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4 days agoFIGC president Gravina has message for Totti – and Juventus pair

first_imgFIGC president Gravina has message for Totti – and Juventus pairby Paul Vegas4 days agoSend to a friendShare the loveFIGC president Gabriele Gravina has sent a message to Roma icon Francesco Totti.The Italian great is currently out of football since quitting a desk job with the Giallorossi at the end of last season.Gravina told Le Repubblica: “Totti? I spoke with him three times. My intention is to include him in the training of young people. “But he must study to be a director.”Gravina also stated two Juventus players were in his plans.He added: “I heard from (Gigi) Buffon, I see him as a great coach in the future. And then I think of (Giorgio) Chiellini.” About the authorPaul VegasShare the loveHave your saylast_img

MP Says SLB Funds Should Be Directed To Critical Areas of Study

first_imgBy Latonya Linton, JIS Reporter Member of Parliament for North West St. Ann, Dr. Dayton Campbell, is recommending that adjustments be made to the Student Loan Bureau (SLB) to focus on areas of study that are critical to nation development.“I believe the SLB should first concern itself with making loans available to persons pursuing tertiary studies in areas…such as Mathematics, Pharmacy, Engineering, the Sciences,” he stated.Dr. Campbell was opening the debate on a private members motion on funding for tertiary education, on June 11 in the House of Representatives.He stated that new programmes should be assessed for relevance, in terms of whether they “respond to labour market needs, foster innovation or serve community aspirations, before approval”.Dr. Campbell said that while he is not suggesting that persons pursuing degrees that are “oversubscribed” or those with “a low employment potential” should be denied tertiary education, the SLB’s limited resources should be directed to those areas which are of strategic importance to the country, and at lower interest rates.These rates, he noted further, “should be inversely proportionate to the need of the area for national development thus the higher the need the lower the interest rate”.According to Dr. Campbell, the country is in need of Mathematics and Science teachers and in order to increase enrolment in these areas, students should get incentives to pursue these subjects at the tertiary level.“I want to take it a step further and propose that no income tax be collected for the first three years of employment for Mathematics and Science teachers, who needed state financing to complete their studies. This portion would instead go straight to the Bureau as a part of their repayment,” Dr. Campbell said.He also proposed the establishment of an income-contingency repayment plan, which would base the monthly loan repayments on the salaries of borrowers. He noted that such a loansystem addresses risk and uncertainty faced by individuals by providing insurance against inability to repay and improves progressiveness by providing a lower public subsidy for graduates that obtain higher private returns.Demand for student loans has increased over the last six years, moving from 6,600 persons in 2007 to 16,600 in 2012, and is projected to swell to over 20,000 persons for the upcoming academic year.The growth in demand, coupled with the annual increase in tuition costs, has significantly increased the pressure on the limited resources of the SLB to provide loans, which is estimated to reach $20 billion in the 2015/16 financial year.For the 2013/14 academic year, approximately $4.9 billion is required to fully cover the projected demand, which will be financed by the Education Tax and loan inflows from the Caribbean Development Bank (CDB).On March 19, the House of Representatives approved a Government guarantee of a US$20 million loan from the Caribbean Development Bank (CDB) to the SLB.last_img read more

Rep Iden on State of the State Michigan must invest in talent

first_imgState Rep. Brandt Iden – chair of the influential Michigan House Ways and Means Committee – tonight said workforce and talent development is the key to continued success for the state and the Portage/Kalamazoo region.“We have a great opportunity to build on our recent comeback and move Michigan forward into the new decade,” said Iden, who was joined by Portage Mayor Patricia Randall for Gov. Gretchen Whitmer’s State of the State address at the Michigan Capitol. “Investing in talent development is an investment in our future. We must ensure our young people and workers of all ages have the skills needed to succeed in an ever-changing economy.”Iden, of Oshtemo Township, said he will prioritize working with the governor and Legislature to help equip students and workers with the skills needed to fill high-demand, good-paying jobs. Iden also supports policies aimed at helping job providers create new opportunities for Michigan workers, and reforming burdensome occupational licensing requirements to allow those re-entering the workforce — including those rehabilitated after serving prison time – to better provide for themselves and their families.Iden noted Michigan’s unemployment rate has dropped from 14.6 percent in mid-2009 to about 4 percent entering 2019.“The recent job growth experienced with many of Portage’s key employers shows we’re headed in the right direction,” Iden said. “Now it’s time to take the next step forward and continue the comeback with positive policy important to residents of every city, village and township in Michigan.”### 12Feb Rep. Iden on State of the State: Michigan must invest in talent and workforce development to continue economic momentum Categories: Iden News,Newscenter_img PHOTO INFORMATION: State Rep. Brandt Iden, of Oshtemo Township, attends the Governor’s annual State of the State address with his guest, Portage Mayor Patricia Randall.last_img read more

