randy Cephus, a public affairs official in the Corps’s Fort Worth district office, said this was a fast pace. “The Corps has gone through a transformation,” he said. “In the past, studies have taken 8 to 10 years to complete. We’re trying to undergo those within 3 years.”

It’s important to get these studies done, but I doubt they’ll have much impact as long as politicians and communities in the region stick with the go-go development mentality that has been so vividly on display.

Read the full story (much more) at the NYT’s

Categories
Global Change Interfaces of Global Change IGEP Pollution Research Student Spotlight Video Water

Tony Timpano is investigating the impacts of coal mining on Appalachian streams

Tony Timpano is an IGC student and a Ph.D. candidate in Forest Resources and Environmental Conservation. His field research is centered in the Appalachian “coal country” of southwestern Virginia and southern West Virginia.

Tony is interested in understanding how coal mining affects stream water quality and aquatic life. Ultimately, he hopes that his research findings will help guide policies on monitoring and managing salt pollution in streams.

Tony Timpano
Tony Timpano

“I want to improve the science of water quality management to enhance the capability of regulators to make sound science-based policy decisions. Water, as a human and ecological resource, is facing mounting threats globally and the problems are only becoming more complex. I think good science is critical to managing water resources for greater sustainability.”

In this Virginia Tech video, Tony talks about water quality testing and the importance of teaching research skills to undergraduate students:

Virginia Tech: Water quality in streams from virginiatech on Vimeo.

 

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Categories
Accolades New Courses News Water

New undergraduate water degree is approved by SCHEV

From VT News

Virginia Tech’s new undergraduate degree in water, approved by the State Council of Higher Education for Virginia in early December, is one of the most innovative, interdisciplinary offerings in the country and will position graduates for a wide spectrum of careers in private industry, federal and state agencies, and nongovernmental organizations.

“The timing of this new program could not be better, nor more urgent,” said Brian Richter, director of global freshwater strategies for The Nature Conservancy. “Job opportunities will await students upon graduation. Many corporations are now awakening to the water risks in their business operations and supply chains, and they are looking for help.”

The comprehensive bachelor of science degree program — called Water: Resources, Policy, and Management — is the first of its kind at the undergraduate level in the United States. It will blend courses in water science with those in water policy, law, economics, management, and related social sciences. The program addresses an expected 19 percent job growth in positions requiring a comprehensive understanding of water issues.

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Dr. Stephen Schoenholtz

“Students in this major will be able to cultivate expertise in a field, such as international water management or hydrology, while developing a broad understanding in many areas that can impact water policy and use,” said Stephen Schoenholtz, professor of forest hydrology and soils in the College of Natural Resources and Environment, and director of the Virginia Water Resources Research Center at Virginia Tech. “In order to sustainably manage this resource, understanding the human side of water is as important as understanding the science.”

The degree’s academic home will be in the College of Natural Resources and Environment’s Department of Forest Resources and Environmental Conservation. Four other Virginia Tech colleges — Agriculture and Life Sciences, Architecture and Urban Studies, Engineering, and Science — are partners, reflecting the program’s interdisciplinary nature.

The new degree will be initiated in the 2015 fall semester, building its curriculum from existing classes in 13 departments across campus. In addition, seven new faculty members were hired specifically for their expertise related to water. They will teach existing courses as well as create new ones.

Students in the water major will select one area of focused study from a choice of water science specializations (aquatic ecosystems, hydrology, water quality, or water treatment and public health) and one area of focused study from a choice of water policy specializations (water, climate, energy, and global issues; watershed management; international water management; or water policy, planning, and economics).

Schoenholtz, who will coordinate the program with an advisory committee representing faculty from 10 departments, found strong, widespread support for the new degree program and interest in its future graduates.

“People from government agencies, private industry, international aid groups, and more are all saying they want to hire people who understand both the science and the human dimensions related to water — including policy, communication, and stakeholder issues,” Schoenholtz said.

“It’s exciting to look at the jobs opening up in corporate sustainability, in an array of companies such as MillerCoors, Coca-Cola, North Face, and Estee Lauder. There is a strong outlook for jobs to meet the growing needs for sustainably managing water,” he added.

Richter of The Nature Conservancy explained, “Water programs are expanding within development banks such as the World Bank and within aid organizations such as USAID. The nongovernmental community is building its water ranks as well, to address both the social impacts of water shortages or lack of access to clean water, as well as the environmental damage caused by unsustainable water management practices.”

Students interested in enrolling in the new water degree program are encouraged to seek advising now. Email Kevin McGuire, associate director of the Virginia Water Resources Research Center, or call 540-231-6017.

Story by Lynn Davis

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Categories
Accolades October 2014 Newsletter Research Water

Amy Pruden receives the 2014 Busch Award

Professor Amy Pruden, of the Charles E. Via Department of Civil and Environmental Engineering, is currently doing research on antibiotics that get into our water supply and how to remove them.
Professor Amy Pruden

Amy Pruden, professor of civil and environmental engineering and associate dean and director of interdisciplinary graduate education in the Graduate School at Virginia Tech, is the 2014 recipient of the Paul L. Busch Award which includes a $100,000 research grant.

A well-recognized researcher in her field, Pruden is instrumental in developing a new way of thinking about controlling aquatic pathogens and expanding the use of recycled water. She has an international reputation in applied microbial ecology, environmental remediation, and environmental reservoirs of antimicrobial resistance.

Her accomplishments in these areas led to the 2014 Busch Award from the Water Environment Research Foundation’s Endowment for Innovation in Applied Water Quality Research. The foundation cited her outstanding efforts that have contributed significantly to water quality research and its practical application in the environment. The grant with the award is given to support work that will bring new benefits to the water quality community and the water-using public they serve.

