Men’s and Women’s Final Four From a Green-Sports Perspective

After the greatest weekend of Elite Eight games ever — all four went down to the wire, with two going to overtime — the Men’s Final Four is now set. This Saturday evening in Minneapolis, Auburn takes on the University of Virginia and then Texas Tech and Michigan State will go at it.

While the ESPN’s and SI.com’s of the world will analyze the on-court matchups in detail throughout the week, GreenSportsBlog digs into each school from a Green-Sports point of view.

And, we also take a look at Green-Sports goings on at Oregon, Baylor, Notre Dame and UConn — the participants in the Women’s Final Four in Tampa.

 

AUBURN TIGERS

Charles Barkley, the greatest basketball player in Auburn history, was overcome by emotion after his alma mater’s thrilling 77-71 overtime victory over favored Kentucky sent the school to its first Final Four. He wiped back tears in the game’s immediate aftermath, calling the win “the greatest day in Auburn basketball history” on the CBS Sports postgame show.

 

 

The Naismith Basketball Hall of Fame member would likely need to have tissues at the ready if he were to read our January story about Auburn’s growing Green-Sports résumé. In “Auburn Athletics: Green-Sports Grows in the SEC,” Barkley would learn that, per Mike Kensler, Auburn’s Director of the Office of Sustainability:

  • An energy efficiency campaign is underway at Auburn Arena, home of Tigers men’s and women’s basketball and women’s gymnastics.
  • The football team hosts an annual Green Game at 87,000 seat Jordan-Hare Stadium that features student “Trash Talkers” roaming the tailgate areas, urging fans to recycle, a video on Auburn’s greening programs that runs in-game on the video board, and a Green-Sports focused column in the game program.
  • Energy-efficient LED lighting illuminates Plainsman Park, Auburn’s baseball stadium.
  • Auburn football players, coaches, and others traveled to the Dominican Republic in May 2017 where they built and distributed water filters and solar light packets to those in need.
  • Helen Ulrich, a sophomore journalism major on the women’s equestrian team, earned her eco-athlete stripes by writing a story on the anti-plastic straw movement.

 

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Auburn football players Dontavius Russell and Daniel Carlson drain and assemble the filters before they are inserted into the buckets in the Dominican Republic in 2017 (Photo credit: Auburn University)

 

And while there’s no way of knowing if the Tigers (also, for some reason, known by the “War EAGLE” battle cry) will qualify for the 2020 Men’s Final Four at in Atlanta, there will definitely be an Auburn flavor to the event from a green point of view. Per this 2018 GreenSportsBlog interview, Carlie Bullock-Jones, CEO of sustainability consulting firm Ecoworks Studio, and an Auburn grad (“War Damn EAGLE!”), played an important role in helping Mercedes-Benz Stadium achieve Platinum status.

 

UNIVERSITY OF VIRGINIA CAVALIERS

If you are a UVA fan, you still probably can’t get enough of seeing THIS:

 

 

It took that miraculous last millisecond bucket by Mamadi Diakite for Virginia, off of that amazing whip pass from Kihei Clark, to send its Midwest Region final against the gutty Purdue Boilermakers into overtime. The top seeded Cavaliers then took care of business in the extra frame, winning the “Game of the Tournament” (so far) 80-75, earning the school its first Final Four berth since 1984.

Malcolm Brogdon, Virginia Class of ’16, only made it as far as the Sweet Sixteen during his four seasons in Charlottesville. But the Milwaukee Bucks guard is making UVA alums proud through his Hoops₂O initiative. Brogdon and four other NBA players¹ are working to raise funds and awareness for clean water initiatives in East Africa. Fans donate to the program in the name of one of the players, with the players matching those contributions dollar-for-dollar. So far, Hoops₂O has raised $164,000 towards its Year One goal of $225,000. Click here to contribute.

 

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Malcolm Brogdon, founder of Hoops₂o at a Waterboys well site in East Africa (Photo credit: Clay Cook Photography)

 

Brogdon was inspired by Waterboysthe program midwifed by former Virginia football star Chris Long. The two-time Super Bowl champ and 2018 Walter Payton NFL Man of the Year Award winner, along with support from more than 20 current and retired NFL players, funds the digging of wells in the area and teaches the locals how to operate and maintain them.

 

Chris Long was the keynote speaker at the University of Virginia’s 2018 Commencement ceremony (Photo credit: Sanjay Suchak, University Communications)

 

Since its inception in 2013, Waterboys, now officially connected to Hoops₂O, has raised more $2.6 million to fund 55 wells that will provide water to over 205,000 people.

