POSTPONED: Climate Change: The Story Behind the Headlines — DC

Tuesday, March 24, 2020 — 6:30pm
until 8:30 pm
RSVP by Monday, March 16
National Press Club
Washington, DC
show map

Due to the developing outbreak of the novel coronavirus, COVID-19, we are suspending all alumni events until further notice. Registration fees will be refunded automatically; if you would like to forgo a refund, the cost of your ticket may be allocated to the Bates Fund by filling out this form on our website.

Learn more about Bates’ response to the coronavirus: https://www.bates.edu/about/covid-19-information/

In 2020, climate change is everywhere. No longer a far-off prospect for a distant future, it’s been blamed for wildfires in Australia and California and political unrest in the Middle East. Teenage activists and international organizations alike are calling for urgent action and rapid change. 

At this panel, Bates professors will discuss the science behind climate change and explain how their own research contributes to the broader understanding of the consequences of a warming planet.

$30 per person; $15 for alumni classes 2010–2019.

Financial Assistance
If you find the cost prohibitive but wish to attend the event, please contact Heather Corbett, Assistant Vice President for Alumni Engagement.

Registration includes hors d’oeuvres and hosted bar — Dress attire is Business Casual — Use Metro Center for the closest stop.

Panelists:

+Beverly Johnson, Professor of Geology

Bev Johnson’s research interests involve using geochemical analyses to explore environmental change over a range of temporal and spatial scales.  She specializes in organic and stable isotope geochemistry and the use of stable carbon, nitrogen and sulfur isotopes in modern and ancient organic matter.  Bev and students investigate problems such as the history of sea-level rise and coastal storms (otherwise known as paleotempestology) as recorded in salt marsh sediments. Bev is a member of the international scientific working group on coastal blue carbon and studies the potential of carbon storage and sequestration in salt marshes, seagrass beds, (and mangroves ) as a means for mitigating climate change.

Professor of Geology Beverly Johnson uses a sediment elevation table to measure the height of the Sprague River Salt Marsh, part of the Bates–Morse Mountain Conservation Area.
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These data are used to measure the response of the marsh to rising sea level and storm activity, Johnson says. Four years ago, she and her Short Term geology students traveled to the Sprague, where they placed rods deep in the marsh as benchmarks to measure future changes.

Show with Laura Sweall (in garnet baseball cap), Harward Center for Community Partnerships, Director of Bates Morse Mountain Conservation Area, and Vanessa Paolella '21 of Dingmen's Ferry, Pa., who has been working with Johnson on geology research over the summer.

Also present: Clailre Enterline (in green shirt and blue baseball cap), Research Coordinator with the Maine Coastal Program. And (not in selects but wearing a blue baseball cap and blue shirt) Ellen Bartow-Gieelie, Coastal Fellow with the Maine Coastal Program.

+Lynne Lewis, Elmer W. Campbell Professor of Economics

Lynne’s work has covered topics including valuation of ecosystem services, water quality trading, water allocation and the impacts of climate change. She recently participated in an NSF grant focused on valuing the potential benefits from dam removals and river restoration. Part of that new research involves estimating distance decay in willingness to pay for river restoration and building a bioeconomic model connecting freshwater systems to the inshore cod fishery. She is also working on new research focused on building coastal resilience in the face of sea-level rise as well as examining economic resilience and capacity building in the face of rapid glacier melt. 

Lewis’s teaching areas include microeconomics, environmental economics, natural resource economics, and valuation. She recently c-taught a Short Term course, In Search of Higher Ground: Flooding, Sea Level Rise and the Future of the Eastern Seaboard. This class traveled through coastal Maine, Virginia and North Carolina learning about adaptation policies. 

Bates environmental economist Lynne Lewis, associate professor of economics, poses on the Auburn banks of the Androscoggin River behind The Hilton Garden Inn Auburn Riverwatch.

Historically, in states like Maine where rivers were treated as part of the industrial infrastructure, pollution and other industrial effects depressed the value of property near rivers. Lewis' Kennebec research offers proof that the opposite effect holds true as well: Restoring a river to a more natural state raises those values.

+Michael Retelle, Professor of Geology

Currently, Mike is involved in several research projects in high latitude areas of the North Atlantic region. He began his arctic research in the Canadian Arctic focusing on glacial and sea-level history and high-resolution records of climate change preserved in annually layered lake sediments.

In 2005, Mike began working in western Spitsbergen (Svalbard, Norwegian arctic) on the Svalbard REU Project (National Science Foundation, Research Experience for Undergraduates program. This project involves the study of modern processes in a high arctic glacial-fluvial-lacustrine system and the investigation of longer-term and high-resolution climate change from lake sediment cores. He currently directs the summer research program for undergraduate students as a summer course sponsored by the Arctic Geology Department at UNIS, the University Centre in Svalbard. He and Professor Ray Bradley, UMass Amherst were recently funded by the U.S. National Science Foundation to study the effects of the warming climate on the high arctic hydrologic system in western Svalbard.

He is also currently working on a collaborative project in northern coastal Norway with his students and colleagues.

"As human beings, we’re used to thinking of time as year to year or generations at the most. Putting geological events in a broader, longer, deeper context is a difficult concept to grasp. So we’re using Garcelon Field as a 100-yard timeline upon which to superimpose certain geological events, from the formation of the earth’s crust to the first algal fossils, the first shell fossils, first fish, first trees, dinosaurs, even the first bobcat, the last Ice Age and the formation of Bates College. On the football field, one yard is going to represent 46 million years. And it’s stunning to see that most of the action is within the far-10 yard line."

— Professor of Geology Mike Retelle explaining an exercise for Geology 103 students to measure the depth of geologic time

(Phyllis Graber Jensen/Bates College)

+MODERATOR: Evan Lehmann, Climatewire Editor, E&E News

Evan has been a journalist for 16 years. He has written about communities along the Mississippi River and covered city politics in Massachusetts. He began covering Congress in 2005 and joined E&E News in 2008 to write about federal policy related to climate change and the insurance industry. He covered the Trump presidential campaign and the White House. He received a journalism degree from the University of Wisconsin-Madison.

Meet the Host Committee

  • Lisa B. Barry ’77, Trustee
  • Ann E. Bushmiller ’79, P’17, Trustee
  • Emma A. Sprague ’10, Trustee
  • Catherine Schmitz Bise ’87
  • Joel W. Colony ’06
  • Irwin Flashman ’65
  • Matthew J. Furlow ’14
  • Lawrence J. Handerhan ’05
  • Ainsley M. Jamieson ’18
  • Mikka Kei Macdonald ’16
  • Lance Matthiesen ’85
  • Danielle L. Munoz ’15