NSF EARS IGERT & GLEON Craig Williamson, Miami University For many others at Kent State & Miami Universities, Ohio, USA.

Slides:

Advertisements

Similar presentations

CENTER FOR THE INTEGRATION OF RESEARCH, TEACHING, AND LEARNING University of Colorado at Boulder, Howard University, Michigan State University, Texas A&M.

Advertisements

Lammi Biological Station Prof. Lauri Arvola 4 seniors, 3 post docs, 5 post grads, 3 assistants Research interests Functioning of boreal forest lake ecosystems.

SCAR Action Group on Southern Ocean Acidification

Governance Why Bother?. How do we fulfill our vision Vision: –Lakes around the world Equipped with sensors Sending data to each other and the world –Researchers.

Metabolism Group Synopsis Break out group topics: -uncertainties/methods/improving approach -comparing lake metabolism using GLEON data -outreach -external.

99 participants 43 First Time 29 students 36 female, 63 male 6 continents Africa Asia Europe North America Australia/NZ South America Australia Brazil.

Paul Hanson, Fang-Pang Lin, Miron Livny, Chin Wu, Chris Solomon, Many colleagues of the GLEON Transforming ecological sensor networks from data collectors.

Domains of Controlllllllllll. Signal processing in aquatic ecosystems.

Developing a web interface to engage citizen scientists with lake sensor data David Richardson, Barbara Benson, Kenneth Chiu, June Fichter, Kathie Weathers,

Exploring transient phytoplankton spring blooms across lakes to understand the significance and control of temporal patterns in freshwater bacteria Bertilsson,

Terrestrial carbon in aquatic ecosystems: experimental tests of the subsidy-stability hypothesis Stuart E. Jones & Jay T. Lennon.

GLeon Ad hoc Mendota Modeling Researchers

AQUATEST project Stephen Gundry Water and Environmental Management Research Centre University of Bristol.

Changes in Doctoral Education Worldwide Past Differences, Current Commonalities, and Future Trends Associate Professor Maresi Nerad Associate Graduate.

1 Dealing with Climate Change Dr Jan Wright Parliamentary Commissioner for the Environment.

Liquid Crystal Elastomer Films and their Potential in Sensing Sarah Hicks EARS-IGERT project Lake Lacawac Workshop 2010.

Environmental Aquatic Resource Sensing Basic Science, Business Education and Outreach.

IGERT EARS Lacawac Workshop on Lake Sentinels: Craig Williamson Miami University.

Crystal's Journey to Sustainability

The Human Component of the Global Carbon Cycle ASCENDS WORKSHOP July, 2008 Ann Arbor, Michigan, USA Gregg Marland Environmental Sciences Division.

Use of Mechanistic Modeling to Enhance Derivation of Great Bay TN Criteria and Inform Restoration Strategy Thomas W. Gallagher,

JAEL EDGERTON KENT STATE UNIVERSITY Effects of Labile Carbon Addition on Denitrification and Denitrifiers in a Headwater Agricultural Stream.

Dissolved organic matter (DOM) is an important property of lake ecosystems, resulting from the decomposition of organic matter stored in soils and of plankton.

Lakes and Carbon or Why is lake metabolism interesting? Tim Kratz Center for Limnology University of Wisconsin-Madison.

Melinda Lamb. Watersheds have significant impacts Lake Conditions Bed rock leaching Top soil depth (Brown et al. 2008) Vegetation Nutrient uptake/ soil.

Supporting U.S. Doctoral Students through NSF’s Division of Graduate Education Holly Given, Ph.D. AGEP National Conference March 2009.

SUSANNA SCOTT MIAMI UNIVERSITY Ecosystem Metabolism: Response to Storm Events.

Figure 4-1. Diagram of a Zn-Cu electrochemical cell. Zn and Cu metal electrodes are immersed in a CuSO 4 solution. Electrons flow from left to right and.

Remote Sensing of Global Warming-Affected Inland Water Quality

Challenges and Impact of NSF-supported Programs at Maryland Norma M. Allewell Dean College of Life Sciences Presentation to NSF Bio Advisory Committee.

Ohau Channel Diversion Wall  Lake Rotorua experiences anoxic bottom waters and cyanobacterial blooms (Fig. 1A). Water from Lake Rotorua flows through.

Biosensors NNIN Document: NNIN-1245 Rev: 03/2012 National Nanotechnology Infrastructure Network Copyright Georgia Institute of.

