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Virginia Environmental Assembly 2000
September 16, 2000
A Regional Tour of Our Future Virginia
Introduction
Eileen Rowan, Conservation Chair
Virginia Audubon Council
12211 Welling Hall Rd, Doswell, Virginia 23047
(804) 227-3044, erowan@aol.com
Ms. Rowan is an environmental scientist on the board of directors of the Virginia Conservation Network. She has been supervisory surface-water hydrologist for the Suwannee River Water Management District in Florida and research hydrologist with the U.S. Geological Survey in Virginia. At the Virginia Department of Environmental Quality, she researched aquatic and fish tissue toxics, coordinated the state's Chesapeake Bay Program toxics and atmospheric deposition activities, and managed grant reporting for Virginia's Coastal Zone Management Program. She received a bachelor's degree in liberal arts from Loyola University in New Orleans and, following six years of work in the communications industry, a master's degree in environmental engineering sciences from the University of Florida.
Welcome to you all.
There is always a great deal of energy that is generated when the Virginia conservation community comes together. I believe this energy is intensified by the knowledge that we have just arrived in a sparkling new millennium -- a blank slate, awaiting our signature.
When, after a decade of government environmental management, I left to assist the Audubon Society with conservation work in Virginia, it was due to a concern that the work of scientists was being delivered almost exclusively to government. And that means, by the time it reaches the public, it has been filtered through a political system. Some may believe that with today*s information overload, this is for the best. I contend that this filter complicates, rather than simplifies. It adds additional and distracting information * that is, political concerns.
I see a better system in this new century of information technology, a system in which science and the people are brought together, with few or no filters. A stronger citizen-scientist relationship brings a new set of responsibilities. Scientists are challenged to convey the meaning of their findings directly to the public. Citizens are challenged to understand their world and their role in it.
We know it isn*t easy. Too often we lose sight of the forest for the trees.... the sky for the pollen count... the ocean for the water samples... the life itself around us for the bag limit. So for a little while this morning, let*s stretch our minds to encompass the biggest possible picture of Virginia, now, and tomorrow.
I am honored to introduce a group of five nationally recognized researchers and authors who have bravely risen to this challenge. They have been given this very difficult assignment: to summarize what is known about their region*s current environmental health. And a far tougher assignment: to project what environmental conditions our children*s generation might expect.
If we aren*t willing to look that far ahead, we should all go back for civics training.
The workshops are intended to connect very tightly to this plenary session. Here we define the challenges, so we can be focused, on common ground, on solutions in the workshops.
The economist Kenneth Boulding said: "We can expect to be surprised by the future. But we don*t have to be utterly dumbfounded."
After hearing these reports, I think we*ll agree we have our work cut out for us. Let*s also agree for the day to accept these reports as our common language for our workshop discussions. This will help us keep that long-range focus on our children and our grandchildren that this conference is all about.
Net Links
Below are selected links which provide further information
on key topics discussed by the speakers.
Virginia Overview
Habitats and Species: "Geography of Virginia"
http://geog.gmu.edu/gess/classes/geog380/5habitat.html
Virginia Gap Analysis Project -- Tracking Biodiversity Trends
http://fwie.fw.vt.edu/WWW/vagap/index.htm
Virginia Biodiversity Laws - Biodiversity Center - Defenders of Wildlife
http://ipl.unm.edu/cwl/statbio/virginia.htm
Climate Change in Virginia
http://www.epa.gov/globalwarming/impacts/stateimp/virginia/index.html
Long-Term Water-Quality Trends in Virginia Waterways
http://www.vwrrc.vt.edu/wq97/help.html
Marine Conservation, National Coalition for Marine Conservation
http://www.savethefish.org/
Regional Air Quality Trends
http://www.epa.gov/oar/
Mid-Atlantic Regional Air Management Association (MARAMA). Surprising recent regional trends analyses on Virginia air quality:
http://www.marama.org/
Summer haze and white skies: it*s not the humidity, it*s the smog (interacting with humidity)
http://www.epa.gov/oar/vis/epahaze/haze.html
The Southern Appalachians and Blue Ridge
Southern Appalachian Man and the Biosphere Program. (And find out about SAMAB's 11th Annual Conference--November 14-16, 2000 at Gatlinburg, Tennessee)
http://sunsite.utk.edu/samab/
Excellent update on: The Health of Southern Forests, by
USDA Forest Service Forest Health Protection, Southern Region
http://fhpr8.srs.fs.fed.us/hosf/hosftoc.htm
The Dying of the Trees: A Forest of Tree Skeletons
http://www.tompaine.com/features/1999/09/17/
Appalachian Voices
http://www.appvoices.org/
Information on Steve Nash* book, Blue Ridge 2020, including reviews at Steve Nash* website:
http://blueridge2020.com/HomePage.html
Blue Ridge 2020 is available from local booksellers. Or you may order directly from the University of North Carolina Press with a credit card by calling 1-800-848-6224,
or online at
http ://www.ibiblio.org/uncpress/newsbytes/march99/nash.html
Shenandoah to the Bay: The Chesapeake Watershed
The Chesapeake Futures Report which Dr. Kerns excerpted will not be available till late 2000. Check here for updates and more information at Chesapeake Futures Online:
http://www.chesapeake.org/futures/index.html
Chesapeake Bay Program Environmental Indicators. Great presentation of Bay health findings.
