The National Academies of Sciences, Engineering, and Medicine set to release Greenhouse Gas Emissions Information for Decision Making.

Climate change, driven by increases in human-produced greenhouse gases and particles (collectively referred to as GHGs), is the most serious environmental issue facing society. The need to reduce GHGs has become urgent as heat waves, heavy rain events, and other impacts of climate change have become more frequent and severe. Since the Paris Agreement was adopted in 2015, more than 136 countries, accounting for about 80% of total global GHG emissions, have committed to achieving net-zero emissions by 2050. A growing number of cities, regional governments, and industries have also made pledges to reduce emissions. Providing decision makers with useful, accurate, and trusted GHG emissions information is a crucial part of this effort.

The full description and info on how to order available here

A new threat has become apparent: Arctic lakes are drying up, according to research published in the journal Nature Climate Change. The study, led by UF Department of Biology postdoctoral researcher Elizabeth Webb, flashes a new warning light on the global climate dashboard.

Webb’s research reveals that over the past 20 years, Arctic lakes have shrunk or dried completely across the pan-Arctic, a region spanning the northern parts of Canada, Russia, Greenland, Scandinavia and Alaska. The findings offer clues about why the mass drying is happening and how the loss can be slowed.

The vanishing lakes act as cornerstones of the Arctic ecosystem. They provide a critical source of fresh water for local Indigenous communities and industries. Threatened and endangered species, including migratory birds and aquatic creatures, also rely on the lake habitats for survival.

Read more about Webb's findings here.

This week-long event with guest speakers was designed to help you understand the impacts our changing climate is having on the Sunshine State. Industry leaders and front-line advocates spoke about the effects climate change is having in your community, and how to become a part of the solution to ensure a sustainable planet for future generations. 

Hear Tiffany Troxler (FIU) and Kebreab Ghebremichael (USF) discuss Laying the Groundwork for 'Getting to Neutral' in the State of Florida- Presented by Florida Climate Institute Watch recorded session at:

Hurricanes cause widespread interruption to meteorological and hydrological measurement stations exactly at the time when researchers and decision-makers need them most. To fill this observational gap, researchers led by Dr. Forrest Masters (UF) developed a state-of-the-art monitoring station, called a "Sentinel," engineered to operate in and measure extreme wind, storm surge, wave, and hazardous water quality conditions. This platform is currently being used to collect data in the Tampa area by this research group.

In 2021, a Mark I Sentinel was designed and prototyped. In contrast to permanent stations that are elevated and hardened to avoid/ resist flooding and waves, the station was designed for temporary installation at the shoreline between the mean tidal datum and the sand dunes. Its system was designed to resist 5 m breaking waves in a 5 m still water depth, accounting for 1 m of combined erosion and pile scour. Data such as 3D wind velocity, pressure, temperature, humidity data, and videos are collected at the top of the mast.

This year, the team, including Dr. Brian Phillips (UF), Dr. Forrest Masters (UF), Dr. Britt Raubenheimer (Woods Hole Oceanographic Institute), Dr. Maitane Olabarrieta (UF), Dr. Elise Morrison (UF), Dr. Chris Ferraro (UF), and Dr. Justin Davis (UF), received an NSF Major Research Instrumentation award to support the design of a Mark II Sentinel system and the commissioning of a fleet of six Mark II Sentinels.












Data and video will be shared with a broad spectrum of research, operational, and commercial partners as well as interests supporting local response and recovery, such as state departments of environmental protection or natural resources. These stations will support fundamental research that includes, but is not limited to, numerical weather prediction, storm surge, shallow wave modeling, boundary layer meteorology, air-sea interaction, biogeochemistry, aircraft- and satellite-based remote sensing of the surface wind and wave fields, and hydrodynamic loading of coastal structures. We wish the team smooth, safe conditions for their deployment this week!

The VISTA Award is VoLo's latest recognition, specific for graduate students who display exemplary leadership, along with Vision, Innovation, Sustainability, Technology, and Action in climate solutions.

VoLo will gather proposals from students at the Graduate level who are enrolled full-time with a US-based University or College. The finalist student individuals or teams will be invited by VoLo to present their ideas at our 2023 Climate Correction™ conference in Orlando, Florida.

At Climate Correction™, VoLo’s Founders will determine the project that best drives positive change in FLORIDA climate solutions.

The winning project will receive a one-time grant from VoLo Foundation, paid to the affiliated university: US$10,000 if submitted individually, and US$25,000 if submitted by teams of 2 people or more. Students from all disciplines are encouraged to apply.

Details can be found here.

Deadline to apply is October 31, 2022