Department of Ecology and Environmental Science The Department of Ecology and Environmental Science, Umeå University, Sweden.

The BIO Directorate Microbial Biology Emphasis BIO Advisory Committee April, 2005.

Colleen Megowan-Romanowicz PhD American Modeling Teachers Association Arizona State University The Next Generation Science Standards: another preview.

Microbial Biology at the National Science Foundation Dr. Lita M. Proctor Division of Biological Infrastructure Biosciences Directorate National Science.

Biosensors NNIN Document: NNIN-1245 Rev: 03/2012 National Nanotechnology Infrastructure Network Copyright Georgia Institute of.

The Global Lakes Ecological Observatory Network: merging limnology and information technology to understand lake dynamics at multiple scales Tim Kratz,

Limnology- subsystem of hydrology that deals with the scientific study of fresh waters, specifically those found in lakes and ponds. The discipline.

1 UMR Carrtel Research Center on Trophic Networks and Lake Ecosystems - Unit - Lake Observatory - Some results Bernard MONTUELLE.

Changing the way we teach science: Using Internet-based Data Visualization Tools to Access and Interact with Authentic Environmental Data A presentation.

Catalyzing Broadening Participation in Engineering Dr. Omnia El-Hakim, Ph.D. Director of Diversity and Outreach NSF Directorate for Engineering CAREER.

Mussie Y. Habteselassie Crop and Soil Sciences UGA Griffin Campus 3 rd YEAR REVIEW SPRING FACULTY MEETING, MACON, GA SOIL MICROBIOLOGY GRIFFIN.

BIOmem Glucose sensor Une belle histoire…. - Concept -- Clark (1956) - Concept -- Clark (1956) - Enzyme electrode -- Lyons and Clark (1962) - Enzyme.

Effects of increased dissolved organic matter on zooplankton vertical distribution in a UV-transparent lake: Results from large-scale mesocosms Sandra.

Project EDDIE: Lake Mixing Carey, C.C., J.L. Klug, and R.L. Fuller. 1 August Project EDDIE: Lake Mixing Module. Project EDDIE Module 3, Version 1.

Managing aquatic systems using in-situ sensor technologies Background: Lakes and rivers are used for a range of ecosystem services including supply of.

Lake observatories Data People 3 Networks 1.19 countries participating 2.More than 120 scientists 3.Most sites are developing.

An International Conference that Examines the Issues of Yesterday, the Challenges of Today, and the Opportunities for Tomorrow Altered Landscapes and Environmental.

Introduction to Ecosystem Monitoring and Metabolism

HIGH-MOUNTAIN LAKES AS A HOT SPOT FOR PRODUCTION OF DISSOLVED ORGANIC MATTER IN A CHANGING CLIMATE Mark Williams, Diane McKnight, Eran Hood and Dave Manthorn.

VIVO Conference 2013 Panel on VIVO Use-Cases for Collaborative Science: From Researcher Networks to Semantic User Interfaces for Data Patrick West – Tetherless.

PRAGMA Expedition Lake eutrophication Paul Hanson, Cayelan Carey, Renato Figueiredo, Craig Snortheim, Luke Winslow.

Intellectual Merit: NSF supported researcher Roger Bales and colleagues have developed a prototype instrument cluster for the study of mountain hydrology,

A New Geobiology BS Degree Program Pennsylvania State University Department of Geosciences.

The Genomics: GTL Program Environmental Remediation Sciences Program Spring Workshop April 3, 2006.

NASA Earth Exchange (NEX) A collaborative supercomputing environment for global change science Earth Science Division/NASA Advanced Supercomputing (NAS)

Environmental Science Master Program (MSc) University of Pannonia Veszprém, Hungary.

BECOMING ‘HYPERDISCIPLINARY’: Implications of increasingly hybrid collaborations Dr Peter Darch Department of Information Studies University of California,

DCO Deep Energy and Data Legacies Peter Fox (Data Science PI for DCO) DCO AP Sloan Foundation ++

Source: Paul Hanson. Collaboration in Environmental Science Global Lake Ecological Observatory Network A grassroots network of –People: lake scientists,

Aquatic Ecosystems as Sentinels of Change Field Station & Marine Lab Emerging Initiatives Workshop November 17, 2011 Colorado Springs, CO Craig Williamson.

Cagri Ozge Topal OSU ECEN 5060 Nanotechnology

Partnership between NMHU and OSU in Electronic, Optical and Magnetic Materials; DMR One step synthesis of fluorescent graphene quantum dots through.