http://www.chesapeakebay.net/indicators.htm
Extraordinarily easy search and order online for Chesapeake Bay Program publications.
http://www.chesapeakebay.net/search/sitesearch.htm
Superb chronology of issues in managing the Chesapeake Bay, by searching Bay Journal articles since 1994; from air quality to horseshoe crabs, and what the heck is a TMDL... it*s all there.
http://www.bayjournal.com/
The Great Dismal Swamp
The Virginia Pilot Special Series: The Shrinking Dismal Swamp
http://www.pilotonline.com/special/dismal/
Virginia*s Ocean, Islands and Seacoast
General.
Mid-Atlantic Integrated Assessment: Condition of the Mid-Atlantic Estuaries, 1998
http://www.epa.gov/emap/html/pubs/docs/groupdocs/estuary/assess/cond_mae.htm
Virginia Coastal Zone Management. The Department of Environmental Quality (DEQ) is the state*s designated lead agency for Virginia*s networked coastal zone management program under the federal Coastal Zone Management Act. "The Director of the Department of Environmental Quality (DEQ) shall monitor all state actions that affect coastal resources..."
http://www.deq.state.va.us/coastal/
Sea level rise.
Virginia*s coastal beaches and marshes are getting squeezed out of existence as buildings and shoreline "protection" prevent their natural migration inland from sea level rise; plus, the role of climate change.
Overview of Coastal Zone Sea Level Rise: Implications for Atlantic Coast
http://www.epa.gov/globalwarming/impacts/coastal/
The Regional Impacts of Climate Change: An Assessment of Vulnerability, Intergovernmental Panel on Climate Change, 1998, North America Coastal Systems Summary
http://www.epa.gov/globalwarming/publications/reference/ipcc/chp8/america13.html
Rising Seas, Coastal Erosion, and the Takings Clause: How to Save Wetlands and Beaches Without Hurting Property Owners, by James G. Titus of the EPA
http://www.epa.gov/globalwarming/publications/impacts/sealevel/takings.html
Against the Tide: The Battle for America's Beaches, 1999, by Cornelia Dean, New York Times Science Editor. Surprisingly interesting reading about the incredibly expensive and frequently disastrous efforts to save buildings at the expense of natural areas with jetties, groins, and seawalls, and the problems with beach renourishment. Case studies of places we know and love like Sandbridge, Chincoteague, the Outer Banks, and Cape May.
http://www.columbia.edu/cu/cup/catalog/data/023108/0231084188.htm
Curtailing the continued introduction of exotic species by marine shipping into the Chesapeake Bay.
Information and recommendations for action may be found in the following reports, which may be ordered by emailing a request to the Chesapeake Bay Commission:
pcress@ari.net
Large-scale shallow-water farming (aquaculture).