The European Council EC has adopted new rules th

first_imgThe European Council (EC) has adopted new rules that allow consumers who pay for online TV subscriptions in their home territory access them elsewhere in the EU.The rules, which cover all forms of content services, were passed in May, meaning Netflix, Amazon and HBO Go customers will now be able to access those platforms while in other European territories.The EU has hailed the move’s importance for Europe’s Digital Single Market policy, but content distributors remain concerned it rips up their territorial business model.Essentially, distributors are concerned programmes or films they could have sold into individual territories will find no longer be of interest to buyers, as they are already in effect available.The EU says measures to protect their business models will be adopted.The rules only apply to paid-for services, though free-to-air services such as the BBC iPlayer provided by public service broadcasters can take up the system.“Europeans travelling within the EU will no longer be cut off from online services such as films, sporting broadcasts, music, e-books or games they have paid for back home,” said the Maltese presidency of the EU in a statement.“Together with the ending of roaming charges, this is important progress in creating a digital single market which benefits everyone.”To avoid “abuses”, service providers are being asked to verify subscribers’ member state of residence.The rules will start to apply from the first quarter of 2018.last_img read more

Mapping fiber layers of mammalian cerebral cortex reveals clues to their evolution

first_imgReviewed by James Ives, M.Psych. (Editor)Dec 20 2018[Background]The cerebrum plays the most important roles in the higher functions of the brain. In particular, the cerebral cortex, among other parts of the cerebrum, is essential. Humans have by far the most developed cerebral cortex among animals and it is thought that we have acquired specific abilities thanks to this. In addition, the cerebral cortex has received special attention, since various parts are involved in various brain diseases, psychiatric disorders and others.The developing cerebral cortex of higher animals like humans contains two axonal fiber layers that transmit neural information and are, therefore, considered to be important in brain functions. The cerebral cortex of the mouse, the most commonly used model animal in research, was not found to have equivalents of the axonal fiber layers, which made mouse research on this subject very difficult. Thus, research on these fiber layers has been much retarded.The present research group at Kanazawa University has been promoting studies using the ferret, since it is important to conduct research using higher animals with a more developed cerebrum, closer to that of the human than the mouse. Research techniques for the ferret were previously not available, so in 2012 and 2013 the group developed an appropriate technique, in utero electroporation, for use in ferrets at the gene level. They have thus led research into the brains of higher mammals including the development of disease model ferrets in 2015 and 2017.[Results]In the present study, the Kanazawa University group has mapped the fiber layers of the developing cerebrum of a higher mammal, the ferret, using its own unique research technique. They have also found an important clue to the evolution of these fiber layers. More specifically, the following three points have been established: A trace of axonal fiber bundles is found in the mouse brain. So far, equivalents of the two fiber layers were not described in the mouse cerebral cortex. The group applied the same technique, used to reveal the two fiber layers in the ferret brain, to the mouse brain. Unexpectedly, they found one fiber layer as well as a trace of axonal fiber bundles. This trace pathway is thought to have later evolved to become the second axonal fiber layer of higher mammals. This raises the possibility that it is this second axonal fiber layer, i.e. the outer fiber layer, which is important in the development of higher brain functions. The two axonal fiber layers have different destinations in the brain. Upon investigation of the destinations of the two fiber layers, the one on the surface side of the cerebral cortex has destinations in the proximal areas of the cerebral cortex; i.e. it represents a short-distance pathway (Figure 1 lower panel, indicated with an arrow); on the other hand, the other in the deep side of the cerebral cortex has destinations in the cerebral cortex of the opposite hemisphere and to the other brain regions; i.e. it represents a long-distance pathway. Thus, selection of the axonal fiber layers takes place depending on their destination. The two axonal fiber layers found in the human and monkey brain also exist in the ferret brain. By introducing GFP (green fluorescent protein) into neurons in the ferret cerebral cortex, it was found that axons in two fiber layers are derived from the neurons of the cerebral cortex .center_img [Significance and future prospects] In this study, the Kanazawa University group has elucidated the destinations of the two axonal fiber layers in the cerebrum and the process of their evolution with the use of their unique research technique for the ferret. This finding is of major significance, since there have been very few studies on these two fiber layers. This study should contribute to our understanding of brain evolution in higher organisms up to the human, which has been very difficult with the mouse, a conventional model animal. Further, it should help reveal causes of various brain disorders. Source:https://www.kanazawa-u.ac.jp/latest-research/63084last_img read more

