Current News
listings 1-5 of 5
December 2024
12-17-2024
Associate Professor of Biology Brooke Jude spoke to The Scientist magazine about her collaboration with microbiologist Anne Madden, who is founder and chief scientific officer of The Microbe Institute. Their collaboration, Find Purple, Frog-Saving Microbes, is a participatory science (citizen science) and community bioart project to conserve amphibians. Their project focuses on finding and understanding the biogeography of naturally purple-pigmented bacteria that help amphibians fight off a pandemic caused by a deadly fungus that is decimating unique populations of frogs, toads, salamanders, axolotls, and newts. Jude explains how the two scientists began to work together on this project: “We started thinking that a lot of our work overlapped in interesting ways, that some of the things that [Anne] was doing in The Microbe Institute, in terms of communicating about these projects that the general public could truly understand and sink their teeth into and enjoy and be passionate about. How do you get that word out?” Part of their project involved citizen science, which encouraged science enthusiasts to sample local waterways, grow microbes, and upload data on whether they found purple-pigmented bacteria. They also received funding from National Geographic to develop educational materials about purple microbes for middle and high school students.
Photo: Violacein, a purple pigment produced by bacteria, which Jude discovered in a water sample from the Hudson River Valley watershed and studies in her labs. Photo by Karl Rabe
Meta: Type(s): Faculty | Subject(s): Bard Undergraduate Programs,Biology Program,Division of Science, Math, and Computing,Environmental and Urban Studies Program,Environmental/Sustainability | Institutes(s): Bard Undergraduate Programs,Center for Environmental Sciences and Humanities |
Meta: Type(s): Faculty | Subject(s): Bard Undergraduate Programs,Biology Program,Division of Science, Math, and Computing,Environmental and Urban Studies Program,Environmental/Sustainability | Institutes(s): Bard Undergraduate Programs,Center for Environmental Sciences and Humanities |
November 2024
11-26-2024
Bard celebrates the completion of a major project to convert the Charles P. Stevenson Jr. Library’s outdated fossil fuel–fired heating system to a state-of-the-art geothermal heating and cooling system. A leader and early adopter of geothermal technologies, Bard College has ground source heat exchange systems on campus dating to the 1980s. Almost 50% of buildings on the main campus utilize geothermal technology for heating and cooling, and it is the default for all new construction projects on campus including the north campus residence buildings and the Maya Lin Performing Arts Studio.
The geothermal and HVAC renovation of the 60,000-square-foot Stevenson Library is Bard’s first conversion of an existing building from fossil fuels to geothermal. The College partnered with Brightcore as the turnkey provider of the library project, delivering a full scope of services, from the feasibility and design, drilling and ground loop installation, mechanical connections, incentive procurement, and upon completion, ongoing system performance monitoring. The library’s geothermal conversion will eliminate burning approximately 14,000 gallons of fuel oil and reduce 127 tons of carbon emissions per year. This conversion, along with Bard’s other sustainability-driven initiatives including its commitment to renewable solar and hydro energy, LED lighting, and LEEDs certifications, are significant steps toward fulfilling the College’s pledge to achieve carbon neutrality by 2035.
Further reading:
Bard College Continues Switch to Geothermal

The geothermal and HVAC renovation of the 60,000-square-foot Stevenson Library is Bard’s first conversion of an existing building from fossil fuels to geothermal. The College partnered with Brightcore as the turnkey provider of the library project, delivering a full scope of services, from the feasibility and design, drilling and ground loop installation, mechanical connections, incentive procurement, and upon completion, ongoing system performance monitoring. The library’s geothermal conversion will eliminate burning approximately 14,000 gallons of fuel oil and reduce 127 tons of carbon emissions per year. This conversion, along with Bard’s other sustainability-driven initiatives including its commitment to renewable solar and hydro energy, LED lighting, and LEEDs certifications, are significant steps toward fulfilling the College’s pledge to achieve carbon neutrality by 2035.
Further reading:
Bard College Continues Switch to Geothermal

Stevenson Library's new geothermal and HVAC system. Photo by Joseph Nartey ’26
Photo: Ribbon-cutting for the Stevenson Library's new geothermal and HVAC system. Photo by Joseph Nartey ’26
Meta: Type(s): General | Subject(s): Environmental/Sustainability |
Meta: Type(s): General | Subject(s): Environmental/Sustainability |
October 2024
10-29-2024
Valve Turners, a documentary feature film directed and produced by Steve Bonds-Liptay MS ’10, premiered and won the Climate Action Award in this year’s Climate Film Fest. Valve Turners follows a small group of activists from the Pacific Northwest as they turn the valves and halt the flow of five oil pipelines entering the United States from Canada to spotlight the climate emergency. Facing felony charges, they defend their actions as necessary in light of decades of political inaction and urgent warnings from climate scientists. The film festival called Bonds-Liptay’s feature “riveting and incisive.” Bonds-Liptay graduated from Bard’s Graduate Programs in Sustainability with a masters degree in environmental policy.