Potential habitat harm from leasing huge tracts of coastal shallow waters for large-scale farming:
Inquire about 1999 legislative study (HJ660), sponsored by Del. Tayloe Murphy, by emailing Russ Baxter, Director, Virginia Office, Chesapeake Bay Commission at
rbaxter@leg.state.va.us
Bottomland uses; submerged aquatic vegetation. Requests the Virginia Delegation to the Chesapeake Bay Commission to undertake an examination of a number of issues identified by it during an examination of activities with potential impacts to submerged aquatic vegetation. Issues to be addressed include: (i) changes needed in the Code of Virginia to better accommodate leasing for intensive aquaculture operations; (ii) development of criteria which the Virginia Marine Resources Commission (VMRC) would use to identify areas on state-owned bottomland (not included in the Baylor survey) where leases would be granted for intensive aquaculture operations; and (iii) changes needed in the Code of Virginia to allow VMRC to designate submerged aquatic vegetation restoration areas as components of leases contingent on the development of criteria, including geographic criteria, of areas likely to support submerged aquatic vegetation re-growth and restoration.
Murky Waters: Environmental Effects of Aquaculture in the United States
By Rebecca Goldburg and Tracy Triplett of Environmental Defense, 1997
http://www.environmentaldefense.org/pubs/Reports/Aquaculture/
The Southern Appalachian Mountains and Valleys
John D. Peine, Ph.D., Research Sociologist
Southern Appalachian Field Laboratory, U. S. Geological Survey,
Biological Resources Division
108 Hoskins Library, The University of Tennessee, Knoxville, TN 37996-4015
865/974-4056, jpeine@utk.edu
John Peine is a scientist with the US Geological Survey stationed at the Southern Appalachian Field Laboratory at the University of Tennessee in Knoxville. From 1982-1992, he was chief scientist at Great Smoky Mountains National Park. He is editor of Ecosystem Management for Sustainability: Principles and Practices Illustrated by a Regional Biosphere Reserve Cooperative, published in 1999 by Lewis Publishers. This book documents the work of the Southern Appalachian Man and the Biosphere Cooperative on The Southern Appalachian Assessment. His current research focuses on characterizing landscape settings of protected areas including land cover patterns, water resources, and land use policy.
Dr. Peine*s presentation is in bulleted form, organized by 1) high elevation forests, and 2) lower elevation forests and river valleys. For each of these two regions, he lists the good and bad news, for both the short term and the long term, along with how the public citizen can make a difference.
Drivers of Environmental Change
--Climate change
--Land use conversion
--Pollution sources
--Exotic species
--Pests and pathogens
High Elevation Forests -- Short Term:
Bad news:
--High elevation forests are in decline due to air pollution, pests and pathogens.
--Spruce-Fir forests are decimated by the balsam wooly adelgid and air pollution.
--Northern hardwoods are in serious decline as well but the cause is less certain.
--Beech gaps are highly stressed by a pathogen.
--Grassy balds not mechanically maintained are vanishing.
Good news:
--Selected balds are being maintained.
High Elevation Forests -- Long Term:
Bad news:
Good news:
High Elevation Forests -- How to Make a Difference:
Lower Elevation Forests and River Valleys * Short Term:
Bad news:
--Species-specific pests and pathogens regularly become a serious problem, first for the American chestnut, followed by the dogwood, butternut, oaks and eastern hemlock.
--Several wildlife species are making a comeback in the southern Appalachian highlands and valleys such as bear, deer, turkey, beaver, raccoons, peregrine falcon, bald and golden eagles.
Lower Elevation Forests and River Valleys * Long Term:
Bad news:
Good news:
Lower Elevation Forests and River Valleys *How to Make a Difference:
--Look into progressive policies in sustainable development in place in neighboring states, e.g., ridgetop protection ordinance, signage along the Blue Ridge Parkway, and the plan to add one million acres of protected lands by North Carolina; and sustainable development strategies by Maryland.
The Blue Ridge
Steve Nash, Associate Professor of Journalism
University of Richmond
9108 Windover Court, Richmond, VA 23229
804/289-8323, nash@richmond.edu
Steve Nash is an associate professor of journalism at the University of Richmond who writes about environmental issues and teaches environmental reporting. His book Blue Ridge 2020: An Owner's Manual, published in 1999 by the University of North Carolina Press, won the Southern Environmental Law Center's Phillip Reed Prize for journalism about Southern environmental issues, in June, 2000. His reporting has appeared in BioScience, The Scientist, National Parks, The Washington Post, The Christian Science Monitor and other newspapers and magazines; his opinion-editorial pieces have appeared in dozens of Southeastern newspapers. Blue Ridge 2020 draws on over a hundred technical sources and dozens of interviews with scientists and experts.
