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July is Smart Irrigation Month


first_imgSubmitted by The City of OlympiaJuly is Smart Irrigation Month in Olympia. Because lawns and landscapes are typically overwatered by up to 30%, the City of Olympia’s Water Conservation Program is encouraging water customers to cut their irrigation water waste through a variety of incentives. By watering wisely, maintaining and upgrading automated irrigation systems, consumers can save money and help protect our drinking water resources for future generations.The City’s Water Conservation Program offers residential water customers a $200 rebate on the installation of a “smart” irrigation controller and/or a free rain sensor – both for in-ground irrigation systems. Smart controllers automatically adjust watering times based on weather conditions to provide optimal moisture for healthy plants and landscapes, and conserves water. Rain sensors simply shut off irrigation systems when it is raining, so you don’t water when nature is doing it for you. Customers who water with a hose-end sprinkler can benefit from a free hose watering timer.City of Olympia commercial water customers may be eligible for a rebate of up to $2500 on efficient irrigation system upgrades, including spray nozzle retrofits, smart controller upgrades and drip irrigation conversions.The City’s efficient irrigation consultant says, “Olympia has made it easy for commercial customers and irrigation contractors to get rebates for installing efficient sprinkler nozzles, controllers with conservation features, and other water saving equipment. The rebate process is simple for most items, and the rebate amounts are generous enough that customers can start saving money right away.”Visit our website www.olympiawa.gov/waterwise for Smart Irrigation Month incentives, rebate applications, resources and tips on how you can join your fellow neighbors and get smart about irrigation!Smart Irrigation Month is an initiative of the Irrigation Association, a non-profit industry organization dedicated to promoting efficient irrigation.For more information, contact the City of Olympia Water Conservation Program at 360.753.8271 or waterwise@ci.olympia.wa.us. Facebook100Tweet0Pin0last_img read more


Giannis, Bucks Beat Cold-Shooting Nets 113-94


first_imgBy: Brian Mahoney, AP Basketball WriterNEW YORK (AP) — Giannis Antetokounmpo had 30 points, 15 rebounds and nine assists, and the Milwaukee Bucks beat the cold-shooting Brooklyn Nets 113-94 on Monday night.The injury-depleted Nets missed 19 of their first 20 3-point attempts, making it another easy night for the team with the NBA’s best record. Brooklyn finished 5 for 42 (11.9 percent) behind the arc.Malcolm Brogdon added 16 points and Eric Bledsoe had 15 for the Bucks, who won their fourth straight, all by double digits.D’Angelo Russell scored 18 points for the Nets, who have been forced to go deep down their roster because of injuries and lost their third in a row.Brooklyn shot 32 percent overall while playing without Caris LeVert, Spencer Dinwiddie, Joe Harris, Jared Dudley and Allen Crabbe, all either starters or key reserves.That left them no match for the Bucks, especially with Shabazz Napier going 0 for 10 behind the arc and DeMarre Carroll missing his first eight overall before finishing 2 for 11.Despite all that, the Nets trailed by only nine at halftime. It was nearly 11, but Antetokounmpo’s basket was ruled too late after he picked up an inbounds pass with three seconds left near one foul line and got all the way to the other basket to attempt a layup.But the Bucks broke out for 36 points in the third quarter, extending their lead to 87-64.TIP-INSBucks: Bledsoe missed Saturday’s game at Washington with a sore Achilles tendon. … Antetokounmpo was the Eastern Conference player of the week last week for the second consecutive week. He has won the award six times this season.Nets: Coach Kenny Atkinson said LeVert (dislocated right foot) and Crabbe (sore right knee) would practice with the Nets’ G League affiliate on Tuesday. Atkinson said he wasn’t sure yet if they would be able to get into games before the All-Star break. … The Nets signed F Mitch Creek to a second 10-day contract.BACKCOURT BOOSTBesides LeVert and Crabbe, the Nets are also without Dinwiddie (right thumb surgery) and Harris (sore right hip). So Atkinson said the nearing returns of some regulars is “good timing.”“Listen, it doesn’t have to be 40 minutes, right?” Atkinson said. “I think that would be kind of the best scenario, just kind of integrating those guys slowly into the lineup. That’s going to be a big boost for us. I think right now, like I said, it’s good timing.”IN THE CROWDFormer President Bill Clinton and Brooks Koepka, last year’s U.S. Open and PGA Championship winner, were in the crowd.UP NEXTBucks: Host the Washington Wizards on Wednesday.Nets: Host the Denver Nuggets on Wednesday.TweetPinShare0 Shareslast_img read more


Long Bay High Opens today


first_img Recommended for you Long Bay High taking 180 students, will be ready says Minister Facebook Twitter Google+LinkedInPinterestWhatsAppProvidenciales, 04 Jan 2015 – It is back to school, back to work for thousands this morning in a brand new year as we transitioned from 2015 to 2016 over the weekend. While most will feel the excitement of newness despite heading back to their same physical environments, it will be different for at least 200 students and the faculty and staff of the new Long Bay High School. The institution, which represents a new era in education says Education officials, will receive its first formers at the school as the phase one roll out of LBHS begins. This morning students were picked up across the island from the various bus locations to support the children coming from Blue Hills, Five Cays, Glass Shack, The Bight, Chalk Sound, Kew Town and other eastern communities for an 8 am arrival at school. Principal of the school is former Education Minister, Dr Carlton Mills and so anticipation and expectations are high. During a ribbon cutting ceremony in November, Minister of Education and Deputy Premier Hon. Akierra Misick led her ministerial colleagues in breaking ground on the construction of phase two which was won by Jamalco; the contractor who designed and built the phase one of the LBHS. Long Bay High School launches as a first form only high school today, but will eventually be a full high school – going from form one to five by 2017. Premier to Open New Salt Cay Clinic Related Items:long bay hills high school, open Cabinet ‘ok’ with spending on upgrades and capital works Facebook Twitter Google+LinkedInPinterestWhatsApplast_img read more


