Call for papers
Guidelines
Schedule
Registration
Directions
Parking
Contact us
Program
Home
 
 
 
 
 
 
Conference Program
3rd Connecticut Conference on Natural Resources
Monday, March 9th 2009, University of Connecticut, Storrs/Mansfield, Connecticut
WELCOME: 9:00 AM

PLENARY SPEAKER: 9:10 am

Dr. Gene Likens

Distinguished Senior Scientist,
Ecologist and
Founding Director and
President Emeritus of the Institute of Ecosystem Studies


Title of CCNR talk:  Ecosystem Science and Long Term Monitoring: Providing Understanding and Guidance for Policy


Dr. Likens' research focuses on the ecology and biogeochemistry of forest and aquatic ecosystems, primarily through long-term studies at the Hubbard Brook Experimental Forest, in the White Mountains of New Hampshire. He was the co-founder of the Hubbard Brook Ecosystem Study in 1963, which has shed light on critical links between ecosystem function and land-use practices. He and his colleagues were the first scientists to discover acid rain and to document the link between the combustion of fossil fuels and an increase in the acidity of precipitation in North America. His findings have influenced politicians and policy makers, guided and motivated scientific studies, and increased public awareness of human-accelerated environmental change.


On 29 April 2006, Dr. Likens was elected to be a member of the American Philosophical Society, having previously been elected to the National Academy of Sciences (1981) and the American Academy of Arts and Sciences (1979). On 11 June 2003, the Asahi Glass Foundation announced that Dr. Likens was a co-recipient of the 2003 Blue Planet Prize for outstanding scientific research that helps to solve global environmental problems. Dr. Likens was awarded the distinction along with Dr. F. H. Bormann, his long-term collaborator in the Hubbard Brook Ecosystem Study in New Hampshire. The Asahi Glass Foundation aspires for the Blue Planet Prize to be recognized as the environmental equivalent of the Nobel Prize. In 2002 he was awarded the 2001 National Medal of Science, the nation's highest science honor, for his contributions to the field of ecology.

 

KEYNOTE SPEAKER: 1:00 pm

Dr. David Beerling

Professor of Paleoclimatology

Deptartment of Animal and Plant Science

University of Sheffield

Title of CCNR talk:  Fossil forests and Earth's climate crises


Dr. Beerling’s research focuses on critical moments in Earth's history, as defined by abrupt climatic changes, mass extinctions or innovative evolutionary events. For over a decade, the overarching theme of his research group has been to establish a secure mechanistic basis for interpreting palaeoclimatic clues from the plant fossil record, and for investigating the fundamental nature of ancient biosphere-atmosphere-climate feedbacks.


Developing an integrative interdisciplinary approach has led Dr. Beerling to work at the boundaries between three traditional academic disciplines: palaeobotany, palaeoclimatology and plant physiology and utilize a variety of investigative techniques. These, broadly, fall into three categories: (i) morphological and geochemical analyses of fossil plant materials, (ii) laboratory-based experimental programmes, designed to reveal how modern genotypes operate in simulated ancient atmospheres and climates, and (iii) theoretical modelling.


Combining the first two lines of investigative enquiry provides a powerful and flexible means for extracting quantitative atmospheric and climatic information from the rock record. Information extracted from the fossils secures some key boundary conditions required for ensuing global simulations of the biogeochemical interactions between different components of the earth system, especially the terrestrial biosphere, the atmosphere and the geochemical carbon cycle. Documentation of temporal trends in atmospheric CO2, as a greenhouse gas, using fossil leaves as palaeo-CO2 barometers, plays an important role in this field of research.

Dr. Beerling is the author of two recent books:


The Emerald Planet. How plants changed Earth's history (Oxford University

Press)

 

Vegetation and the terrestrial carbon cycle. (Cambridge University Press)

ORAL PRESENTATIONS: concurrent sessions
  Coupled Human & Natural Ecosystems Sustainability: Research, Educ. & Outrch Remote Sensing & GIS in NR Mgnt Biodiversity: a Cons. Status Report
10:00am-10:15am

Yoichiro Kanno

Development of Dual Fish IBIs

for CT Streams

Kipen Kolesinskas  

  Conservationists; What Can The New Farm Bill Do For You?     

Gregory J. Bugbee and Roslyn Reeps  

  GIS in the Surveillance and Management of Invasive aquatic plants

 

Piyumi Tilanka Obeysekara  

Freshwater mussel distributions: Geomorphology & Ecology

 

10:20am-10:35am

Roger Wolfe 

Restoration of a degraded urban tidal wetland: the Little R. Marsh, New Haven

Carl Zimmerman 

Reducing Wetlands Impacts using Environmental Education

 

Nick McIntosh 

Looking For Mature Forests In CT: Applying Spectral Techniques To A Spatial Problem

 

Ron Rozsa  

Marsh lunacy: the lunar nodal cycle and vegetation changes

 

10:40am-10:55am

Scott C. Williams "Japanese barberry infestations: a public health concern?"