Particle receivers to get first commercial trial—in Saudi Arabia

Testing heats up at Sandia’s Solar Tower with high temperature falling particle receiver 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. Provided by SolarPACES What is the advantage of particle receivers?Particle receiver technology has the potential to reduce the cost of tower CSP, because it can nearly double today’s power tower temperatures, which top out in molten salt technology at 565°C.High temperatures increase efficiency, making particle receivers a good fit with high efficiency supercritical CO2 and air-breathing Brayton power cycles, and enable solar to replace fossil fuels in high-temperature thermochemical processes like splitting water to extract hydrogen at 800°C or make carbon-neutral solar fuels like jet fuels at 1,300°C.Researchers have investigated many materials for the particles. The advantage of sand is cost. At 5 MW, this particle receiver design would cycle more than 2000 tons of sand through its system.”We’re excited about sand because it doesn’t matter how much you need, the cost is almost nothing,” he pointed out. At scale, some materials, particularly engineered particles, could become a considerable fraction of initial costs. “When you are talking about thousands of tons of an engineered material, that can become prohibitive at some point.”Al-Ansary presented the paper on the results of the red sand tests in particle receiver tower CSP at the 23rd SolarPACES Conference in Chile.How the particle receiver worksAt a 20 MW-electrical scale, the receiver aperture would be about 10 meters wide by 10 meters tall and sand would be fed from the hopper to fall in a curtain a few cm thick through a 10 to 15 meter wide slot, exposing the sand particles to the heat of 1000 suns of intensely focused sunlight from a solar field of mirrors reflecting sunlight into the receiver aperture.Unlike the energy storage tanks in molten salt CSP, the hot and cold storage tanks could be stacked right inside the receiver tower along with the heat exchanger, so there is much less pumping of storage material, reducing parasitic costs.For a 20 MW plant, the tower would be about 150 meters tall and about 30 meters in diameter with the storage tanks stacked vertically inside. The discharge point of the cold tank would be about half way up the tower, “so we only need to lift the particles from the middle to the top to heat them.”The sand particles never fall fast, thanks to chevron-shaped obstacles that slow their descent, an innovation previously tested at Sandia in the US by the international research group. Without the obstacles, sand accelerates to 5 or 6 meters per second, even in just a 1 meter drop height.The obstructed flow maintains a dense curtain of particles everywhere in the receiver, so that all the concentrated radiation is absorbed by the falling particles.With particles slowed by the chevrons, Al-Ansary’s group got results of about 1,000°C in the lab without the sand agglomerating, and even out in the field, attained temperatures above 700°C.”The world’s first commercial particle receiver will be in 2018In a research field filled with innovation in much needed solar technologies, but not nearly equally visionary commercial support, the particle receiver research group is very fortunate to have backing ready to go.The Saudi Electricity Company is banking on building the world’s first commercial particle receiver, with the planning phase expected to start in the middle of 2018, following final prototype testing in January and February.”They said they are actually preparing for the next phase which is maybe around 5 MW. They would like it to be generating and they would like to sell that electricity,” he said.”Once we complete testing on KSU’s small 100 kW-electrical facility, and as soon as the results from this facility are confirmed, they are ready to go.”Saudi Electricity Company engineers have even been involved in helping with the research, and there will be an opportunity to tweak the engineering at scale.”We’ve actually had some engineers from the utility working with us on a daily basis on this project so it is really a joint effort, just making sure that we have a mature design such that when we go to the third phase it will be fully commercial.”Sandia has a much larger solar field, which was crucial and very useful in early testing, but the Riyadh test facility was small enough to be dedicated to a complete demonstration as a fully integrated power system with a heat exchanger and a gas turbine system – and a first adopter.Remote Arabian settlements need 1 GW worth of small projectsAway from Riyadh, parts of Saudi Arabia have an ideal solar resource for CSP (annual DNI of 2,600) the form of solar which needs clear skies. And many remote regions lack grid power.”Our national utility is excited about this idea because they have many remote areas that are not served by the grid, where 5 or 10 MW is more than enough,” said Al-Ansary. “They told me that the potential just within Saudi Arabia for those areas is roughly a thousand megawatts (1,000 MW). So they can build about 200 of these plants.”A 5 MW gas turbine that is adaptable to operation with hot compressed air, not steam like a molten salt system, is available commercially. This type of turbine has been tested in the EU using a direct gas heating receiver. This proven design is compatible with the PHR-CSP concept with little modification.The calm confidence with which Al-Ansary described each step from research to the impending commercialization was unusual. Even though clean technology innovation is absolutely crucial to a livable planet, such access to easy transition is rare. Al-Ansary confirmed it.”Indeed, we are lucky to have this support,” he agreed. Citation: Particle receivers to get first commercial trial—in Saudi Arabia (2018, January 22) retrieved 18 July 2019 from https://phys.org/news/2018-01-particle-commercial-trialin-saudi-arabia.html Explore further Particle receiver diagram. Credit: Sandia A new solar technology is twice as efficient, cutting the cost of solar thermal energy, by raising operating temperatures to 1,000°C, almost twice the 565°C molten salt temperature in current concentrated solar power (CSP) tower plants. For most innovative research in clean energy, the dreaded “Valley of Death” after lab scale success is the sad place where great innovations go to die for lack of commercial trials.But that will not be the case for particle heating receiver technology (PHR) that was first conceptualized at Sandia National Laboratories and is now being researched worldwide.PHR is cutting edge technology for tower CSP, a form of solar that converts the sun’s heat to power. CSP with thermal energy storage is an important key to powering a carbon-constrained future, because its thermal storage enables solar generation at any time of day or night.PHR skips the “valley of death”There is an unobstructed path from lab to commercialization for Hany Al-Ansary, Professor in Mechanical Engineering at King Saud University (KSU) and international collaborators investigating one alternative approach using a red sand abundantly available near Riyadh in Saudi Arabia.The KSU approach relies on the sand flowing through a cavity receiver in the tower, while other promising approaches use different particles in free fall, or in an enclosed receiver.Saudi Arabia will be first to commercialize particle receiver technologyThe Saudi Electricity Company (SEC) is funding and assisting with the research into using the red sand approach for heat absorption in PHRs, and intends to enter the planning phase of a commercial trial in 2018. This sort of commercial support and trial is essential to developing technologies.Like molten salts, sand loses less than 1% of its stored energy daily, but it can achieve a temperature almost twice as high. This is the main reason for the interest in particle receivers, according to Al-Ansary, who holds 15 patents and has published in peer-reviewed journals.”Molten salt is limited to around 565°C,” he said. “but depending on which type of particles, you can get much higher temperatures, up to 1,000°C. Our group worked on different containment structure designs, and with simple masonry materials and a well-insulated tank, we reduced heat loss to under 1% per day, similar to molten salt.” read more