 

TEXAS TECH RED RAIDERS

Run a Google search on “Texas Tech University Athletics Sustainability” or something similar and you get several links to articles about…the University of Texas. This is to say that, so far, Red Raiders’ Athletics has not yet embraced Green-Sports.

Yet the university is a leader when it comes to climate change communications despite being located in the politically and religiously conservative West Texas city of Lubbock.

That is thanks largely to climate scientist Dr. Katharine Hayhoe, Director of the Climate Science Center at Texas Tech and arguably the world’s most powerful climate change communicator. In fact, Time Magazine named her to its “100 Most Influential People in the World” list in 2014.

 

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Dr. Katharine Hayhoe, Director of the Climate Science Center at Texas Tech University. (Photo credit: Artie Limmer, Texas Tech University)

 

Dr. Hayhoe spoke with us in 2016 for GreenSportsBlog’s “Green Leaders Talk Green Sports” series. Here’s an excerpt that focuses on how sports can play an important role in the climate change fight (click here to read the entire interview):

GSB: You emphasize the community-religious-economy boosting nature of climate change solutions in your must-watch web series, Global Weirding. That makes total sense.

Katharine: Science is the foundation but what connects with people, what binds them together — shared values — turns out to be bigger than the science! And the pathways in our brains that are used to solve issues respond more to the shared values approach than the scientific. And community and shared values, that’s what sports is all about. Sports is part of our collective shared identity. It builds community. And this goes back millennia to Roman times and chariot races.

GSB: So how do you think sports can play an important role in building awareness and action among fans? Many times, when I ask why more athletes don’t get involved, I hear that “climate change is too complex!” But if what you’re saying is right — and I think it is — athletes don’t need to worry so much about the science. They need to emphasize the importance of the solutions to the communities where they play!

KH: Exactly. Now some sports are effected more directly and more in the present than others. Hey, I’m Canadian, so I get that hockey and other snow sports are deeply concerned about the effects of climate change on their sports in the here and now. That’s why it’s great that Protect Our Winters and the National Hockey League are leading the climate change fight. Hey, we’re a skiing family so we see a shorter ski season. I’m also a sailor and so the effects of increased ocean acidification are powerful as they are obvious…But athletes in sports that don’t have as direct a link as those we mentioned can certainly get involved. Look, I often talk about the Six America’s of Global Warming. Basically, Americans fall into six groups as it relates to global warming/climate change: From most engaged to least, it goes like this:

  1. Alarmed
  2. Concerned
  3. Cautious
  4. Dis-engaged
  5. Doubtful
  6. Dismissive

I think for now at least, we’ll leave the Dismissives — they’ll be very hard to move. But I’ve found the way to communicate with the Cautious, Dis-engaged and Doubtfuls is to emphasize shared values and concerns, and then you can move them. Sports is as powerful, as passionate a platform as there is to move masses of people.

Amen, Dr. Hayhoe. AMEN!

 

MICHIGAN STATE SPARTANS

Michigan State can lay claim to being the greenest school in this year’s Final Four on at least one metric: It is the only one of the four to have green as one of its school colors.

In addition, its Sustainability Office:

  • Manages the Be Spartan Green team of student volunteers. They monitor waste stations at Men’s and Women’s Basketball, Football and Hockey games to help divert recyclable items from going to the landfill, as well as informing attendees about recycling options.
  • Published a Green Your Tailgate page on its website

The East Lansing-based school, now just two wins shy of its third national championship, also boasts a faculty member whose research has centered on sustainability issues surrounding mega-events like Olympics, World Cup and, yes, Final Fours.

GreenSportsBlog interviewed Dr. Eva Kassens-Noor, Associate Professor in Michigan State’s Global Urban Studies Program, in 2015. In this excerpt, we discuss the sustainability legacies of the London 2012 and Rio 2016 Summer Olympics.

 

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Dr. Eva Kassens-Noor of Michigan State University (Photo credit: Dr. Eva Kassens-Noor)

 

GSB: How did sustainability figure into London 2012?

Eva: Legacy and sustainability were central tenets of the London 2012 bid. The facilities that were built for the Games, for the most part, have found significant post Games use, often for the general public. The Olympic Stadium will become the home of West Ham United Football Club of the Premier League starting next season.

GSB: Now let’s look to Rio 2016. Plenty of media outlets have tackled the environmental problems related to the polluted waters of the sailing and rowing venues. But what about its legacy?

