The Albuquerque International Balloon Fiesta attracts hundreds of thousands of visitors to the Duke City each year to watch nearly 600 balloons soar into the crisp blue New Mexico sunrise. Now a new exhibit designed and built by University of New Mexico School of Architecture and Planning (SA&P) students is helping visitors understand why Albuquerque is uniquely equipped to host the world-famous event.
“From the very earliest days in human history, we’ve been trying to better understand this mysterious thing that we experience everyday called weather.” – Paul Garver, Albuquerque Balloon Museum manager
The new exhibit is called the Weather Lab, and it’s located at the Anderson Abruzzo International Balloon Museum (or, the Albuquerque Balloon Museum). Overlooking the 365-acre Balloon Fiesta Park, the Albuquerque Balloon Museum is a wonderland of interactive, educational exhibits and showcases – ranging from the history of hot air ballooning, to the actual balloon capsules that carried pilots on their world-record breaking journeys.
In the far northwest corner of the museum, right next to the wall of windows that provide a panoramic view of the launch field, is one of the museum’s newest installations: the Weather Lab.
“This is where they’ll learn about the science of weather, the relationship of the sun to wind, precipitation, clouds and storms,” said Paul Garver, manager of the Albuquerque Balloon Museum. “But it’s also a place where they’ll learn about the technology of weather forecasting.”
Designed by Professor Geoffrey Adams at UNM SA&P, the Weather Lab incorporates interactive technological interfaces with artistic design to give visitors a hands-on journey through the different factors that create weather in New Mexico.
“Students rarely have the opportunity to explore the complexities of integrating materials,” Adams said. “Projects like the Weather Lab afford them chance to investigate how the issues of structure, module and connection of matter contribute to the realization of architectural form in space and how that form can serve to inspire and educate.”
Four walk-through weather “pods”, created in the UNM SA&P Fabrication Lab, allow museum-goers to explore sun, wind, cloud and precipitation effects on weather patterns. Each pod has unique interactive experiences and activities where participants can change atmospheric elements, and view how those changes impact weather in a virtual simulation.
“As architecture and design students, we had the really beneficial opportunity to get experience in small scale architecture and using advanced digital building techniques,” said Arjun Bhakta, an award-winning SA&P student who contributed to the project. “And at the same time, we were working with a variety of people to create a holistic experience of an educational exhibit.”
While guests expand their meteorological knowledge, they are also treated to a unique artistic installment. Each weather pod was built with visual intrigue in mind, and depicts certain elements of the weather housed within. For example, the precipitation pod was built to imitate virga – the official term of those streaks of rain that hang under a cloud, but evaporate before hitting the ground. When visitors enter the precipitation pod, the effect is enhanced by the lighting and design of the pod, which reflects off the ground and guests in a pattern that resembles rain.
“The precipitation pod was my favorite because of the ability to experiment with and learn different digital tools like the CNC router and the plasma cutter,” Bhakta said. “We also got practical experience learning to MIG weld.”
“The precipitation pod is an experience in and of itself,” Garver said. “It’s a really interesting artistic experience and it’s part of how we try to convey the beauty of weather.”
Further into the exhibit, visitors get to explore the special meteorological effect making the Duke City is an ideal place to hold balloon fiesta: the “Albuquerque Box”. Every autumn, terrain surrounding the city creates a temperature inversion, with cold, dense air from the northern mountains pouring south, into the valley, and creating predominant winds at lower altitudes near Balloon Fiesta Park. But at higher altitudes, warmer air flows back towards the north. This circular movement of winds creates the “Albuquerque Box” effect – allowing balloon pilots to take off and be carried south at lower altitudes, then climb to higher altitudes and be carried north again, very nearly landing in the same place they took off from.
In the Weather Lab, people can create their own hot air balloon, choosing style, size and color, then launch it into the Albuquerque Box. The computer simulation takes into account how the design and weight of the balloon would respond to the circulating winds, and projects the flight path onto the wall, so visitors can watch their balloon soar over the city.
“What you experience on the field is so enchanting, and the museum and weather lab give Balloon Fiesta visitors the chance actually explore participate in the joy that is hot air ballooning.”
The Albuquerque Balloon Museum is open for extended hours during Fiesta. To read more, click here.