Air France shares nosedive after CEO bails Update

Citation: Air France shares nosedive after CEO bails (Update) (2018, May 7) retrieved 18 July 2019 from https://phys.org/news/2018-05-air-france-tailspin-ceo.html Air France shares went into a tailspin on the Paris stock exchange Monday after the strike-hit company’s CEO resigned and the government seemed to worry about the carrier’s very chances of survival. Air France-KLM boss Jean-Marc Janaillac announced his resignation Friday after staff at the carrier’s French operations rejected a pay deal aimed at ending months of walkouts.In late morning Paris business Air France stock was down 12 percent at 7.13 euros, having earlier traded as low as 6.93.Societe Generale analysts said the company’s employees “have not only forced the group CEO to resign, but also made the investment case obsolete”.Switching to a “sell” recommendation from a previous “buy”, Societe Generale said the staff vote “not only puts the cost efficiency targets at risk in our view, but even the integrity of the group”.Janaillac, who had been in the post for under two years and staked his future at the company on staff accepting the deal, deplored their decision as a “huge waste”.Staff and management at the carrier have been locked in a dispute over pay since February.Intermittent strikes in recent weeks have prompted the cancellation of a quarter of flights on average.Unionised staff are set to walk out for the 14th day on Monday as they press for a 5.1-percent salary increase this year as the company recovers from years of losses and restructuring. The carrier’s chairman staked his job on the staff vote—and lost © 2018 AFP Who’ll want his job?”Air France-KLM is now without a boss and will find it hugely difficult to attract a high-level manager,” analysts at French brokerage Aurel-BGC said.France’s economy minister on Sunday warned that the survival of Air France was now in the balance.”I call on everyone to be responsible: crew, ground staff, and pilots who are asking for unjustified pay hikes,” Economy Minister Bruno Le Maire told the BFM news channel.”Be responsible. The survival of Air France is in the balance,” he added.He warned that the state, which owns 14.3 percent of the group, would not serve as a backstop.”Air France will disappear if it does not make the necessary efforts to be competitive,” he warned.The announcement of Janaillac’s departure came as Air France-KLM released its first-quarter earnings, which showed a net loss of 269 million euros ($322 million), weighed down by three days of strikes which cost about 25 million euros per day according to the company.The group warned the dispute would shave at least 300 million euros off its operating profit for the full year, pulling earnings “notably below” last year’s 1.9 billion euros.Societe Generale analysts warned the weaker earnings performance could lead to a rift between Air France and its profitable Dutch partner, KLM.”KLM might (rightfully) ask why the profits are being generated in the Netherlands but the losses being made in France,” they said.”The situation is neither healthy nor sustainable, in our view,” they said. Explore further 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. Heavy turbulence for Air France, including on the stock market Air France’s future in the balance, warns economy minister read more

