Galla Professor Jennifer Tank is the principle investigator for the land use and water quality program. The ND-ECI researchers on this project are investigating the "two-stage ditch" method for managing nutrient run-off, which will create a win-win situation for both farmers and fish. Assistant Professor Jason McLachlan is part of the Paleoecological Observatory Network (PALEON), an international collaboration developed by ND-ECI. PALEON research hopes to answer important questions, such as "How will forests across the country respond to coming changes in climate?" The Nature Conservancy's Great Lakes Aquatic Invasive Species Director, Lindsay Chadderton, works in close relationship with ND-ECI to develop and implement the eDNA monitoring method to detect Asian carp in Lake Michigan. Associate Professor Jessica Hellmann uses the greater Chicago area as a "test bed" for developing climate forecasting tools. ND-ECI has a program devoted to climate adaptation that focuses on how humans might help reduce the consequences of climate change for entire ecological communities.
Dr. David Lodge speaks at the 2013 Shamrock Series Event in Dallas
University of Notre Dame professor David Lodge discusses invasive species on a special segment of CBS Sunday Morning
Dr. Jessica Hellmann on NBC's Changing Planet series discusses adaptation of butterflies.
The Notre Dame Environmental Change Initiative (ND-ECI) is tackling the interrelated problems of invasive species, land use, and climate change, focusing on their synergistic impacts on water resources. The goal of ND-ECI is to provide solutions that minimize the trade-offs between human welfare and environmental health where trade-offs are unavoidable, and to discover win-win solutions where they are possible.
Interim Director, Jennifer Tank's Notre Dame Day 2015 Interview
June 22, 2015 • Author: Michael O. Garvey • Categories: Climate Change Adaptation
University of Notre Dame faculty members continue to comment on the new encyclical Laudato Si, issued by Pope Francis in Rome on June 18. In an op-ed in Wednesday’s Chicago Tribune, Notre Dame President Rev. John I. Jenkins, C.S.C., writes that, “It is characteristic of this pope to speak as the Catholic leader but to seek to build bridges to all people who promote friendship and cooperation serving the good of all.”
June 12, 2015 • Author: Ginna Anderson
Notre Dame faculty were both teachers and learners in the recent “Sustainability Across the Curriculum” Workshop organized by Rachel Novick, Director of the Sustainability Minor, and partners across campus.
May 04, 2015 • Author: Dana Bakirtjy, ND Works • Categories: Asian Carp and eDNA , Land Use and Water Quality, ND-LEEF, and Transportation Networks, Climate Change, and the Spread of Invasive Species
Sustainability is often thought about strictly as an environmental issue: recycling, limiting emissions or protecting wildlife. But sustainability is more than just planting trees and driving hybrid cars. More than 140 faculty members in 36 University departments are currently conducting sustainability research on topics ranging from corporate social responsibility to the use of quantum dots in solar cells.
Jennifer Tank, biology
Invasive species and access to fresh water are both environmental, economic and personal challenges to people across the world and in our own backyards, says Jennifer Tank, interim director of the Environmental Change Initiative, director of ND-LEEF (the Notre Dame Linked Experimental Ecosystem Facility), and Galla Professor of Biological Sciences. Tank hopes that her research at ND-LEEF, located in northwestern St. Joseph County at St. Patrick’s County Park, can be a piece of the puzzle to solving these problems.
Through a collaboration with Notre Dame hydrologists, Tank’s first project aims to understand how the size of the substrate on the bottom of a stream affects the biology of that stream. “Since streams influenced by agriculture or urban impacts often are filled with very fine sediments, we’re interested in seeing if coarsening the substrates will help restore damaged streams to their original function,” she says.