The Blue Ridge ecosystem is a treasure-house of biological diversity, stretching 550 miles from southern Pennsylvania to northern Georgia, with a long section through Virginia. The Blue Ridge Parkway runs through most of this ecosystem's 17,000 square miles, as does the Appalachian Trail, linking Shenandoah National Park with Great Smoky Mountains National Park, and seven different national forests. About a third of these mountains are in public hands -- the largest concentration of public lands east of the Mississippi -- and we are truly the stewards of its future.
The Blue Ridge shelters more than 200 different species of birds, 29 kinds of snakes, more than 1,400 different flowering plants, at least 70 species of fish, 70 species of mammals, and more than 130 tree species -- nearly as many as in all of Europe. But several powerful forms of human disturbance threaten to narrow this diversity, and they are doing so now.
* Air pollution not only sickens humans, but is also acidifying streams and soils in the Blue Ridge, diminishing and sometimes erasing fish populations in Virginia and other states and, some scientists believe, affecting the health of trees.
* Sprawl and road-building in the mountains obliterate wildlife habitat and create biological edges that are making feeding and breeding more difficult for the many species that need deep forests to survive. Migratory songbirds are an example of a whole class of species whose populations are often dwindling because of "edge effects."
* Indiscriminate logging operations denude whole landscapes and generate erosion that drowns streams in silt, killing fish and other organisms. Trees may eventually grow back, but much of the complex forest ecosystem may not recover.
* Exotic pests, from kudzu to gypsy moths, inadvertently brought into North America, are often responsible for disrupting ecosystems and threatening species. More are arriving each year, due to increased travel and trade and weak regulations.
Each of these threats can be met, if the political will is sufficient. Solutions abound.
Shenandoah to the Bay * the Chesapeake Watershed
Waldon R. Kerns, Ph.D., Professor of Resource Economics
Virginia Polytechnic Institute and State University
Dept. of Applied Economics, 315 Hutcheson Hall, Blacksburg, VA 24061
540/231-5995, kernsw@vt.edu
Since 1975, Dr. Kerns has been Professor of Resource Economics at Virginia Tech, where he has taught courses and conducted research/outreach activities on natural resource and environmental issues at the state, regional, national and international level. He has served on numerous state and regional commissions and committees. At present he is a member of the Commonwealth's Non-point Source Advisory Committee and chairs the Chesapeake Bay Program's Scientific and Technical Advisory Committee. Dr. Kerns is co-author of Chesapeake Futures: Choices for the 21st Century, to be published by the Chesapeake Bay Program this year, in which over 50 scientists and technical experts imagine what the Bay and its watershed will become over the next 30 years.
Chesapeake Futures is an undertaking to visualize what the Chesapeake Bay will become over the next 30 years. The futures study provides objective views of plausible futures for the Bay and the actions that could lead to these futures. The analyses are organized around three scenarios, each representing plausible outcomes by 2030: recent trends, current commitments and feasible alternatives.
Critical Trends: Demographic and Economic
The population in the entire watershed is expected to grow 16%, and additional 3 million people from 2000-2025, from just over 15 million to over 18 million. Most of the growth occurs in Maryland and Virginia, which go from constituting 67% of the watershed population to 70% in 2025. The report contains projected population changes by county.
Changes in population serves as the driving force for many activities associated with impacts on land and water resources.
Implications for Land and Water Resources
If recent trends continue, we will see a significant reversal in the progress that has been made within the watershed. Large amounts of resource lands will be converted to development, impacting agricultural, forest, and environmental resource lands and local streams and watersheds. If recent trends materialize, nitrogen and phosphorus loads will be well above the established cap by 2030.
Under current objectives, land use conversion would be reduced by over 50% from that estimated under recent trends. It is assumed that soon after the year 2000, nutrient loads will be reduced to levels close to the cap. However, by 2030, loads will increase considerably, largely due to new development. Despite the fact that pollution from agriculture in this scenario will be managed at levels approximately equal to those needed to achieve the goals of the tributary strategies, the increased load from new development (point and non-point sources) more than offset these benefits. As in the case under recent trends, nutrient loads in the Bay as a whole and in many parts of the watershed will exceed the levels needed to achieve and maintain the nutrient cap.
