top of page

DCIS Lecture Series 2022-2023

​

The 2022-2023 Lecture Series for the Delaware County Institute of Science is scheduled for October 2022-May 2023. The monthly sessions will take place online via Zoom or in person (see schedule for details). Sessions are free and open to anyone - please note that pre-registration is required for Zoom-only sessions.​

​

All talks begin at 7:30PM. For the sessions at DCIS, the doors open at 7PM.

----------------------------------

​

Monday, October 10 - in person at DCIS

  • Changing oceans: Anthropogenic impacts on the early development of marine organisms--  Dr. Karen Chan (Swarthmore College)

    • Anthropogenic climate change and other emergent pollutants are rapidly changing our planet. Many marine organisms have complex life histories and some stages are deemed more vulnerable than others. We will explore the impacts of these stressors on key marine invertebrates and the potential for resilience. 

​

Monday, November 14 - in person at DCIS

  • The Mathematics of Art and the Art of Mathematics -- Dr. Samantha Pezzimenti (Penn State Brandywine)

    • While math has always been used in creating art, math can also be the inspiration for the art itself. In this talk, I will briefly present some examples of mathematics used by artists throughout history, followed by examples of artists who represent mathematical principles in their work. In addition to the greats from Leonardo DaVinci to M.C. Escher, I will introduce some current work in this area such as the Mathemalchemy group of twenty-four mathematicians and artists creating a large-scale mathematical art installation.

​

Monday, December 12 - online in Zoom (*Link to recording*)

  • The energetic impacts of disease: a case study of white-nose syndrome in southeastern bats -- Dr. Catherine Haase (Austin Peay State University)

    • Many North American bats are facing serious threats from changing environments and disease. White-nose syndrome is one of those threats and has impacted many species of bats across North America, leading to mortality in millions of bats since its first observation in 2006. I will discuss basic biology of bats, their ecological and economic importance, how white-nose syndrome impacts hibernating bats through behavioral changes leading to energetic losses, and the current research working to help combat this disease.

 

Monday, January 9 - online in Zoom (*Link to recording*)

  • Space Weather and Solar Storms: Updates from the NOAA/NWS Space Weather Prediction Center --  Mr. Shawn Dahl (Senior Space Weather Forecaster at the Space Weather Prediction Center in Boulder, CO)

    • This talk will highlight the Space Weather Prediction Center (SWPC), space weather activity, forecasting, and potential impacts. Space weather has become a concern for our society due to its ability to disrupt or degrade certain types of communications and technologies. Congressional and executive legislation has been passed to improve space weather science and forecasting because of the risk for an extreme space weather event to adversely affect commerce and our way of life. Solar Cycle 25 is progressing, with solar maximum predicted to be around 2025. This presentation’s intent is to inform participants about SWPC operations, space weather storms, SWPC forecasts, and primary concerns with regards to possible impacts – such as aviation, power grid, and space operations.​

​

Monday, February 13 - online in Zoom (*Link to recording*)

  • A climate and ocean record, from plankton to fossils  --  Dr. Claire Routledge (Univ. of Kiel/Germany)

    • ​Intervals of dramatic climatic and oceanographic change in Earth’s history has seen major extinctions and compositional changes in plankton, especially calcareous nannoplankton (coccolithophores), the most abundant calcifying organisms on the planet. By studying nannoplankton diversity and community structure through significant periods of climatic and environmental change, we are able to compare these with proxies of climate and ocean change and which allow us to test whether climatic shifts played a role in plankton evolution and population composition. This talk will introduce calcareous nannoplankton, climate and ocean change over the Cenozoic (past 66 million years), and provide insights on how this research can be used to improve our understanding of the direction Earth’s climate is heading.

​

Monday, March 13 - in person at DCIS

  • What tilts planets' orbits? --  Dr. Eric Jenson (Swarthmore College)

    • ​The planets in our solar system all orbit the Sun in roughly the same flat plane, and all are aligned with the Sun’s equator.  But some planets orbiting other stars have been found to have tilted orbits relative to their suns, with some orbiting at an angle, or even in reverse compared to the star’s rotation.  What causes this?  I will explain how we measure the alignment (or misalignment) of planets we can’t see directly, and how observations of forming solar systems could shed some light on these planets' unexpected orbits. 

​

Monday, April 17 - in person at DCIS

  • Zero-Waste Initiatives, from Transition Town Media  --  TTM Committee

​

Monday, May 8 - in person at DCIS 

  • Why are there so few women in the history of science? One wrong and three right answers  --  Dr. Roger Turner (Science History Institute)

​

----------------------------------

To learn more about our previous speakers and to view recordings from the Science Behind Climate Solutions series, visit our Previous Lectures page.​

​

 

bottom of page