Stolen car on fire in Bonita neighborhood


first_img KUSI Newsroom 00:00 00:00 spaceplay / pause qunload | stop ffullscreenshift + ←→slower / faster ↑↓volume mmute ←→seek  . seek to previous 12… 6 seek to 10%, 20% … 60% XColor SettingsAaAaAaAaTextBackgroundOpacity SettingsTextOpaqueSemi-TransparentBackgroundSemi-TransparentOpaqueTransparentFont SettingsSize||TypeSerif MonospaceSerifSans Serif MonospaceSans SerifCasualCursiveSmallCapsResetSave SettingsSAN DIEGO (KUSI) – A car fire in the Lynwood Hills neighborhood in Bonita prompted first responders to the scene shortly after noon near the corner of Lynwood Drive and Lynnwood Lane.  According to the Deputy Sheriff, the car was reported stolen and no driver could be found at the scene.Story updated at 10:18 p.m. Categories: Local San Diego News, Traffic & Accidents FacebookTwitter Posted: August 24, 2019 KUSI Newsroom, center_img Updated: 10:19 PM August 24, 2019 Stolen car on fire in Bonita neighborhoodlast_img read more


New type of bioegradable nanogenerator for use inside the body does not


first_img(Phys.org)—A team of researchers with the National Center for Nanoscience and Technology and Beihang University, both in China, has developed a biodegradable triboelectric nanogenerator for use as a life-time designed implantable power source in an animal body. In their paper published in the journal Science Advances the team describes their nanogenerator, its possible uses and the ways it can be tweaked for use in different applications. This document is subject to copyright. Apart from any fair dealing for the purpose of private study or research, no part may be reproduced without the written permission. The content is provided for information purposes only. Scientists have been working on developing internal devices for many years and several have been created and are now in use inside human patients—the pacemaker is the most well known. But to date, all such devices suffer from the same deficit—none run using an internal power source, which means they must rely on batteries. While batteries are convenient, they tend to run out of power, which means a patient must undergo a surgical procedure to have them replaced and surgical procedures by their very nature are risky because they open the body to possible infection. A better way, as the researchers with this new effort point out, would be to have implantable devices running off a power source that is generated inside the body, such as capturing heat or making use of the movement of blood. The new device they have created generates electricity via triboelectricity—where electricity is generated when two materials touch each other and then separate, one of the common ways that static electricity comes about.The new device consists of two strips of multi-layered material. One of the strips has a flat film outer layer, the other strip has nanometer sized protruding rods on its exterior—when the two strips meet and then pull away, a tiny amount of electricity is created. The layers are kept apart by blocks of a biodegradable polymer; electricity is generated as parts of the body moves in a way that causes the two strips to come into contact and then to pull apart—over and over.Testing of the device showed it was capable of producing a power density of 32.6 milliwatts per square meter, which they found was enough to power a neuron-stimulation device used to steer the way neurons grow. The team claims their device has paved the way for a new generation of internal devices, noting that not only is it biodegradable, but it can be tuned to self-destruct over days, months or even years. Similar devices, they note, could be made to work by utilizing the power from a person breathing or from their heart beating. Photographs from BD-TENG at various stages of the degradation time line suggest that devices encapsulated in PLGA were initially resistant to mass degradation. However, after 40 days, significant mass loss and structure disintegration was initiated. Near-total mass loss was observed at 90 days. Credit: Science Advances (2016). DOI: 10.1126/sciadv.1501478 Journal information: Science Advances Explore furthercenter_img Citation: New type of bioegradable nanogenerator for use inside the body does not need external power source (2016, March 7) retrieved 18 August 2019 from https://phys.org/news/2016-03-bioegradable-nanogenerator-body-external-power.html More information: Q. Zheng et al. Biodegradable triboelectric nanogenerator as a life-time designed implantable power source, Science Advances (2016). DOI: 10.1126/sciadv.1501478AbstractTransient electronics built with degradable organic and inorganic materials is an emerging area and has shown great potential for in vivo sensors and therapeutic devices. However, most of these devices require external power sources to function, which may limit their applications for in vivo cases. We report a biodegradable triboelectric nanogenerator (BD-TENG) for in vivo biomechanical energy harvesting, which can be degraded and resorbed in an animal body after completing its work cycle without any adverse long-term effects. Tunable electrical output capabilities and degradation features were achieved by fabricated BD-TENG using different materials. When applying BD-TENG to power two complementary micrograting electrodes, a DC-pulsed electrical field was generated, and the nerve cell growth was successfully orientated, showing its feasibility for neuron-repairing process. Our work demonstrates the potential of BD-TENG as a power source for transient medical devices. © 2016 Phys.org Team builds implantable piezoelectric nanoribbon devices strong enough to power pacemaker (w/ Video)last_img read more