If feasible alternatives were widely implemented the majority of new growth between 2000 and 2030 would be concentrated in areas with sewer at relatively high densities. Progressive land conservation practices would be extensively employed throughout the watershed. Land use change and conversion would be reduced by another 50% or more beyond what could be achieved under current objectives. Advanced technologies to control pollution from agricultural, storm water, and point sources would also be routinely practiced. As a result, pollution loads in 2030 would remain under the nutrient cap. The increase resulting from new development, accommodating the 3.8 million additional people would be very small.
The Great Dismal Swamp
Lloyd A. Culp, Jr., Refuge Manager
Great Dismal Swamp National Wildlife Refuge, U.S. Fish and Wildlife Service
P. O. Box 349, Suffolk, VA 23439-0349
757/986-3705, lculpjr495@aol.com
Mr. Culp, a wildlife biologist, has managed the refuge for eleven years. He is a graduate of Auburn University with a bachelor*s degree in wildlife management. His prior career duties with our national wildlife refuges include training at St. Marks and Eufala National Wildlife Refuges in Florida and Alabama/Georgia; assistant refuge manager at Tennessee and Okefenokee National Wildlife Refuges in Tennessee and Georgia/Florida; and refuge manager at Great Meadows National Wildlife Refuge in Massachusetts.
The Great Dismal Swamp was a dominant feature of the landscape 200 years ago, as it may have covered as much as 1,000,000 acres in what is now southeastern Virginia and northeastern North Carolina. Over the past two centuries, most of the swamp has been cleared and drained for residential and commercial development, highways, and agriculture. Today, the Great Dismal Swamp is only a fraction of its original size.
The Great Dismal Swamp National Wildlife Refuge was established in 1974 for the primary purpose of restoring and perpetuating the largest remaining remnant of the swamp. Today, the refuge incorporates 109,000 acres in Virginia and North Carolina and has played an important role in preserving the biological diversity in the swamp watershed over the past 25 years. Moreover, progress has been made in hydrologic restoration and the restoration of fire-dependent habitats within the refuge.
Severe development pressures, however, threaten to make the refuge an ecological isolate. Major highways and commercial/residential development virtually surround the refuge, making it increasingly difficult for some wildlife, particularly black bears, to travel to and from other natural areas within the Great Dismal Swamp watershed. These wildlife populations may ultimately become inbreeding populations, which could inflict insidious health problems for the animals.
The urban encroachment also inhibits basic habitat restoration on the refuge. Some residents of nearby residential developments fear that refuge hydrologic restoration creates flooding problems on their property. Implementing an aggressive prescribed burning program to restore fire-dependent habitats is difficult when the fires and smoke could affect over 1,000,000 people, major highways, and airports. More recently, some neighbors believe the refuge may be threatening the health of people and horses by contributing to the spread of mosquito-borne pathogens such as eastern equine encephalitis.
Virginia*s Ocean, Islands and Seacoast
Mark Luckenbach, Ph. D., Professor of Marine Science
Virginia Institute of Marine Science, College of William and Mary
757/787-5816, luck@vims.edu
Dr. Luckenbach has been with the faculty of the Virginia Institute of Marine Science at the College of William and Mary since 1985. He received a bachelor*s degree in zoology from the University of North Carolina and a Ph.D. in biology from the University of South Carolina. He is currently a professor of marine science in VIMS* biology and fisheries departments, and he has served as director of VIMS* Eastern Shore Laboratory since 1992. His research in estuarine ecology, restoration ecology, and aquaculture has included such diverse topics as shorebird foraging dynamics, oyster reef restoration, the ecology of non-native oyster species, shellfish aquaculture development, seagrass ecology, and the impacts of agriculture on water quality. He is active in marine resource management issues through service on numerous advisory and policy-setting boards at the county, state and national levels.
The demographic trends which have lead to a boom in coastal populations show little signs of abating. Currently, over 38% of the population of the mid-Atlantic Region lives on the 19% of the land located within the coastal zone and that figure could climb to 50% within a few decades. This population growth places increasing pressures on coastal ecosystems and the services which they provide for us.
