THERE was big excitement in Letterkenny yesterday morning as players from a host of local schools and clubs took part in the official launch of the third Basketball Ireland Green Shoots Player Pathway manual.After the hugely successful launch of the first two Green Shoots coaching manuals in 2017 and 2018, Basketball Ireland launched the third and final coaching manual at Letterkenny IT.Picture: Children from local clubs and schools in Letterkenny in attendance at yesterday’s Green Shoots launch with Basketball Ireland Development Officers, Paul Carr and Niall McDermott. The new Green Shoots manual bridges the gap between the second Green Shoots Manual and the Basketball Ireland U14 Academies.This third instalment of the coaching manual focuses on coaching style, coaching philosophy, practice planning, sample practice plans, 3×3, rebounding and a comprehensive introductory to Strength and Conditioning.Speaking about the initiative, Head of Development at Basketball Ireland, Ciaran O’Sullivan stated: “Green Shoots allows young players to engage in basketball activities in a fun and dynamic way. Children from Scoil Naomh Fiacra, Glenswilly NS and Woodlands NS in attendance at the Green Shoots launch in LYIT“It is a national Basketball Ireland participation programme and has already, and will continue to, strengthen participation opportunities for children all over the country in the coming years.” He added: “This final Green Shoots coaching manual will give basketball coaches an opportunity to learn new basketball concepts, small sided games and also provides an informative introductory into athlete development, which will help foster the development in young players around the country. “There has been an overwhelmingly positive reaction to the first two coaching manuals and we hope to take another positive step with the final manual.”Big excitement in Letterkenny as third Green Shoots book officially launched was last modified: November 28th, 2019 by Chris McNultyShare this:Click to share on Facebook (Opens in new window)Click to share on Twitter (Opens in new window)Click to share on LinkedIn (Opens in new window)Click to share on Reddit (Opens in new window)Click to share on Pocket (Opens in new window)Click to share on Telegram (Opens in new window)Click to share on WhatsApp (Opens in new window)Click to share on Skype (Opens in new window)Click to print (Opens in new window)
CD AndersonThe Square Kilometre Array (SKA) radio telescope project, near the town of Carnarvon in the remote Northern Cape, revealed the first image of space taken using the project’s first phase of 16 fully-functioning MeerKAT receptor units.Named ‘First Light’, the image was presented at an onsite function held on 16 July 2016.SKA SOUTH AFRICA – Google Search https://t.co/rkUO4fplxv pic.twitter.com/PZ5Z7402uv— Sonia (@S_o_n_i_a) July 9, 2016The presentation formed part of a tour of the SKA facilities by other ministers and 11 government deputy ministers, invited by Science and Technology Minister Naledi Pandor.Among the dignitaries was Ebrahim Patel, minister of economic development and member of the Presidential Infrastructure Co-ordinating Commission (PICC).Infrastructure investment is a key priority of the National Development Plan and the New Growth Path, and the SKA project is one of 18 strategic infrastructure projects identified by the PICC as a priority for national economic growth.The aim of the tour, said Pandor, was to create project ambassadors in the government to spread the message of SKA’s ground-breaking work in the field of astro-science that aided South Africa’s reputation as a global scientific player, as well as to highlight the positive impact of the project on the people of Carnarvon.Min Pandor and Dep Minister during the visit to the SKA tdy, NCape pic.twitter.com/8DfnhprdcU— tommy makhode (@tommymakhode) July 16, 2016‘First Light’SKA’s chief scientist, Dr Fernando Camilo, unveiled the ‘First Light’ image during the ministers’ visit, beginning with some background about how radio wave technology worked and how it was evolving as SKA itself advanced.Highlighting the differences between images taken with a conventional visual telescope – one in Chile – and a smaller radio telescope array in the United States, Camilo said the image captured by the 16-unit array – a quarter of its prospective capacity – was much clearer and lot more detailed than anything captured before. It revealed over 1 300 galaxies in a tiny corner of the universe where only 70 were known before.A particular highlight of the image shows what is known as a Fanaroff-Riley Class 2 (FR2) object: a massive black hole in the distant universe. In the image, matter can be seen falling into the black hole and producing the bright dot at the centre. The FR2 object launches jets of powerful electrons moving at close to the speed of light, emitting radio waves that are then detected with the array. (Refer to the images in the above tweet)Camilo called the SKA array, as it is now, operating on a quarter of its potential, a “remarkable image machine”. These latest image developments were “beautiful and far better than we could have expected”. Once the full array of 64 MeerKATs was completed, the possibilities for uncovering clearer and more noteworthy cosmic events was a very exciting prospect.Global infrastructure for the worldEarlier today, @dstgovza Minister Naledi #Pandor commissioned 16 dishes of the 64-dish MeerKAT completed so far #SKA pic.twitter.com/sLr1XDv80P— SA Gov News (@SAgovnews) July 16, 2016In her keynote address, Pandor, a passionate advocate of SKA, noted “the dedicated work of hundreds of engineers, scientists, managers and other staff, and South African and international industrial partners, as well as the support of the government and people of South Africa for more than a decade”.The project would turn innovation and development activities into real economic benefits for the people of the area and reputation of the country. Africa’s role in the global science community was vital and very much assured, she said. “We are building a global infrastructure for the world.”What is SKA?The Square Kilometre Array South Africa is a radio telescope project made up of a series of receptor dishes called MeerKATs that collect sensitive radio wave frequencies from outer space, detecting objects millions, even billions of light years away from Earth. The SKA facility then processes the huge amounts of data gathered from these radio waves to formulate images of the objects – including the birth of stars and the forming of new galaxies.Scientists use the information and images gathered by SKA telescopes to better understand how the universe evolved and continues to change.South Africa hosts the bulk of the SKA project, with investments by the government and private research partners totalling more than R3-billion ($205m).