Read the full story at VT News

Amy is a core faculty member in two interdisciplinary graduate education programs, Water for Health and Interfaces of Global Change. Here is what she had to say about the award:

“Last week I was honored to receive the Paul L. Busch award at the Water Environment Federation Technical Exhibition and Conference in New Orleans.  There are so many folks to thank, not the least of which my kind and thoughtful nominators, Joan Rose and Pedro Alvarez, and the Water Environment Research Foundation.  Thanks also goes to my PhD advisor, Makram Suidan, the so many folks that have patiently mentored, supported, and encouraged me since my graduate school days, and now my own students who give their 100% every day- you are the future!  As the photo implies, I also very much have my family to thank- they have sacrificed much to support their “science mom” – and I sincerely hope that one day my children will look back and think it was all worth it to have a mom that got so excited about “good” bacteria and “bad” bacteria.

But where I really got choked up at the award ceremony was to learn about who Paul L. Busch was and what he stood for.  Paul Busch was the President and CEO of the environmental consulting firm, Malcolm Pirnie, which is now ARCADIS.  He was also a member of the National Academy of Engineering, the President of the American Academy of Engineers, and a member of the U.S. EPA’s National Advisory Council for Environmental Policy and Technology.  He played an essential and personal role in developing the clean drinking water infrastructure in several major cities across the U.S. and around the world.  These are just a few examples.  But transcending this all, it is clear that he was a person with vision, a vision that drew strongly from an interdisciplinary perspective.  In his undergraduate days at MIT, Paul Busch essentially double majored in Civil Engineering and Philosophy- not a combination you see every day!  His colleagues at Malcolm Pirnie noted that he marveled at rapid advances taking place in the medical realm and encouraged others around him to similarly reach out to other disciplines in order to advance the science and practice of water engineering.  It is also clear that Paul Busch was not alone, he believed in mentoring young leaders and was the true essence of a team player, an essential asset of an interdisciplinary professional.

I am very grateful to now be at Virginia Tech, where we strongly embrace interdisciplinary education and research through the IGEP programs, ICTAS, and numerous other grass roots efforts across the university.  I am aware of the challenges of interdisciplinary graduate education, but also the tremendous rewards.  And thus I marvel that Paul Busch was already doing this 15 to 50 years ago, apparently because that was his nature and that is what worked.  I am extremely honored and humbled to receive this award and I hope that I can achieve even a fraction of the positive impact to the world that Paul Busch was able to in his lifetime.”

Congratulations, AMY!


Pipes photo by: Rama (Own work) via Wikimedia Commons

Categories
Water

Ben Grumbles: Water’s 3 Biggest Threats

Ben Grumbles, U.S. Water Alliance 

Tuesday, April 29, 2014   (2:00-3:00 p.m.)

Virginia Bioinformatics Institute (VBI) Auditorium 

Ben Grumbles is President of the U.S. Water Alliance–a non-profit, educational organization dedicated to uniting people and policy for “one water” sustainability. Possessing one of the broadest and most diverse memberships in the country, the Alliance has public and private sector leaders focusing on quality and quantity water issues both above and below the surface. The Alliance also focuses on the connections of energy, land, food and transportation as they relate to water, and the need for an integrated “one water” management philosophy. Mr. Grumbles has served as Director of Arizona’s Department of Environmental Quality, Assistant Administrator for Water at U.S. EPA, and in the U.S. House of Representatives on both the Transportation and Infrastructure Committee and the Science Committee. Ben has a Master’s Degree in environmental law from George Washington University, a J.D. from Emory University Law School, and a B.A. from Wake Forest University.

Abstract: Everyone wants clean, safe, abundant, and affordable water but it’s not so easy. Aging systems, increasing development pressures, changing climates, and challenging public attitudes make the balancing act more difficult and complex. Here are three of the most basic threats and sustainable solutions.

Threat #1: Water is forgotten and taken for granted. The infrastructure systems are invisible, unappreciated, and underfunded.  Solution: Local and national campaigns are needed to change the way America views, values, and manages water.  True value and full cost pricing with smart metering and social safety nets will help.

Threat # 2: Water policies are fractured and fragmented. All water is local and beyond. 20 federal agencies and countless federal laws and policies get into the mix, along with wildly diverse state and local laws and policies. Agencies and citizen boards segment the water cycle into separate components and turf battles. Quantity and quality, surface and groundwater, Clean Water Act and Safe Drinking Water Act programs are rarely coordinated and almost never integrated. Decisions on energy development, from fracking to biofuels, agricultural production, housing and transportation often fail to include water impacts and needs. Solution: More holistic, “One Water” management, at the local, regional, and national levels will result in smarter decisions for the future of water. New paradigms on water efficiency and reuse, onsite and neighborhood-wide in urban and rural settings, and watershed restoration and governance are needed.

Threat #3: Water innovators are fearful and frozen in place. Risk-averse policies and policymakers often block the development and use of improved technologies, management tools, and financial strategies due to lack of information and legal or political constraints.  Solution:  Coordinated strategies and university-driven technology clusters are needed to facilitate the approval and use of new tools.  The vision for a “blue innovation nation” includes strategies to shift our culture from gray infrastructure to green, treat and discharge plants to resource recovery centers, end-of-pipe permitting to market-based trading, and public-only funding to public-private partnerships that maintain the public’s trust.

This seminar is sponsored by: Virginia Water Resources Research Center and the Institute for Critical Technology and Applied Science (ICTAS).