Eva: I’ve been very critical of Rio in terms of legacy…

GSB: Why? We wrote about the additional Bus Rapid Transit (BRT) lines in Rio that are Olympics-related (links here and here). That should be a carbon footprint reducer, no?

EKN: You would think so but the Olympic Village and the BRT plowed through many Favelas, removing hundreds of families and businesses. The route of the BRT is also problematic — one of the routes goes from the airport to a wealthy area without going through downtown. Very ineffective.

BRT will play a significant role in transporting fans to and from this weekend’s Final Four in Minneapolis. GreenSportsBlog is heading to the Twin Cities and will report on what, arguably, is the greenest stadium and arena inventory of any metropolitan area in North America.

As far as the basketball is concerned, I picked Michigan State to beat Virginia in the championship game before the tournament began and so will stick with that².

 

WHAT ABOUT THE WOMEN’S FINAL FOUR?

Friday night’s semifinal matchups for the 2019 Women’s Final Four in Tampa feature two-time national champion Baylor vs. Oregon, seeking its first title. The nightcap is a battle of true women’s hoops heavyweights:  Defending champion Notre Dame vs. 11-time winner UConn.

From a Green-Sports perspective, the University of Oregon looks to be the favorite, but all four schools have a story to tell.

The Eugene-based university is a member of the Green Sports Alliance, as is the PAC-12 Conference. It participates in the league’s Zero-Waste Challenge, a series of waste-reduction competitions that engage fans in sustainability, develop best practices, and provide an outlet for friendly environmental competitions. And Sabrina Ionescu, the Ducks’ All America guard, took part in a PAC-12 Team Green promotional 15 second video.

 

Sabrina Ionescu

Sabrina Ionescu, University of Oregon’s 1st team All American guard (Photo credit: Sabrina Ionescu)

 

Baylor University, located in Waco, Texas, has been recycling since 2015, at McLane Stadium, the 45,100-seat home of Bears football.

Notre Dame’s Green-Sports initiatives are mainly focused on waste generated at Notre Dame Stadium, the 80,795-seat cathedral of Fighting Irish football. The Go Irish. Be Green. program features teams of volunteer students circulating through the tailgate lots, distributing blue recycle bags to fans and answering questions about single stream recycling. And they also produced this sustainability-themed video for the 2018 season.

 

 

The big question is where has this video been shown: In stadium? On Notre Dame football broadcasts? To date it has received only 64 views on YouTube.

UConn, through its EcoHusky student group, has hosted women’s and men’s Basketball Green Game Days at Gampel Pavilion over the past several years. Starting in 2017, the university’s Office of Environmental Policy purchased carbon offsets to be able to make the claim that the games were carbon-free. P.A. announcements, video board mentions, and social media posts during the events promoted the greening initiative to fans.

 

¹ In addition to Brogdon, the Hoops₂O team includes Justin Anderson (Atlanta Hawks), Joe Harris (Brooklyn Nets), Garrett Temple (Memphis Grizzlies) and Anthony Tolliver (Minnesota Timberwolves)
² In case you think I’m some sort of March Madness savant, think again. This is the first year in at least a decade in which my brackets weren’t busted by the Sweet 16.

 


 

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Dynamic Energy Networks Brings Renewables, Resiliency to Stadiums and Arena

June’s Green Sports Alliance Summit took place at Atlanta’s LEED Platinum jewel, Mercedes-Benz Stadium. Forward thinking and acting Arthur Blank, owner of the Falcons and Atlanta United, directed the people who designed and built the stadium to do whatever it took to get the country’s first Platinum designation for a pro sports stadium.

The community-minded Blank also made sure that the stadium would serve the adjacent West Side neighborhood: Local residents helped build and are helping to operate Mercedes-Benz Stadium. And, in the case of a natural disaster or other type of emergency, the stadium will be transformed into a resilient community center.

But what if an owner is not as committed to the environment and/or the community as Mr. Blank, and/or doesn’t have as deep pockets?

Enter the innovative investment platform, Dynamic Energy Networks (DEN), backed by the Carlyle Group, along with its powerful global technology partner, Schneider Electric.

DEN brings deep experience in energy infrastructure investment and design, especially as it relates to distributed energy resources and Microgrid solutions. DEN/Carlyle has the experience and long-term vision to take on complex infrastructure projects such as stadia and arenas.  

