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SAN DIEGO, Calif. (KGTV) - The warmest ocean temperatures on record are making things interesting for San Diego’s fishermen.Local fisherman say they are seeing more game fish closer to the coast than even before.“2018 is a season that has been off the charts,” said Frank Ursitti, the owner of H & M Landing.Scientists recorded ocean temperatures at more than 80 degrees last week.Ursitti says his tours are lining in more dorado, yellowtail, yellowfin and bluefin this time of year than usual.  “Often time times anglers or recreational fisherman will have to venture 8 to 15 days at seas for certain kinds of fish,” said Ursitti, “but now some of anglers are venturing just 12 hours offshore for the fish of a lifetime.”Fisherman Magnum Scuro says they have all noticed the warmer waters, but he is curious for what may be it consequences next year.“There are some negative things that can happen with the warm water - it can kill the kelp,” said Scuro, “ (the) hot water is going to expose a lot of areas where there hasn’t been kelp so we can get to it, but there’s going to be be a lot of kelp that’s going to be gone.” 1151

SAN DIEGO, Calif. (KGTV) -- Hundreds of families are sleeping at Liberty Station Saturday night to raise awareness and money for the homeless in San Diego. The event is an annual tradition for the The San Diego Rescue Mission. Families participating in the event sleep on cots and tents made of cardboard to experience what homeless experience on a daily basis. Participants also build hygiene kits, blankets, and pet packs for the homeless. This year, the event included a concert, food, and a prayer session to pray for those that don't have a home. All of the proceeds raised at the event go to the San Diego Rescue Mission. 636

SAN DIEGO, Calif. (KGTV) - UC San Diego is a pilot school for an exposure notification system that alerts users if they’ve come in contact with someone who tests positive for COVID-19. It’s a partnership with the state of California and officially launched on campus Thursday.The system uses smartphone technology to anonymously tell people they may have been exposed. It does not track locations and is completely anonymous. It starts working when a person downloads the system on their phone and enables notifications. It then records proximity to other devices that also have the program downloaded. If two phones come in contact with each other for more than about 15 minutes and are closer than around six feet, it takes note of that. Then, if a person tests positive later, they can go in the program and click a button saying they tested positive, and their system sifts through all the devices that previously had extended exposure, sending those users alerts about the possible exposure.Doctor Christopher Longhurst, Chief Information Officer and Associate Chief Medical Officer for UCSD Health said the biggest factor that will impact effectiveness is the number of users.“We’d like to see 75% of that community or more adopting. Modeling done by Oxford and other universities has shown that if we can get over 50% adoption in a population, you can actually help to end outbreaks,” said Doctor Longhurst.As of Friday, about one day into the official launch, the school said 7,985 people had signed up. The school could confirm there are about 10,500 students living on campus, but was not able to share how many faculty and staff are on campus.For instructions on how to download, click here. 1710

SAN DIEGO, Calif. (KGTV) - It started as a thesis project and now is a tool for any musician in the world to use. Dr. Chris Warren is an Assistant Professor of Digital Composition and Sound Design at San Diego State University and said “Echo Thief” started about ten years ago and is a project he’s been growing ever since. He’s been traveling around North America and using an acoustic measurement tool to gather and capture sound in different types of acoustic environments. His personal addition to the recording field is creating a way to capture sound in noisy environments. Typically, the reverb of a space can only be captured when it’s silent, like in a church. However, he has created a way do it in a loud area, like capturing the sound of being under a bridge even if there are cars driving by. He’s been using the library and plug-in with his audio production students. Then Kayla Gautereaux, a former SDSU student who is now on the faculty at the New England Conservatory, came to him and asked the audio pro if there would be a way for musicians to use his tool for their practice. Warren then created an easy-to-use website for anyone to play music or sing, and have it sound like they’re in a variety of locations. “We were able to take the sounds from around North America, a bunch of fascinating acoustic spaces, and make reverberators out them so people can virtually perform in these spaces,” he said. Gautereaux said she can now sit in her living room and sing, but it sounds like she’s somewhere else. “It feels like you’re there not just because the app has a picture there, but because you can hear the response of your voice or whatever instrument you play into that space,” she said. She also added that the space a musician performs inside is just as important as an instrument or vocals, so this is a welcome addition to the music world. 1873

SAN DIEGO, Calif. — Scientists are harnessing a not-so-secret weapon in the fight against climate change: plants.“Plants are very good at one thing and that is to catch carbon dioxide out of the air and using the power of the sunlight to fix it to make into bio-materials," said Wolfgang Busch.A plant scientist and professor at the Salk Institute for Biological Studies, Busch is co-director of the Harnessing Plants Initiative (HPI). "Plants are superheroes," said Busch. “They can do what nothing else can do, no technical solution at that scale, to catch a lot of carbon dioxide and fix it.”Yet, humanity is still losing the climate change battle. After decades of burning fossil fuels, the planet continues to warm, with natural disasters growing more frequent and intense.Busch says while plants suck up carbon dioxide, some of it is released back into the atmosphere.“How can we actually make plants better in not only catching the carbon dioxide but keeping it in the soil?” said Busch.That's the challenge his team set out to solve, working to identify genes that help plants store more carbon underground. “Trying to enhance their superhero capability even more," said Busch. They’re developing plants with deeper, more massive roots, rich in a substance called suberin, a natural carbon storage device. Combined, these traits supercharge the plants, allowing them to absorb more carbon dioxide and keep it locked underground.“We think it has all the characteristics of something that can make a huge impact addressing this very difficult question, how to draw down carbon dioxide from the air and store it," said Busch. These climate fighting traits can then be transferred to the world’s six most prevalent crops: corn, soybean, canola, rice, wheat, and sorghum.By tapping into the existing agricultural supply chain, researchers say more than 75 percent of the world’s cropland could be converted into carbon storage.“We think in 10 to 15 years, after partnering with different stakeholders, seeds will be available to farmers at scale to plant the first carbon-sequestering crops,” said Busch.Busch says one of their top priorities is ensuring the initiative will benefit farmers, aiming to produce plants that will equal, if not exceed, the yields of current crops. And storing carbon underground not only protects the atmosphere but enriches the soil, making it more fertile.Busch says the plants will also be more resilient to climate-related threats, with an enhanced ability to hold water, resist pathogens, and tolerate stress"Gives us hope that we can make a huge impact; if we can develop crops that are better at storing carbon for longer and if these crops are adopted at a very large scale," said Busch.The initiative has received over million in grants, with the most recent boost from Amazon CEO Jeff Bezos donating million. 2867