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This event has been cancelled. 

Faculty Host: Dr. Edith Glazer

Join the U.K. Appalachian Center for the International Youth Water Justice Summit at Memorial Hall on Saturday, July 12th, 2014 from 9 a.m. to 5 p.m.  This event is free and open to the public; all ages are welcome to attend (children under the age of 16 must be accompanied by a parent or guardian). Lunch will be provided. There will be presentations and activities related to water justice locally, regionally, and globally throughout the day. Water justice refers to fair and inclusive distribution and stewardship of water resources. This is an opportunity to think about how you are connected to everyone in the world through water, from the make-up of the human body to the watersheds providing us with drinking water to the river, ocean, and weather systems that keep water circulating.

Here is the schedule for Saturday's events:

Just outside Memorial Hall (or in the lobby, if raining) will be these hands-on activities through the day:

9-5 Enviroscape (Bluegrass GreenSource)

11-2 Paint your watershed (KY Riverkeeper)

9-5 Meet a salamander (UK Forestry/Appalachian Center)

Inside Memorial Hall:

9:00-9:15 Welcome

9:15-10:00 Introduction to the Kentucky River Watershed by the KY Riverkeeper

10:00-11:00 Global discussion of water issues between those in Memorial Hall and young people joining us electronically from Morocco and Turkey

11:00AM-12:00PM Examples of community forestry/water management from Indonesia

12:00-1:00 Outside (weather permitting): lunch; inside: screening of the film THIRST

1:00-1:30 Panel/discussion: participants in the International Youth Water Justice Workshop in the Robinson Forest in Appalachian Kentucky, 7/7-11/14

1:30-2:00 Presentation/discussion: the state of global rivers

2:00-2:15 Break

2:15-2:45 Presentation/discussion: water crises close to home that have and have not made the news, and responses to them

2:45-3:00PM Movement/music

3:00-4:30 Kentucky examples of community-based watershed decision-making and monitoring: Kentucky Water Resources Research Institute

4:30-5:00 Closing discussion

A map for reference can be found here: http://www.uky.edu/pts/sites/www.uky.edu.pts/files/pdfs/ukpts-parking-map-summer-large.pdf. Parking closest to the event site of Memorial Hall includes the Rose Street Parking Structure #2 (located off of University Drive, with access from Hilltop Avenue), lots located off of Rose Street on Funkhouser Drive, and lots located between the Slone Building and the back of the Funkhouser Building off of Washington Avenue (via Gladstone). Please, see the construction plan map below and note that it is subject to change. It may be necessary to park in one of the alternate locations listed above.

For more information please contact Erin Norton, Department Manager at the UK Appalachian Center, 859-257-4852, erin.norton@uky.edu. To learn more in general about the UK Appalachian Center, you can visit our website at appalachiancenter.as.uky.edu/

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Brent Casper will be presenting a seminar titled Development of an Extraction Method for the Analysis of Organic Gunshot Residue from Clothing.

Faculty Host: Dr. Bert Lynn

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Dr. Lisa McElwee-White of the University of Florida will be presenting a seminar titled Mechanism-Based Design of Precursors for the Deposition of Inorganic Films and Nanoparticles.

Abstract: Nanostructures can be deposited from organometallic and inorganic precursors by a variety of techniques including chemical vapor deposition (CVD), surface plasmon mediated chemical solution deposition (SPMCSD) and electron beam induced deposition (EBID).  A mechanism-based approach to designing precursors for these deposition methods requires consideration of the properties of the precursor compound and its probable decomposition pathways under the specific reaction conditions.  Examples will be chosen from CVD of metal nitride films, CVD of metal oxide nanorods, SPMCSD of gold nanoparticles on nanostructured Ag substrates and EBID of high metal content deposits.

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Quanzhen Huang of the University of Kentucky will be presenting a seminar titled Thermal Degradation of Amines for CO₂ Capture. 

Refreshments will be provided at this event.

Faculty Advisor:  Dr. John Selegue

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This event has been cancelled.

Dr. Geoffrey Coates of Cornell University will be presenting this year's Dawson Lecture, titled New Polymers from Old Monomers: Advances Enabled through Catalyst Design and Discovery.

Abstract: Although the chemical, physical, and mechanical properties of a polymer are the most vital factors in determining utility, another important constraint that must be considered is the cost of the material. The best way to create inexpensive new polymers is to start with large-scale commodity monomers, rather than rely on the development of new-to-the-world monomers. The focus of our work is the development of new synthetic methods for polymer synthesis, where known organic feedstocks are combined in alternative ways to make new macromolecular materials. We accomplish this through the development of metal-based catalysts that exhibit unique reactivity. In this presentation, the discovery, development and application of new catalysts for polymerization will be presented. The development of new methods for the synthesis of sustainable polymers will also be discussed. 

Refreshments will be served before the event in CP-114A/B.

Faculty Host: Dr. Susan Odom

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Dr. Tae-Hee Lee of Penn State University will be presenting a seminar titled Single Molecule Studies of Nucleosome Structure and Dynamics.

Abstract: The nucleosome is the fundamental packing unit of the eukaryotic genome. The structure and structural dynamics of the nucleosome are at the core of the mechanisms of gene regulation and maintenance. We studied the structure, structural dynamics, and assembly of nucleosome core particles and how these properties are altered by various epigenetic modifications based on single molecule fluorescence measurements. Our study revealed that these modifications induce changes in the nucleosome core particles that may directly or indirectly contribute to gene regulation activities. Our study demonstrates how single molecule methods can fill the niche not covered by the conventional structural biology tools.

Refreshments will be served at this event.

Faculty Host:  Dr. Chris Richards