Schneider Electric is leading the digital transformation of energy management and automation and has deep experience in energy efficiency upgrades at sports venues across the world.

As long-term investors, DEN stands behind these solutions, taking on the financial risk on behalf of owners, venues, and other sports organizations.

GreenSportsBlog spoke with Karen Morgan, President and CEO of DEN, to get a sense of the “Art of the Possible” as it relates to the delivery of resilient, reliable, secure and sustainable solutions at stadia and arenas.

 

GreenSportsBlog: Karen, your input on the “The Art of the Possible: New Business Models to Achieve Your Community’s Energy Goals” panel at the Green Sports Alliance Summit in June, was a master class on the business of large scale renewable and microgrid projects, the trend towards distributed energy generation and what that can mean for stadiums, arenas and the communities they serve. We will get into that in a bit, along with how Dynamic Energy Networks fits into the Green-Sports world. But first, how did you get into the renewable energy business?

Karen Morgan: I’ve been in renewable energy in the United States for the past 12 years. Prior to that, I explored energy efficiency and renewable generation solutions in Central Europe. But my introduction to renewables came back in 1995, when we started a company that evolved from a data driven network to a trading platform for commodity chemicals.

 

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Karen Morgan, President and CEO of Dynamic Energy Networks (Photo credit: Dynamic Energy Networks)

 

GSB: Commodity chemicals trading? That seems like an unusual way in to the renewables world…

KM: That’s how most people react but we became a “Poster Child for Renewables” of sorts. Because, when you think about it, solar panels turn solar power into electricity because of…

GSB: …Chemicals!

KM: Exactly!

GSB: So what parts of the renewable energy business have you been in?

KM: I started on the development side, then we put together various financing structures to fund projects, providing advisory and development services. We focused on the commercial & industrial (C&I), municipality, educational and other markets. Eventually we co-founded an investment platform — RET Capital five years ago — which owned and operated utility scale solar and wind assets.

GSB: What was that like?

KM: We were located in California, and it was like the Wild, Wild West out there with solar. Of course, the industry grew up in no time and it is quite amazing to see how rapidly markets have evolved in and around renewable energy and adjacent utility-like services.

GSB: What led you to form Dynamic Energy Networks and what does the company do?

KM: Well, we formed DEN to address a MASSIVE macro-problem: The vulnerability of the existing centralized electricity grid to extreme weather and other natural disasters, as well as terrorism, cyberattacks and more. Working with our partners, we offer the expertise, capital and technical capabilities to design, build, own and operate decentralized microgrids at scale. Densely populated urban centers, university campuses and more are our targets. DEN/Carlyle quarterbacks the microgrid development process from concept to operation by bringing experienced, sophisticated and flexible capital solutions. And Schneider Electric adds essential state-of-the-art digital technology know how, with hundreds of microgrids already built and installed, to allow all aspects of our microgrids to communicate seamlessly with each other.

 

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Karen Morgan speaks on a panel with Mark Feasel (l), VP Smart Grid at Schneider Electric andAndrew Marino (r), Managing Director at The Carlyle Group (Photo credit: Microgrid Knowledge)

 

GSB: Sounds like you’ve put together a microgrid All-Star team with DEN. Can you give an example of a project DEN is working on?

KM: Sure! We are working with a coalition of partners to integrate a large-scale series of microgrids, which include electric vehicle infrastructure and distributed energy resources, to meet sustainability goals set by the governor of the state. While working within the framework of a multi-billion dollar redevelopment project with over 30 different companies involved, DEN and Schneider Electric will ensure the avoidance of a SINGLE POINT OF FAILURE and provide for a resilient, reliable, decentralized, and secure energy system to this critical infrastructure.

GSB:…That is a BIG DEAL! So is it fair to say that solar panels on the roof of a home or a solar powered car port in the parking lot of a stadium would be examples of decentralized or distributed generation as compared to the centralized power plant-sub-station model?

KM: That’s right. Now with intelligent control systems, like those developed by Schneider Electric, various renewable and traditional energy generation systems can be distributed throughout a localized site, such as a mixed-use stadium complex or a college campus. Within these sites, energy assets such as, solar, wind, energy storage, fuel cells, and combined heat and power (CHP), can be networked to support each other and deliver electricity to the customer in the case of a grid outage or the failure of a single, centralized source. Schneider Electric’s Ecostruxure controls harden microgrids against cyber security breaches and mitigate the risk of a cyber-attack on the centralized grid, ensuring an uninterrupted power supply for the customer.