#MeerKAT #SKA #FirstLight(Infographic courtesy SKA Africa @SKA_Africa) pic.twitter.com/gSzqwzpXXe— CD Anderson (@bizarrojerri) July 18, 2016Currently the South African SKA site has 16 fully-functioning MeerKAT dishes, with the full array of 64 receptors expected to be completed by the end of 2017. This will make it part of the world’s most powerful radio telescope system.Set to be completed by 2020, the entire SKA system of 3 000 dishes in locations around the world, including in Australia, South America and the UK, will give astronomy, physics and a host of other sciences an almost limitless amount of data with which to advance human understanding of the universe.The South African section of the project alone has more than 500 global scientific groupsin line to use the Northern Cape array for research and discovery work over the next five years, bringing in much science tourism revenue.“What this will do is bring to South African and world astronomers the most astonishing and profoundly powerful instrument ever used before in radio astronomy,” SKA South Africa Project director Rob Adam said at the visit on Saturday.SouthAfrica.info reporterWould you like to use this article in your publication or on your website?See: Using SouthAfrica.info material
Share Facebook Twitter Google + LinkedIn Pinterest The calendar says it’s time for spring field activity in Ohio and farmers are eager to prep fields and plant this year’s crops. However, average temperatures across Ohio have remained cooler than usual with the previous 30-day period (March 16 – April 15, 2018) running 2 to 6 degrees Fahrenheit below normal (based on 1981-2010). Combined with precipitation up to twice the normal amount in some areas, the weather is certainly not cooperating with ideas of an early jump on planting.Late last week, Ohio experienced a strong warm up in air temperatures, which definitely warmed the first few inches of the soil surface (see “OARDC Branch Station Two Inch Soil Temperatures by Greg LaBarge). But how do the present conditions compare with the long-term mean? Figure 1 shows two-inch soil temperatures (Fahrenheit) for selected OARDC Weather System (http://www.oardc.ohio-state.edu/weather1/) stations from around Ohio. These soil temperatures are based on the weekly average for April 9-15, 2018. In addition, a long-term mean for the same 7-day period for 2000-2017 was calculated, and the differences between 2018 and the long-term mean are also displayed for each station.Figure 1 is predictably showing the coolest soil temperatures across northern Ohio with the warmest soil temperatures just above 50 degrees Fahrenheit for the southern stations at Piketon and Jackson. Of course, soil temperatures can vary considerably based on soil type (e.g., sandy vs. clay) and other factors. Compared to the long-term mean (2000-2017), both two-inch and four-inch (not included in Fig. 1) soil temperatures are running 2-7 degrees colder than the long-term mean. In fact, for all stations analyzed, 2018 ranks within the top 5 coldest average 2” soil temperatures for this same period in April. This is consistent with the cooler-than-normal air temperatures that have recently impacted Ohio.Making the decision to plant into cold soils can increase the risk of slow emergence and uneven stands, since both corn and soybean seeds germinate more slowly in cooler soils. Corn seedling injury due to imbibitional chilling may occur when soil temperatures fall below 50 degrees F. For this reason, it is important to look at the next 24-36 hours to determine the risk of soil temperatures dropping below that threshold. Soybean seeds absorb water more quickly than corn and as a result the risk of injury is greatest close to planting. Because of this, the 24 hours following planting are critical.Soil temperatures are an important variable that you should consider to when making the decision to head to the field. With all the pressure to get started planting, it is important to take the time to be sure you are setting your 2018 crop up for success.Figure 1. Average soil temperatures at 2” for April 9-15, 2018 and differences compared to a long-term (2000-2017) mean for selected OARDC Weather System stations. Each station’s 2018 ranking compared to the full period is included inside the star location icon.
SharePrint RelatedGet Your CITO On this Weekend!April 20, 2014In “Cache In Trash Out”Groundspeak Weekly Newsletter – April 13, 2011April 13, 2011In “Groundspeak’s Weekly Newsletter”The Geocache Type that Cares – CITOAugust 18, 2013In “Cache In Trash Out” Cache In Trash Out (CITO) needs you. It’s simple: you geocache in an area and then take trash out. One weekend per year, geocachers around the world join together to help remove trash from geocaching-friendly locations. Last year, geocachers around the globe created the most successful CITO year ever. Over 640 CITO events helped clear more than 50 tons of trash from parks and wild places around the world. That’s a staggering 100,000 pounds (45359.2 kg).Each person who logs an “Attended” for a CITO event on April 26 or April 27 this year earns a 2014 CITO souvenir for their Geocaching profile. They also earn a sense of accomplishment and probably a few finds along the way. Find or host a CITO event near you and help make this year even more successful.And just because CITO weekend hasn’t arrived yet, doesn’t mean that CITO hasn’t started. We encourage every geocacher to practice Cache In Trash Out every time they go geocaching. There are also plenty of CITO events that happen throughout the year. You can look for CITO events in your area or host your own.Share with your Friends:More