Join us on Jan. 26 as we kick off our spring virtual seminar series with SESYNC's Dr. Merle Eisenberg and Dr. Ophélie Couriot. Talks are free and open to the public. Registration required.
In this new video from SESYNC, Dr. Phillip Staniczenko explains what ecological networks are, why they’re useful, and where he thinks the field is heading next.
We've added new items to our list of of resources and tips for helping SESYNC teams elevate their team science. Check them out!
The National Socio-Environemental Synthesis Center
Lessons Learned for Interdisciplinary Collaboration on Socio-Environmental Problems
What is Actionable Science?
SESYNC Invites Proposals for Collaborative & Interdisciplinary Team-Based Research Projects
The National Socio-Environmental Synthesis Center (SESYNC) requests proposals for collaborative and interdisciplinary team-based research projects under two programs: Pursuits and Workshops.
Socio-Environmental Systems under Stress
Different Types of Data
Socio-Environmental Synthesis research relies on many different forms of information, learn about the variety of types of data that can be utilized.
Qualitative Data
Build a Shiny App to Browse MODIS Data
In preparation for our recent geospatial short course, I spent some time getting up to date on the new features in the leaflet R package. There are so many possibilities between the new add-ons in “base” leaflet like inset mini maps and measuring tools, and even more functionality being added all the time in leaflet.extras, mapedit, and mapview.
What are socio-environmental systems, what is synthesis, and how does one conduct synthesis research? In this three-part video series, we address those questions and provide examples that highlight the complexity and rewards of studying the relationships and dynamics between social and environmental systems.
SESYNC Invites Proposals for Collaborative & Interdisciplinary Team-Based Research Projects
The National Socio-Environmental Synthesis Center (SESYNC) requests proposals for collaborative and interdisciplinary team-based research projects under two programs: Pursuits and Workshops.
ANNAPOLIS —Humans may be the dominant cause of global temperature rise, but they may also be a crucial factor in helping to reduce it, according to a new study that for the first time builds a novel model to measure the effects of behavior on climate.
Drawing from both social psychology and climate science, the new model investigates how human behavioral changes evolve in response to extreme climate events and affect global temperature change.