Brendan Hanrahan 

CT EarthNet: web app for community-based conservation groups

Lee Suarez


GIS and Geophysics to assess land available for biodiesel farming

 

Denise Burchsted  


Geomorphology of Beaver Activity and River Restoration Goals

 

11:20am-11:35am

Kinga Stryszowska  "Conservation Planning in the Lower Quinnipiac River Marshes"

Kurt A. Frantzen   


Long-Term Environmental Stewardship At Brownfield Sites

Eric Mosher

A Restoration Framework for the Mattabesset River Watershed

 

Chris Field 

   More effective state-wide conservation through systematic planning

 

11:40am-11:55am

Larry Weaner

Creating Sustainable Native Meadows

Margie Faber  

Talking Dirty: For Everyone Who Uses Soil Survey Information

Sandy Prisloe

A  CT digital stream-order vector database & stream-order drainage area grid

Shannon Kearney-McGee  

  Establishing the Status of Connecticut Woodland Raptors 

12:00pm-12:20pm

Chris Donnelly

A Tale of Two Cities

(well, a city and a village)

Shawn McVey 

Innovative Soil Interpretations for the 21st Century

Jules Opton-Himmel   

    Rapid Watershed Assessment Method Applied to L.I. Sound's Coastal Systems

Chris Bellucci 

Physical, chemical and biological attributes of Least Disturbed Watersheds in CT

12:20pm- 12:55pm  Lunch
  Coupled Human & Natural Ecosystems Sustainability: Research, Educ. & Outrch Remote Sensing & GIS in NR Mgnt Southern New England's Grasslands
2:00pm-2:15pm

Dan Mullins, Meghan Ruta, & Denise Burchsted  

The Willimantic River: Opportunities for restoration, recreation & revitalization

 

Kathryn Woodruff and John Rozum 

Mash-up Madness: Using Multiple Online Resources to Promote Adoption of LID

 

Chandi Witharana

"Estimating water depths and evacuation routes for coastal flooding events with ArcGIS"

 

Ken Metzler 

  A Dickensian Perspective:  The Past, Present, and Future of CT’s Grasslands

 

2:20pm-2:35pm

Chad Jones  

Meadow Restoration: A quantitative evaluation after 3 years

 

Bruce Gregoire 

Green Roofs: A tool for reducing stormwater runoff in urban areas

 

Mark Hoover 

Connecticut Salt Marsh Migration

 

Joel Stocker&Juliana Barrett  

     Mapping Connecticut’s Grasslands 

 

2:40pm-2:55pm

Bill Duesing  

How are we going to eat?

 

Kamaruz Jusoff  

Environmental Sustainability: What Islam Propagates. 

 

Neal Hagstrom 

Brook Trout, water temperature and landscape management

 

Tim Simmons 

Using Fire to Manage Grasslands in the Northeast 

 

3:15pm-3:30pm

Eric Schultz 

Bioindicator-Based Stated Preference Valuation of Aquatic Resources"

 

WORKSHOP 

   Steve Trinkaus  

Using environmental site design strategies to create a residential subdivision   

 

WORKSHOP  

     James Hurd, Emily Wilson & Chet Arnold  

Connecticut's Changing Landscape   

Version 2: A User's Guide  

  End time: ~ 4:30 pm

 

Patrick Comins   

On the Brink, Searching for Sustainable Pop. of Grassland Birds in 21st Cnty CT

 

3:35pm-3:50pm

Shandor J. Szalay 

Headwater restoration for geomorphic and ecological benefit

WORKSHOP       Cont. 

 

End time: ~ 4:15  

WORKSHOP           Cont. 

        End time: ~ 4:30 pm

Jenny Dickson,  "Other Tails:  Herptiles and Mammals of CT’s Grasslands"      Dave Wagner   "The Insect Fauna of Southern New England’s Grasslands "
       

              

POSTER PRESENTATIONS: 4:00 pm

TITLE

PRESENTER(S)
Chimney Watch: A regional effort to monitor Chimney Swifts Shannon Kearney-McGee
Natural Resources in a Micropolitan Area
Kim Barbieri
Electrical Conductivity of Clay and Its Identification using Resistivity Methods Lisandro (Lee) Suarez
Invasive plant management at UConn's Avery Point campus Juliana Barrett
Distribution of Trace Metals in Soils of the New Haven Green Jiaqi Jenny Liu
Milford Legacy Arboretum: A Community Partnership Mary Ludwig
CT Urban Forest Council: Connecting Humans and Forests Mary Ludwig
A GIS model for Eastern Spadefoot Toad Habitat in CT Katherine Moran