Cagri Ozge Topal OSU ECEN 5060 Nanotechnology

Project EDDIE: Lake Mixing

Marine Ecological Laboratory Dabin Lee

Partnership between NMHU and OSU in Electronic, Optical and Magnetic Materials; DMR One step synthesis of fluorescent graphene quantum dots through.

Brandon Barrette, From Green Bay, Wisconsin

Presentation transcript:

NSF EARS IGERT & GLEON Craig Williamson, Miami University For many others at Kent State & Miami Universities, Ohio, USA

NSF IGERT Program National Science Foundation (USA) Integrated Graduate Education and Research Training Provide collaborative research that transcends traditional disciplinary boundaries… …to contribute to the development of a diverse, globally-engaged science and engineering workforce.

EARS IGERT Environmental Aquatic Resource Sensing Kent State University – Miami University, Ohio, USA Inclusive, immersive student learning in environmental sensing, where PhD students develop and apply advanced sensors to understand processes in inland waters. Website:

EARS IGERT Some Kent State Core Faculty: Laura Leff (PI/PD) - Microbial ecology Darren Bade – Lake ecosystems Rick Shroath – Business Qi-Huo Wei – Liquid crystals Chris Woolverton – Microbial biosensors Bob Twieg – Synthetic organic chemistry … and many others

EARS IGERT Miami University Core Faculty: Dave Berg – Aquatic ecology, conservation Annette Bollman - Microbiology Hailiang Dong - Geomicrobiology Rachael Morgan-Kiss – Microbiology Jim Oris - Ecotoxicology Gil Pacey - IDCAST (commercial sensors) Bill Renwick - Hydrology, sedimentation Mike Vanni - Aquatic community ecology Craig Williamson – Global change limnology

Leland Clark - Father of Biosensors - Antioch College, Yellow Springs, OH B.S. Chemistry graduate - Professor 1944 – Developed the first biosensor - detect glucose in the blood Invented Clark Oxygen Electrode - To measure oxygen in blood (for glucose) - Yellow Springs Instruments, Inc. Source: Heineman & Jensen Biosensors and Bioelectronics 21:1403.

EARS IGERT Students (Fellows) (24 Fellows over 5 years) Miami University: Susanna Scott – Abiotic influences on ecosystem function Kevin Rose – Limnology, carbon cycling, materials science and engineering Jeremy Mack – Ecosystem and organism response to global climate change Kent State University David Davis – Liquid crystals Sarah Hicks – Liquid crystals Jael Egerton – Microbially mediated nitrogen cycling

Joint Fellow Project

Joint Fellow Project & GLEON Example projects: Develop and test a new sensor. Compare different types of oxygen sensors (or other types of sensors) and write a white paper to post on GLEON website. Write an outreach/opinion paper for publication on need for new sensors in aquatic resource studies. Write a lesson plan for K-12 and present it at schools.

EARS Lake Metabolism Workshop Lacawac Sanctuary, NE PA

What does water transparency tell us about lake metabolism? Causes and Consequences

UV Transparency: 14 year trends July data: Lake Giles, N.E. Pennsylvania, USA

Dissolved Organic Carbon (DOC) is a Major Regulator of UV Transparency Williamson et al L&O 41:1024.

100% Increase in DOC in 16 Year Period: Hudson River, NY, USA Findlay et al FEE 3: 133

DOC: 91% increase since 1988 in UK Lakes Evans et al Global Change Biology 12:2044

How did oxygen change since 1990?

Lake Oesa Canadian Rockies Changes in UV transparency 1% depth (July 28 th both years): > m -> 21 m

Ohio Reservoirs: Acton Lake

Diel Oxygen Patterns in Ohio Reservoirs over 2 days Mike Vanni & Susanna Scott, Miami University

Fluorescence Index Sensor Kevin Rose (EARS IGERT) 370 nm excitation filter Sample Light detectors 450/500 nm emission filters Development considerations: - Light source - Filters - Light detectors - electronics control config. - software and interface

Lake Rotorua, NZ The buoys of GLEON : sensor platforms from around the world Lake Sunapee, New Hampshire (USA) Yang Yuan Lake, Taiwan Lake Taihu, China Lake Erken, Sweden Trout Lake, Wisconsin (USA) Lake Mendota, (WI, USA) Lake Paajarvi, Finland