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Cyberinfrastructure Technologies Enhancing Conservation for the 21st Century ….Advanced data acquisition, data integration, data storage, data management, data mining
….Environmental informatics –powerful social network
Gene Eidson and Jason Hallstrom, Institute of Applied Ecology
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Earth Monitoring: World-wide quest for solutions
• Real-time data
• Remote data acquisition systems
SOURCES: Some images used on this slide were retrieved from public websites and media outlets. Their use is believed to be covered under fair use copyright provisions.
... enabling a profound transformative shift in the science and business of managing natural resources ...
Paradigm shift where computing is an essential partner in the worldwide quest to manage natural and built environments
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Goals of Intelligent River™ Research
u Engineer a long-‐lived, cost-‐effec3ve, basin-‐scale earth monitoring fabric u Engineer computa3onal tools and systems designed to u3lize and share the data derived from this fabric u Embed the resul3ng technologies and data products into tradi3onal ecological, forestry, & agricultural research methods, and u Embed the technologies and data products into mul3ple sectors of the built environment.
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SOURCES: Some images used on this slide were retrieved from public websites and media outlets. Their use is believed to be covered under fair use copyright provisions.
Environmental Macroscope
Effective resource management requires fine-grained, landscape-scale datasets.
We build the toolsthat provide them.
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Case Studies
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Bold Step: First Automated River Development, analysis, and applica3on of next-‐genera3on materials, hardware, soDware, and network systems designed to fill fundamental informa3on technology gaps to enhance an understanding of environmental dynamics and policymakers ability to manage them.
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Agency Support
Colonel Edward Kertis Commander, Savannah District COE “The technologies being developed will enable us to more adaptively manage the river by optimizing water resource allocation while minimizing impacts on the environment. We will be able to refine our releases in response to changes in water quality, ecosystem functionality, habitat availability, and anthropogenic effects. The new generation of data collection platforms could potentially be adopted by every Corps of Engineers Water Management office across the country”.
Jim Giattina���Director, EPA Region 4 Water Protection Division ��� “The proposed watershed-scale monitoring instrument will directly enhance our efforts to monitor water quality and manage watershed factors that impact water quality... Real-time water quality monitoring at the watershed scale will allow the agency to pursue informed pollutant allocation implementation and water resources management in strong collaboration with our federal, state, and local partners.”
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Sensing Platform
Smaller.
Cheaper.
Leaner.
The MoteStack (patent pending)
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Platform Enclosure
Telemetry Buoy (patent pending)
Custom enclosures complete the package.
SOURCES: Buoy designed by B. Jones (Mechanical Engineering), C.J. Post (Forestry and Natural Resources), Clemson University.
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Data Portal
From deployment to desktop...
...in seconds.
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In announcing the MRI award, NSF officials made it clear there is a cri>cal need for this research. The grant announcement on the NSF website reads: “It is evident that the growing mismatch between water supply and demand impacts us all: USA watersheds are in peril! This project does something about it with support from EPA [U.S. Environmental Protec3on Agency] and USACE [U.S. Army Corps of Engineers]. Within the reach of environmental science, this work explores the connec3ons among land use, energy produc3on, climate effects, and water resources applying informa3on and compu3ng systems.”
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Intelligent Stormwater Applica3on Sand River Headwaters Green Infrastructure Project
…an innovative approach to stormwater management …linking green infrastructure with cyberinfrastructure
concept, design, construction and research Gene Eidson, Ph.D. Principal Investigator
Drs. Cal Sawyer, Dan Hitchcock, Jason Hallstrom, Victoria Chanse, Chris Post, Brad Putman, David White, Jon Calabria, Co-PIs
Sam Esswein and Ryan Shealy, Graduate Students; Chris Bellamy, Project Coordinator
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The Deployment
The Intelligent River will be deployed along the 300-mile reach of the Savannah River, from the headwaters to the estuary.
SOURCES: Some images used on this slide were retrieved from public websites and media outlets. Their use is believed to be covered under fair use copyright provisions.
Savannah River Basin
Horse Creek Watershed
Sand River Watershed
Photo: Courtesy of the Center for Applied Transect Studies
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Intelligent Farm
Edisto Research and Education Facility
¡ Blackville, SC ¡ Founded 1937 ¡ 2,354 Acres
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Sensor-‐Based Irriga3on, Nutrient & Pes3cide Applica3on
Linking Precision Agriculture into Intelligent River®
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Precision agriculture on 2,300 contiguous acres of land typical of the Savannah Valley / Coastal Plains regions of SC
• Variable rate lateral irrigation systems • Sensor-based, variable crop input applicator • GreenSeeker technology • Soil electrical conductivity • GPS-GIS technology • NSF funded‘last-mile’ connectivity
Linking Precision Agriculture into Intelligent River®
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Farm Watershed Monitoring
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Intelligent Forest – Baruch Institute
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Forest Ecology: Tree Growth Wireless Dendrometer and Sap Flow Data
.28 mm
.88 mm
Preliminary Data
Slide courtesy of William H. Conner
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The Charleston Vertical Farm Design Feasbility Study was done in collaboration with Clemson University's Centers of Economic Excellence in Urban Ecology & Restoration and Sustainable Development and the City of Charleston. The study evaluated the repurposing of an existing building to house a vertical farm, powering it with solar and wind energy and using enhanced cyberinfrastructure and environmental informatics to monitor and operate the farm by incorporating the Intelligent River® cyberinfrastructure network that will provide real-time remote-data acquisition.
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Tremendous Applications for Resource Management
Intelligent Wind Farm • monitoring performance • simulating real-world conditions in drivetrain test facility • monitoring ecology
CURI Drivetrain Testing Facility
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Basic and Applied Science Grants
Contracts Publica0ons
Product Development
Patents Licenses
Tech Transfer Workforce
Development
Economic Growth
New Companies Job Crea0on
Integrative approach to research, IP development, and commercialization
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