ComSciCon

The Sun is surrounded by a network of invisible magnetic forces that help to form dangerous storms in space. However, the Sun appears inactive in the sky, just as a bar magnet sitting on a table seems inert. We can map out the magnetic field around a bar magnet by simply scattering iron filings around it and watch as they line up in a pattern of lines that trace the hidden forces at work. This experiment is easy enough to do at home, but how can we learn about fields on grander scales?

Recent Publications by ComSciCon attendees or about ComSciCon

Sankovitz M. ComSciCon: The Communicating Science Workshop for Graduate Students, by Graduate Students, in ScienceTalk. Portland, Oregon ; 2019. Publisher's Version

Chang J, Sanchez A. Science Communication Workshop Aims to Engage STEM Researchers Across New York. WSKG [Internet]. 2019. Publisher's Version Abstract

In just over a decade, the United States went from laughing at Stephen Colbert’s “truthiness” to fighting over Kellyanne Conway’s “alternative facts.” Scientific evidence is a necessary resource in this contentious environment, but to utilize that resource, scientists need to build effective communication skills. ComSciCon-Cornell helps scientists do exactly that, bringing together graduate and postdoctoral researchers from across the Central and Western New York region to learn about and engage in scientific communication.

This past July, a team of six Cornell University graduate students and postdoctoral fellows organized ComSciCon-Cornell 2018 for 40 STEM researchers. The two-day event explored modern digital communication, with special focus on storytelling, socially sensitive topics, and public engagement. On both days of the conference, attendees learned from a diverse group of 20 professional communicators and experts through Q&A and interactive sessions. Concurrently, attendees wrote their own popular science articles and actively engaged with panelists and workshop peers alike for feedback.

Sampson DC, Xu CCY. Understanding Local Impacts to Inform Wildlife Conservation. Blog of the Union of Concerned Scientists [Internet]. 2018. Publisher's Version Abstract

t’s 16:30 in rural Myanmar and my field crew, who had spent the day surveying for elephant dung, are racing our caravan of motorbikes back to the field camp before dusk descends. As the day fades tempering the oppressive heat, elephants emerge from the shade of the forest to begin foraging, sometimes in the sugarcane and rice paddies that are increasingly spreading across the country. Running into one of these giants as they too use the network of dirt roads to travel through the landscape can be fatal, necessitating a strict policy of returning to camp before dark for the safety of the team. While my field season lasts a short three months, this is one of many concessions residents are forced to make or risk their lives encountering an elephant as night falls.

A large chunk of elephant skin

It is unsurprising that most of the remaining endangered charismatic mega fauna are in some of the poorest areas on earth. It is in these areas where wildlands still exist, and the lack of economic development has prevented the boom of industry and infrastructure that could spell the end for remaining mega herbivores and carnivores. It is also in these areas where the people tasked with the burden of living with the species disproportionately bear the brunt of human-wildlife conflict. Though local community members indicate they value elephants for religious and cultural reasons, as well as the important role they play in the ecosystem, increasing human-elephant conflict may lead to a greater acceptance of elephant poaching as a way to prevent crop-raiding and reduce human injury and death from run-ins with their giant neighbors.

ComSciCon

The Communicating Science workshop for graduate students

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Recent Publications by ComSciCon attendees or about ComSciCon