SSURGO Soils Analysis on Farms; Development of a VBA code for ArcGIS9.2

Danielle Sandella
A Sustainable Energy Curriculum Fred Loxsom
Modeling Bentgrass Distribution to Assess Ecological Risk Collin Ahrens
The Role of Social Cues in Habitat Selection Behavior Trina S. Bayard
Modeling habitat using ground-based and remote-sensing data Susan Meiman
Connecticut's listed insects: Status and proposed changes Jane O'Donnell
Potential uses of biochar in asparagus disease management Wade Elmer

Thermal performance of a lightweight prototype of an artificial

nesting structure for chimney swifts (Chaetura pelagica)

Margaret Rubega
Survey of Tiphia parasitoids of Japanese and Oriental beetles Ana Legrand
Partnering to protect Poquetanuck Cove Jean Pillo
Metal Cycling and Biogeochemistry in Polymictic Suburban Detention Ponds Carin Segal

Applications of Ground Penetrating Radar and Electromagnetic

Induction Geophysical Methods
Deborah A. Surabian
Invasive Alien Insects in Connecticut Chris T. Maier
Assessing the status of federally endangered Indiana bats (Myotis sodalis) in Connecticut Geoffrey Krukar
Climate Action Planning at the University of Connecticut Meghan Ruta
Determining Streamflow Depletion by Aquifer Performance Tests: A Case Study from Connecticut Hillol Guha
Characterizing the Swimming Performance of Burbot for Fish Passage Daniel Carl Watrous
Bat White-Nose Syndrome in CT and throughout the region Christina J. Kocer
Recycling at ECSU-Creating a Culture of Awareness

Norma Vivar-Orum

The road to incorporation of low impact development in land use regulations Steven Trinkaus

 

WORKSHOPS:  3:15 pm to ~ 4:30 pm

Presenter
Steven Trinkaus
PE, CPESC, CPSWQ,
Trinkaus Engineering, LLC                         
Southbury, Connecticut 06488

Title:
Using environmental site design strategies to create a residential subdivision

An often overlook part of Low Impact Development is the application of Environmental Site Design (ESD) procedures in the design process. This workshop will discuss the design processes used to create a single family subdivision utilizing ESD strategies and then allow for participants to create concept plans for a residential subdivision for an actual site. ESD is a development strategy which turns conventional design upside down. In the current paradigm of land development, the zoning and road regulations are king. This philosophy results in massive changes to the landscape in order to conform to the regulations. ESD is a completely different philosophy. In ESD, environmentally sensitive areas, such as wetlands, vernal pools, watercourses, landmark trees, unusual ecological areas, and steep slopes are evaluated early in the design process. The soils on a site are evaluated for their infiltrative capacity. Highly infiltrative soils are protected from development. A base map is compiled to show all the above features. After an evaluation of the significance of these is done, a developable area is defined on the site. After a review of the applicable regulations, site walks are taken to assess the development potential for single family lots. The hydrologic conditions on the site are then evaluated. Can existing drainage patterns and flow paths be maintained? How will storm water be handled? Can the pre-development hydrology be achieved for post-development conditions? After participants have created their plans, they will be discussed along with the actual design for the site.

 

Presenter:       
James Hurd

Department of Natural Resources and the Environment,

Center for Land Use

Education and Research, University of Connecticut

NRE, 1376 Storrs Road, Storrs, CT 06269

Co-Authors:
Emily Wilson and Chet Arnold

Department of Extension
Center for Land Use Education and Research

University of Connecticut

Title: Connecticut's Changing Landscape Version 2: A User's Guide

 The University of Connecticut's Center for Land Use Education and Research (CLEAR) has recently released the results of the next version of its Connecticut's Changing Landscape project, which now maps land cover changes for Connecticut over a 21-year period, from 1985 to 2006.


The project, which has become a much-used resource for many communities, organizations and researchers, uses satellite-based remote sensing data to characterize land cover at certain points in time, and land cover changes over time. Version 2 updates the study to 2006, with data for each of the five study years (1985, 1990, 1995, 2002 and 2006) and landscape change over the entire 21-year period.  Version 2 also includes previously unavailable information on agricultural fields, as well as other improvements that increase the overall accuracy of the data.  This workshop will include: (1) a description of the creation of Version 2 and the differences with Version 1; (2) an overview of the land cover and land cover change data, including a discussion of caveats and appropriate uses; (3) a guided tour of the newly revised CCL website; (4) a preview of upcoming CCL derivative models on forest fragmentation and urban growth, and (5) an interactive discussion with the audience on potential uses of CCL data for natural resource management and research.