flexiblefullpage
billboard
interstitial1
catfish1
Currently Reading

Leo A Daly's minimally invasive approach to remote field site design [BD+C's 2014 Great Solutions Report]

Leo A Daly's minimally invasive approach to remote field site design [BD+C's 2014 Great Solutions Report]

For the past six years, Leo A Daly has been designing sites for remote field stations with near-zero ecological disturbance. 


By John Caulfield, Senior Editor | December 29, 2014
Photo courtesy Leo A Daly, NEON
Photo courtesy Leo A Daly, NEON

For the past six years, architecture/engineering firm Leo A Daly has been designing sites for remote field stations that are collecting environmental data across the country on behalf of the National Ecological Observatory Network, an independent nonprofit entity funded by the National Science Foundation.

Over its 30-year lifespan, NEON’s 106 aquatic and terrestrial sites will track climate conditions, land-use changes, and data on invasive species. The sites have been selected to represent different regions of vegetation, landforms, climate, and ecosystem performance.

One difficult design problem, according to Elizabeth Hunter, the firm’s Project Manager for NEON, has been complying with a mandate of near-zero ecological disturbance. “NEON’s engineers wanted to build [the field stations] with a hovercraft and not disturb anything,” she says, only half jokingly. Leo A Daly, which has designed structures for national parks, had to find ways to meet NEON’s demands using equipment no bigger nor more intrusive than a small skid steer loader.

Case in point: the instrument hut and tower for a site called Dead Lake, near Demopolis, Ala. The site is located close to the Black Warrior River and is susceptible to flooding. NEON has strict criteria about enclosing its instruments within a continuous foundation, so the design team called for the tower to be built on a foundation supported by piers five feet off the ground that allow floodwaters to pass through. The station went live in 2013.

 

 

The sites are mostly self sufficient, but have to be accessible by scientists, who visit the sites periodically to collect data and recalibrate the equipment. At Dead Lake, an elevated metal boardwalk wiggles its way around trees and other obstructions from the site to a staging area a couple of hundred feet away.

Hunter says the buildout of 60 towers and 46 aquatic sites—including 40 relocatable structures—should be completed by 2017. The towers range in height from 26 to 300 feet and take two to six months to build. The sites cost anywhere from under $500,000 to more than $1 million each. 

Read about more innovations from BD+C's 2014 Great Solutions Report

Related Stories

Office Buildings | Jun 3, 2024

Insights for working well in a hybrid world

GBBN Principal and Interior Designer Beth Latto, NCIDQ, LEED AP, ID+C, WELL AP, share a few takeaways, insights, and lessons learned from a recent Post Occupancy Evaluation of the firm's Cincinnati, Ohio, office.

Multifamily Housing | Jun 3, 2024

Grassroots groups becoming a force in housing advocacy

A growing movement of grassroots organizing to support new housing construction is having an impact in city halls across the country. Fed up with high housing costs and the commonly hostile reception to new housing proposals, advocacy groups have sprung up in many communities to attend public meetings to speak in support of developments.

MFPRO+ News | Jun 3, 2024

New York’s office to residential conversion program draws interest from 64 owners

New York City’s Office Conversion Accelerator Program has been contacted by the owners of 64 commercial buildings interested in converting their properties to residential use.

MFPRO+ News | Jun 3, 2024

Seattle mayor wants to scale back energy code to spur more housing construction

Seattle’s mayor recently proposed that the city scale back a scheduled revamping of its building energy code to help boost housing production. The proposal would halt an update to the city’s multifamily and commercial building energy code that is scheduled to take effect later this year. 

Mass Timber | May 31, 2024

Mass timber a big part of Western Washington University’s net-zero ambitions

Western Washington University, in Bellingham, Wash., 90 miles from Seattle, is in the process of expanding its ABET-accredited programs for electrical engineering, computer engineering and science, and energy science. As part of that process, the university is building Kaiser Borsari Hall, the 54,000-sf new home for those academic disciplines that will include teaching labs, research labs, classrooms, collaborative spaces, and administrative offices.

Construction Costs | May 31, 2024

Despite challenges, 2024 construction material prices continue to stabilize

Gordian’s Q2 2024 Quarterly Construction Cost Insights Report indicates that supply chain issues notwithstanding, many commodities are exhibiting price normalization.

University Buildings | May 30, 2024

Washington University School of Medicine opens one of the world’s largest neuroscience research buildings

In St. Louis’ Cortex Innovation District, Washington University School of Medicine recently opened its new Jeffrey T. Fort Neuroscience Research Building. Designed by CannonDesign and Perkins&Will, the 11-story, 609,000-sf facility is one of the largest neuroscience buildings in the world.

Architects | May 30, 2024

AE firm Goodwyn Mills Cawood merges with Southland Engineering

Architecture and engineering firm Goodwyn Mills Cawood (GMC) is further expanding its services through a strategic merger with engineering firm Southland Engineering in Cartersville, Ga.

K-12 Schools | May 30, 2024

Inclusive design strategies to transform learning spaces

Students with disabilities and those experiencing mental health and behavioral conditions represent a group of the most vulnerable students at risk for failing to connect educationally and socially. Educators and school districts are struggling to accommodate all of these nuanced and, at times, overlapping conditions.

MFPRO+ New Projects | May 29, 2024

Two San Francisco multifamily high rises install onsite water recycling systems

Two high-rise apartment buildings in San Francisco have installed onsite water recycling systems that will reuse a total of 3.9 million gallons of wastewater annually. The recycled water will be used for toilet flushing, cooling towers, and landscape irrigation to significantly reduce water usage in both buildings.

boombox1
boombox2
native1

More In Category




Adaptive Reuse

Detroit’s Michigan Central Station, centerpiece of innovation hub, opens

The recently opened Michigan Central Station in Detroit is the centerpiece of a 30-acre technology and cultural hub that will include development of urban transportation solutions. The six-year adaptive reuse project of the 640,000 sf historic station, created by the same architect as New York’s Grand Central Station, is the latest sign of a reinvigorating Detroit.

halfpage1

Most Popular Content

  1. 2021 Giants 400 Report
  2. Top 150 Architecture Firms for 2019
  3. 13 projects that represent the future of affordable housing
  4. Sagrada Familia completion date pushed back due to coronavirus
  5. Top 160 Architecture Firms 2021