Over the past half century we have come to recognize and begin to redress a number of the adverse impacts of this demographic trend on coastal ecosystems. First, there is broad recognition that our coastal waters cannot be used as a dumping ground for our wastes. Tremendous progress has been made in reducing point sources of pollution and we have begun tackling the more difficult issue of non-point source pollution, including the need to deal with groundwater and atmospheric inputs. Similarly, for another one of "last century*s" problems, we now recognize that the bounty of our coastal waters cannot be limitlessly harvested. Fisheries management efforts have imposed meaningful limits on the catch of many species and we are beginning to see real improvements in some fisheries stocks. Though much remains to be done on both of these fronts, I am confident that the war can be won.
Among the challenges we face in managing our coastal zone and its waters in the coming decades, three stand out above the others in terms of their impact on coastal ecosystems and our use of them. The first of these is the myriad of issues raised by global climate change and sea level rise. It is now quite clear that an accelerating rate of sea level rise will affect our coastlines and coastal communities in many ways. Decisions that we make now about the use of our coastline will be with us for the next half-century. For instance, if we continue virtually everywhere to harden our shorelines and build without regard for sea level rise, we are certain to face not only escalating costs of fighting this ultimately futile battle, but also gravely endanger coastal ecosystems.
Growth in shipping associated with international commerce is assured in Virginia*s coastal zone. As a major part of the engine driving regional economic growth, this expansion is unlikely to be thwarted by environmental concerns. Our challenge is to ensure that as part of this growth, serious efforts are made to protect the delicate balance of coastal ecosystems. Among our concerns should be threats posed by the introduction of exotic species in ship ballast waters. Such introductions have the potential to affect local fisheries, regional biodiversity and ecosystem stability, so we need to find ways to manage and reduce their impacts.
Aquaculture, previously little more than a cottage industry in our coastal zone, is expanding rapidly and will continue to do so over the next several decades. Quite literally agriculture has moved beyond the land-water boundary and is now occurring on very significant scales in the shallow waters of our coastal zone. For instance, on Virginia*s Eastern Shore farm-raised, cultured clams are the third most valuable agricultural crop. This can be a very positive trend, providing greater sustainability than wild fisheries, but it raises the issues related to environmental impacts and private versus public ownership of our coastal waters which have not yet been addressed by Virginians.
In combination, these issues point to the need for a broad-based discussion in Virginia about how we are going to manage our shorelines, shallow waters and navigable waterways. Ultimately, I contend that this must lead us to an integrated zoning process which includes both the lands and waters of our coastal zone and which not only accommodates various economic interests, but seeks to maintain the ecosystem services on which we so depend.
Virginia Environmental Assembly 2000
September 16, 2000
Have We Lost the Big Picture?
The Case for Restoring Statewide Environmental Geographical Analysis
How a neighbor Bay State maps and analyzes statewide land use, projects land use trends, and shares information with other agencies and local governments, toward guiding smart growth. How do Virginia trends
compare, and what should this mean for responsible growth planning? With Virginia?s state environmental planning, growth planning, and EcoMaps offices closed, where do we go from here? What are Virginia?s other
environmental mapping needs? Not just for planners.
Introduction
Eileen Rowan, Conservation Chair
Virginia Audubon Council
12211 Welling Hall Rd, Doswell, Virginia 23047
(804) 227-3044, erowan@aol.com
Ms. Rowan is an environmental scientist on the board of directors of the Virginia Conservation Network. She has been supervisory surface-water hydrologist for the Suwannee River Water Management District
in Florida and research hydrologist with the U.S. Geological Survey in Virginia. At the Virginia Department of Environmental Quality, she researched aquatic and fish tissue toxics, coordinated the state's Chesapeake
Bay Program toxics and atmospheric deposition activities, and managed grant reporting for Virginia's Coastal Zone Management Program. She received a bachelor's degree in liberal arts from Loyola University in
New Orleans and, following six years of work in the communications industry, a master's degree in environmental engineering sciences from the University of Florida.
My interest in geographical analysis for environmental management goes back to the late 1980s when I supervised water programs for Suwannee River Water Management District. The beautiful rivers of North
Central Florida are subject to dangerous annual floods. We needed and used GIS to map the floodplain to guide development. Agriculture dominates these watersheds. Directly below them is a fragile honeycomb of
world-famous underwater caves. Punched throughout are crystal-clear springs considered national jewels. We needed and used GIS to locate the sensitive areas. We wanted to buy the most ecologically sensitive
floodplain lands. There were old-growth forests, primeval swamps, vast coastal marshes. We needed and used GIS to optimize our limited dollars.
