Christopher X J. Jensen
Associate Professor, Pratt Institute

BK BioReactor visualizes Gowanus Canal microbial communities

Posted 23 Sep 2017 / 0

Gowanus Canal images courtesy All-Nite Images via Wikimedia Commons My colleague Romie Littrell referred me to a really interesting project of the BK BioReactor group that visualizes microbial community diversity in the Gowanus Canal: http://www.bkbioreactor.com/visualization/ For those who are not familiar with the Gowanus Canal, an historically-important Brooklyn shipping lane that is now a Superfund Read More

A Minor Post, Anthropogenic Change, Biology (general), Bogs & Wetlands, Community Ecology, Conservation Biology, DNA Barcoding, Ecological Restoration, Educational Software and Apps, Experiments (General), Freshwater Ecosystems, Genetics, Geography, Information Design, Intertidal Zones, Microbial Ecology, Web

EcoMotion studios celebrates Robert Paine’s Pisaster experiments

Posted 06 Oct 2015 / 0

Back at the Evolution 2014 meeting I encountered the great “Drift” animated short, which I still use in my evolution course. Well the producers of that short have formed ECOmotion Studios, and they have made a bunch more videos in honor of the¬†Ecological Society of America‘s centennial. This one is a fun “spoken word” jam Read More

A Minor Post, Coevolution, Community Ecology, Competition, Ecological Society of America, Ecology Education, Film & Video, Film, Television, & Video, Intertidal Zones, Keystone Species, Methods, Predation, Science in Art & Design

Patterns in mussel beds may reflect interaction between individual behavior and emergent environmental patterns

Posted 09 Sep 2011 / 0

Mussel beds off of Polzeath, United Kingdom (photo by Andy F) Natural selection is often oversimplified as the effect of the outside environment on the survival and reproduction probability of individual organisms. In the end this perspective has some value: individual organisms either survive and reproduce or they do not. But along the way, an Read More

Behavioral Ecology, Competition, Cooperation, Emergence, Individual-based Models, Intertidal Zones, Population Growth, Spatially Explicit Modeling