Sexy-ology uses creativity and performance to make sexual health education approachable, engaging, and fun. Through interactive activities and lighthearted drag king performances, participants will explore topics such as consent, safer practices, healthy relationships, and body confidence. This event is open to all.Visit URInvolved for complete event details.

Statewide Gardening Information and Soil Testing ScheduleFrom March through October, our URI Master Gardener volunteers offer free soil pH testing to Rhode Island residents, helping you understand your soil's health and providing recommendations for improvement. Bring a soil sample to the event and our experts will determine its pH levels and texture, offering guidance on achieving optimal soil conditions for your gardening needs.Additionally, explore our Gardening Information and Soil Testing (GIST) booth, where you can ask gardening questions and access a wealth of resources to support your horticultural goals.Learn how to take a soil sample and access the statewide schedule by visiting: uri.edu/coopext/services/gist

Need a hand with technology? Drop by our Zoom room whenever you have questions or run into tech issues. We're happy to help the URI community. Join Zoom Meeting https://uri-edu.zoom.us/j/93933366369 Meeting ID: 939 3336 6369 Join instructions https://uri-edu.zoom.us/meetings/93933366369/invitations?signature=ofxk_lq4viETQ7iczJ4QRtwIcA4p3Cdi6OAyyS7D6Hg

This is an interactive workshop on Copilot designed for you to learn, explore, and leave with usable items and/or sharable resources. The workshop will open with an introduction to and demonstration of Copilot. We will then experiment with 5 practical teaching use cases, with option of creating a sharable resource. Wrapping up this session with a time of open sharing and discussion.Objectives:Feel confident experimenting with AI tools in their academic practiceBe aware of ethical and responsible AI use in higher educationRegister

Title: Observing Sea Ice from Space: What do Microwave Sensors Reveal About Surface Processes?Speaker: Dr. Aikaterini (Katia) Tavri, Brown UniversityAbstract: Microwave sensors enable continuous observation of the polar regions, operating day and night and through cloud cover when optical satellites are limited. They reveal how sea ice surface properties--such as roughness, snow cover, and melt ponds--govern the exchange of heat and momentum between the ocean and atmosphere. Yet the melt season remains a major challenge: thin ice and widespread ponding blur the distinction between young and old ice types, reducing the reliability of long-term climate records. In this study, we examine thermodynamically grown first-year and multi-year ice, within a landfast region in the Canadian Arctic Archipelago, where the same floes can be tracked from late winter through advanced melt without the complication of ice motion. Using multi-frequency and multi-polarization microwave observations, we show that shorter wavelengths are better capturing surface scattering as melt ponds first form, while longer wavelengths are sensitive to volumetric contrasts and perform better as ponds drain. These results demonstrate how microwave observations encode the physics of melt-season transitions, extend the period over which satellites can reliably monitor sea ice, and provide new opportunities to improve climate records and predictions of sea ice evolution