In the early 90s, I mapped groundwater quality in Virginia?s coastal plain aquifers. I could not have done it without GIS. We were studying the Chickahominy River to learn how point and nonpoint sources of
pollution, changing land uses, and road crossings, were affecting its health. We could not have meshed so many sources of information without GIS.
When I came to the Virginia Water Control Board, our job was identifying toxic hot spots, and trying to figure out what had caused them. We needed to connect our sampling to things like permitted water
discharges, old waste lagoons, smokestacks. When I asked for GIS, it was patiently explained to me by management that GIS was just a tool for drawing pretty report covers.
When we became part of the new DEQ, I was glad that we finally would have access to the GIS EcoMaps program that came to DEQ from the Council on the Environment, another one of the four agencies that
became DEQ.
Within a short time I learned the EcoMaps program had been terminated, the GIS equipment had been given away, ultimately landing at what was then the Department of Economic Development, and we were
losing the staff.
And though today a few isolated state programs use GIS for narrow functions, there is no state environmental agency today that feels a lead responsibility for blending datasets into crosscutting analyses and
policy. By law, however, DEQ, is the "superagency," if you will, responsible for crosscutting reporting, policy and planning, and coordination across all the environmental agencies. In reality, it never happened.
Today our biggest concern is land use changes. Virginia once had a growth planning office which intended to use GIS to help monitor and project changes, so that we could guide growth wisely. That office is now
gone. Despite decades of studies and recommendations, there is today no state environmental office combining datasets statewide to make land planning information available to localities.
There?s no question we must recover lost ground. But what could we really do with such a capability? That?s what we?re here to discuss today.
Presentors
Richard Eberhart Hall, A.I.C.P., Manager, Environmental Planning and GIS Support
Maryland Department of Planning
301 W. Preston St., Room 1101, Baltimore, MD 21201
410/767-4560, Rhall@mdp.state.md.us
Mr. Hall has served for approximately fifteen years in North Carolina and Maryland at the state and local government levels. He is on the board of directors of the Maryland chapter of the American Planning
Association and of 1000 Friends of Maryland. He received a bachelor?s degree in urban and regional planning from East Carolina University and a master?s degree in city and regional planning from the University of
North Carolina at Chapel Hill.
[NOTE: VCN will be adding additional information on Mr. Hall?s presentation and links to Maryland?s Smart Growth initiatives in the near future.]
Jean Tingler, Director of Presentation Systems
Virginia Economic Development Partnership
901 E. Byrd St., Richmond, VA 23219
804/371-0340, jtingler@yesvirginia.org
Ms. Tingler has served the Commonwealth of Virginia in several environmental agencies, including: water quality monitoring and GIS projects for the Chesapeake Bay Local Assistance Department, the
EcoMAPS program at the Council on the Environment, and the Water Quality Assessments Division at the State Water Control Board. Prior to working for the Commonwealth, Jean worked at Hunter Holmes
McGuire Veteran?s Medical Center in infectious disease research. Jean received her bachelor?s degree in biology and environmental science from the University of West Alabama and a master?s degree in biology
from Western Kentucky University.
Waldon R. Kerns, Ph.D., Professor of Resource Economics
Virginia Polytechnic Institute and State University
Dept. of Applied Economics, 315 Hutcheson Hall, Blacksburg, VA 24061
540/231-5995, kernsw@vt.edu
Since 1975, Dr. Kerns has been Professor of Resource Economics at Virginia Tech, where he has taught courses and conducted research/outreach activities on natural resource and environmental issues at the
state, regional, national and international level. He has served on numerous state and regional commissions and committees. At present he is a member of the Commonwealth's Non-point Source Advisory Committee
and chairs the Chesapeake Bay Program's Scientific and Technical Advisory Committee. Dr. Kerns is co-author of Chesapeake Futures: Choices for the 21st Century, to be published
by the Chesapeake Bay Program this year, in which over 50 scientists and technical experts imagine what the Bay and its watershed will become over the next 30 years.
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