Today Kim Prather (@kprather88) gifted a #CorsiRosenthalBox to the @WhiteHouse, as part of her outreach on the importance of cleaning the air to prevent transmission of SARS-CoV2. Nicknamed “Air Force One,” it was presented to @WHOSTP by Prather and @MarinaC_Dyb of @UConn.
C-R air filtration boxes are made from a box fan, MERV-13 filters & duct tape. The low-cost, DIY boxes can filter the air for up to six months. Prather also led the effort to build 250 for @UCSanDiego as part of the university’s #ReturnToLearn initiative: go.ucsd.edu/3U2wVEy
The “Air Force One” C-R box given to the @WhiteHouse was built by 5th graders from Noah Webster MicroSociety Magnet School in Hartford, CT.
Earlier this week, @kprather88 also presented at #CHSIAQ2022, a conference focused on the national strategy for improving indoor air quality. The distinguished atmospheric chemist presented on the importance of cleaning the air in schools with filtration. bit.ly/3B3e6In
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#HurricaneKay weakening into a tropical storm will bring widespread showers with potential for inland flooding to the Southern California region, says @jaycordeira of @CW3E_Scripps. View the water vapor transport forecast showing the storm’s movement: cw3e.ucsd.edu/ivt_iwv_uswc/
“The storm's circulation will drag water vapor up the Mexican coastline & into SoCal, but will be drastically different than the hurricane making landfall here. The latest forecasts bring the storm's circulation (tropical storm) to SD.” - @jaycordeira of @CW3E_Scripps
It's been a while since a large tropical storm has come close to SoCal & #HurricaneKay is showing up in @CW3E_Scripps’ #AtmosphericRiver (AR) forecast tools. ARs move water vapor in long narrow corridors, producing rain when making landfall. More on ARs⬇️
A new @CDIPBuoys (Coastal Data Information Program) monitoring station (CDIP 262 Leucadia Nearshore) was established at Beacon’s Beach to provide continuous wave observations offshore from this #CoastalErosion study site. 🌊
The new buoy station will monitor waves in the context of coastal erosion. The high-precision wave buoy data provided will allow researchers to understand wave effects independent of other environmental factors. 🌊
In addition, wave models for the local coastline will be validated and improved with these data. Sea surface and air temperature data will also be available. 🌡️ Data from CDIP 262 Leucadia can be found here: cdip.ucsd.edu/m/products/?st…
A team of marine biologists led by Scripps Oceanography's Amro Hamdoun (@Hamdounlab) has created lines of sea urchins — the marine equivalent of lab rats — that can be used as genetic models using the gene editing technology known as #CRISPR.
Described in a new paper out today in @Dev_journal, the genetic makeup of the #SeaUrchins is fully mapped and can be edited to study human disease genes. The creation of these new research model organisms will accelerate the pace of marine #biomedical research.
Having this new “genetically enabled” sea urchin could dramatically enhance the efficiency, reproducibility, and utility of studies of the developmental origins of diseases.
Today on #WorldMangroveDay, we're appreciating these salt-tolerant trees that live where the ocean meets the coast. 🌊🌳 Mangroves provide essential habitat for thousands of species. They also stabilize shorelines, and play an essential role as carbon sinks. 📷@octavioaburto
Researchers @octavioaburto, @MangroveMatt, @_hsumar, and others at Scripps have studied #mangroves in places like Mexico and the Galápagos Islands. They've been sampling mangrove sediments to understand understand carbon storage in these coastal ecosystems. #WorldMangroveDay
In this video by @NatGeoEducation, Scripps marine biologist Astrid Hsu (@_hsumar) describes how she and other researchers use remote sensing, including satellites and drones, to study mangroves and inform conservation efforts: #WorldMangroveDay