GSB: This sounds like DEN is involved in the early days of a powerful and important mega-trend towards decentralized generation and microgrids. Where do sports venues fit in?

KM: In many industry sectors, including sports, the opportunity to “island” away from the grid in the case of an outage or security breach or storm, and achieve resilience, did not truly exist until recently. That is, where some of the technology may have been available, the economics did not make sense and the optimization tools were not commercially available. In addition, the size and complexity of such systems were not attractive to third party capital. As advanced technology has become increasingly available, and costs continue to decline, third party capital is becoming more interested in decentralized, “two way” flexible energy solutions. DEN is well suited to lead the charge here as Carlyle wrote the playbook on flexible long-term contracts for infrastructure globally. DEN is able to leverage thirty years of experience, knowing how to transfer risk away from owners by providing predictable long-term service agreements, eliminating the capital expense associated with completing large, infrastructure projects. So we operate the microgrid; the venue owner simply pays for the electricity they use and for resilience services.

GSB: What do you mean by resilience?

KM: Resilience in this case means providing reliable, clean and ongoing generation so the venue performs at peak whenever necessary, especially during unexpected outages. Venues become a safe haven for people to seek refuge when there is a local, regional or national emergency. The benefit of integrating microgrid and distributed energy resource solutions is having the ability to operate the stadium at an appropriate level for a prescribed period of time, independent of the utility grid. This is essential, in terms of business continuity, safety for fans, employees and the broader community

GSB: So you don’t have a tragedy as was suffered by the people of New Orleans at the Superdome during Katrina in 2005…

KM: That’s right. This is particularly relevant in the face of increasing intensity of extreme weather events like storms, wildfires and droughts. Resilience also means that sports organizations can trust that they will have a reliable source of energy when bidding for mega-events like the Super Bowl or the FIFA World Cup.

GSB: That has to be crucial for organizations like the IOC and FIFA. Going back to something you said earlier…what do you mean by experienced or sophisticated capital?

KM: DEN and the Carlyle Group have decades of experience working on critical infrastructure investments, in particular complex projects with long sales cycles that involve the C-suite.

GSB: So the capital is not only experienced and sophisticated, it is also patient.

KM: Exactly. Carlyle’s initial commitment of $500 million of flexible capital with no cap is a great launch pad to build out a multi-billion dollar energy infrastructure portfolio. And we’re hitting the market at the right time. The cost of renewable energy generation, energy storage, and other advanced resilient infrastructure technologies, continues to decline precipitously.

GSB: Which all sounds ideal for sports venues…

KM: Absolutely. As mentioned earlier, sports venues are part of a community’s critical infrastructure. They matter! For the most part, they’re centrally located. They’re tied to a region’s transportation infrastructure. When there’s an emergency, that’s where people go for toilets, cots, and much more. We saw what happens when this critical infrastructure failed back in 2005 with the Superdome and Katrina. Contrast that with how well stadiums and arenas performed last summer in Houston during Hurricane Harvey. Major improvements have already been made and we’re working to accelerate the pace in what we see as an underserved market. The stadium or arena as a sports venue on game day, as a resilience center during emergencies and potentially, as a source of electricity to the grid or surrounding other critical infrastructure on non-game days…

 

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Thousands of evacuees lived under squalled conditions inside the Superdome while they waited to be evacuated after Hurricane Katrina hit New Orleans in August, 2005. Microgrids, of the sort developed by Dynamic Energy Networks, can turn large venues into places where the public finds relief from natural and other disasters (Photo credit: Willie J. Allen, Jr.)

 

GSB: ….Meaning that, depending on the regulatory environment, if a stadium or arena has on-site solar, on non-game days, it can sell the electricity coming from the panels to the grid — or to homes and businesses in the immediate area if they are connected via microgrid. Does Dynamic Energy Networks have any sports venue clients yet?

KM: Not yet. We and Schneider Electric made a strategic decision to reach out to the sports industry, starting by attending the Green Sports Alliance Summit in Atlanta. Our friends Dusty Baker and Bernard King…

GSB: …respectively, the former Washington Nationals manager and member of the Naismith Basketball Hall of Fame

KM: …who spoke at the Summit have both been involved in the solar business since their playing days. We look forward to working with both Dusty and Bernard, both sustainability leaders!

GSB: Phenomenal! Especially since Bernard King is a hero of mine as I am die-hard Knicks fan — which means I’ve been dying hard for two decades! I look forward to a follow up GSB interview with you about DEN’s first sports projects.


 

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