Photo: Still from Valve Turners. Photo courtest of Climate Film Fest
Meta: Type(s): Alumni | Subject(s): Alumni/ae,Bard Graduate Programs,Bard Graduate Programs in Sustainability,Environmental/Sustainability | Institutes(s): Bard Center for Environmental Policy |
Meta: Type(s): Alumni | Subject(s): Alumni/ae,Bard Graduate Programs,Bard Graduate Programs in Sustainability,Environmental/Sustainability | Institutes(s): Bard Center for Environmental Policy |
September 2024
09-30-2024
Evolutionary traps are problems, most often human-created changes to the environment, which animals encounter and are not prepared for through natural selection. For example, toxic plastics that look like food or artificial lights that mimic stars in the night sky but have no navigational value. Animals lack the behavioral tools to handle them and thus make maladaptive choices that make it difficult for them to survive. Discover magazine talks to Bard Associate Professor of Biology Bruce Robertson and cites his research on some of the most concerning evolutionary traps, such as sea turtle hatchlings heading inland instead of into the water due to being confused by beachfront lights or Australian death adders poisoning themselves by preying on non-native toad species. “Traps will cycle populations toward extinction extremely rapidly,” Robertson says. “They’re like demographic black holes.”
Photo: Associate Professor of Biology Bruce Robertson. Photo by Karl Rabe
Meta: Type(s): Faculty | Subject(s): Biology Program,Division of Science, Math, and Computing,Environmental/Sustainability,Mind, Brain, and Behavior | Institutes(s): Bard Undergraduate Programs,Center for Environmental Sciences and Humanities |
Meta: Type(s): Faculty | Subject(s): Biology Program,Division of Science, Math, and Computing,Environmental/Sustainability,Mind, Brain, and Behavior | Institutes(s): Bard Undergraduate Programs,Center for Environmental Sciences and Humanities |
09-24-2024
Bard Associate Professor of Biology Gabriel G. Perron and Bard Associate Professor of Chemistry Swapan S. Jain have received $46,000 from the Stone Barns Center for Food and Agriculture to study the impact of farming practices on the nutritional content and microbial diversity of fermented vegetables, which complements existing funds of $50,000 from Hudson Valley Farm Hub to study soil health. “Getting support from such an important organization not only enables us to continue our work on agroecology, but also gives us visibility at the national level,” said Gabriel G. Perron. Both Perron and Jain are also associated with the Center for Environmental Sciences and Humanities at Bard.
The Stone Barns Center funds will be used to study and document the impact of frost on the nutritional value of raw and fermented cabbage. Perron and Jain will also be investigating how frost impacts the microbial communities developing during fermentation, which affects the probiotic qualities of fermented cabbage (e.g. sauerkraut). This project will be conducted in collaboration with farmers at Stone Barns, chefs at Blue Hill at Stone Barns, and Bard College researchers Perron and Jain. Former Bard student Pearson Lau ’19, who recently published his Senior Project on the effect of chlorination on sourdough starter cultures, will also be part of the research team. Professors Perron and Jain plan to involve current Bard undergraduates in their research project. This collaboration has also made it possible to bring students from Bard and Bard NYC to visit Stone Barns and Blue Hill at Stone Barns as part of their respective classes.
“We are very excited about this wonderful collaboration with farmers and chefs in our local community. This work will help us in addressing important questions related to nutrition and the overall health of our food ecosystem,” said Swapan S. Jain.
The Stone Barns Center funds will be used to study and document the impact of frost on the nutritional value of raw and fermented cabbage. Perron and Jain will also be investigating how frost impacts the microbial communities developing during fermentation, which affects the probiotic qualities of fermented cabbage (e.g. sauerkraut). This project will be conducted in collaboration with farmers at Stone Barns, chefs at Blue Hill at Stone Barns, and Bard College researchers Perron and Jain. Former Bard student Pearson Lau ’19, who recently published his Senior Project on the effect of chlorination on sourdough starter cultures, will also be part of the research team. Professors Perron and Jain plan to involve current Bard undergraduates in their research project. This collaboration has also made it possible to bring students from Bard and Bard NYC to visit Stone Barns and Blue Hill at Stone Barns as part of their respective classes.
“We are very excited about this wonderful collaboration with farmers and chefs in our local community. This work will help us in addressing important questions related to nutrition and the overall health of our food ecosystem,” said Swapan S. Jain.
Photo: Bard College Food Microbiology class visits the Stone Barns Center.
Meta: Type(s): Faculty | Subject(s): Biology Program,Center for Environmental Sciences and Humanities (CESH),Chemistry Program,Division of Science, Math, and Computing,Environmental/Sustainability | Institutes(s): Bard Undergraduate Programs,Center for Environmental Sciences and Humanities |
Meta: Type(s): Faculty | Subject(s): Biology Program,Center for Environmental Sciences and Humanities (CESH),Chemistry Program,Division of Science, Math, and Computing,Environmental/Sustainability | Institutes(s): Bard Undergraduate Programs,Center for Environmental Sciences and Humanities |
listings 1-5 of 5