Data-Intensive Approaches to Understanding Continental-Scale Drivers of Insect Communities

Abstract

Citizen science greatly expands the scale at which we can collect data and thus explore problems and solutions that are increasingly global in nature. Dr. Leslie Ries works on biodiversity data flowing from citizen-science monitoring efforts, currently focused on North American butterflies. She focuses on several facets of citizen-science, including the use of these data to answer large-scale ecological questions, especially those related to climate and land cover; developing statistical tools to extract the most robust information from the data; designing systems to support data management, visualization, and sharing; and developing “knowledge” databases that compile life history and other trait data to enrich multi-species analyses. In addition to carrying out and enabling large-scale ecological research, Leslie has also been working on methods to integrate big-data approaches into formal (currently undergraduate) education, and is also increasingly interested in informal education opportunities as well. More recently, she has become interested in how citizen-science can inform conservation values, behavior, and outcomes.

Presenters

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Leslie Ries

Visiting Scholar in Residence

Dr. Leslie Ries is an Associate Professor of Biology at Georgetown University. She is an ecologist who focuses on patterns, both landscape and biogeographic, at medium and large scales—primarily those associated with butterflies. She was an important contributor to the establishment of SESYNC, assisting the initial leadership team in identifying important themes and launching several projects. Her research explores underlying mechanisms using laboratory studies of caterpillar growth and development based on different temperature regimes. She studies these patterns across ranges using large...

Image

Leslie Ries

Visiting Scholar in Residence

Dr. Leslie Ries is an Associate Professor of Biology at Georgetown University. She is an ecologist who focuses on patterns, both landscape and biogeographic, at medium and large scales—primarily those associated with butterflies. She was an important contributor to the establishment of SESYNC, assisting the initial leadership team in identifying important themes and launching several projects. Her research explores underlying mechanisms using laboratory studies of caterpillar growth and development based on different temperature regimes. She studies these patterns across ranges using large databases—mostly originating from citizen-science-monitoring networks. Leslie’s research focuses on several facets including: Using citizen-science data to answer large-scale ecological questions, especially those related to climate and land cover Developing statistical tools to extract the most robust information from the data Designing systems to support data management, visualization, and sharing Developing “knowledge” databases that compile life history and other trait data to enrich multi-species analyses. In addition to carrying out and enabling large-scale ecological research, Leslie also works on methods to integrate big-data approaches into undergraduate education, and she is increasingly interested in informal education opportunities, as well.

External Links:
https://scholar.google.com/citations?user=i1sIWUkAAAAJ&hl=en

Date
Time
12:30 p.m. ET
Location
National Socio-Environmental Synthesis Center (SESYNC) 1 Park Place, Suite 300 Annapolis, MD 21401
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