Researchers charge ahead on battery storage

first_img Credit: Queensland University of Technology “A battery industry for Australian can go from mining, to usage and even to export,” Professor Talbot said.”Battery technologies give you energy security. Storage capability allows you to call on renewable energy any time of the day or night.””The CRC will be looking at doing it all in Australia – mine it, value add it, produce the components, make the batteries as I’ve shown in the example at QUT with our plant, put together the storage packs and then integrate it all with the power companies. QUT researchers will lead key research projects in expanding Australia’s battery industry from mining to manufacturing, with the announcement of the Future Battery Industries Cooperative Research Centre. Explore further Citation: Researchers charge ahead on battery storage (2019, April 11) retrieved 17 July 2019 from https://phys.org/news/2019-04-battery-storage.html The Future Battery Industries CRC will involve 58 industry, government and research partners, and has the backing of a $25 million grant from the Federal Government and more than $110 million in support from the research centre’s partners.The CRC, which will help tackle industry-identified gaps in the battery industries value chain, will focus on three research programs: battery industry development; the processing of minerals; metals and materials for batteries and the development of a new battery storage system.Professor Peter Talbot from QUT’s Institute for Future Environments, who last year produced Australia’s first lithium-ion battery at QUT’s pilot plant precinct at Banyo, will lead the research program into battery materials and storage system development.The QUT Power Engineering Group will also be involved in activities around development of batteries into the grid and connecting to remote communities and industries.QUT will also contribute relevant research expertise in business innovation, industry transformation, socio-economic research.Professor Talbot said battery technology was vital, giving the examples of a $2000 smartphone that was just a brick without a battery or an electric car that could not leave the driveway without an energy storage system.Professor Talbot said Australia had the resources and skills to produce the “whole picture” of battery technology. “It’s about a whole industry.”The CRC, which will fund 40 Ph.D. students, will be based at Curtin University.Future Battery Industries CRC Chair Mr Tim Shanahan said the consortium had a six-year plan to address industry-identified gaps in the battery industries value chain.”Given Australia’s abundant resources of battery minerals and world-class resources sector, the potential to promote the nation’s premium-quality, ethically sourced and safe battery minerals and metals through forensic-accredited and traceable sources will also be investigated, paving the way for Australia to position itself as a global leader in the international battery value chain,” Mr Shanahan said.Australia is the world’s largest miner of lithium. Exports of lithium have risen from $117 million in 2012 to $780 million in 2017, and are expected to rise to $1.1 billion by next year.Nathan Cammerman, executive director of Queensland-based company Multicom Resources Ltd, said the research centre “sends a clear signal to our international partners, and the broader global market, that when it comes to raw material supply, battery technology development and its subsequent manufacture and deployment, Australia is clearly open for business.”center_img Professor Peter Talbot will lead the CRC’s research program on battery materials. Credit: Queensland University of Technology Making green cars greener with battery recycling Provided by Queensland University of Technology 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.last_img read more

Massive HumanSize Jellyfish Stuns Divers Off the Coast of England

first_img Dangers in the Deep: 10 Scariest Sea Creatures In Photos: Spooky Deep-Sea Creatures Originally published on Live Science. 15 of the Largest Animals of Their Kind on Earth A pair of divers swimming off the southwestern tip of England hit the jelly jackpot last week after crossing paths with a hulking barrel jellyfish (Rhizostoma pulmo) — a rarely seen species that can grow about as large as a full-grown human. Luckily, they filmed the whole thing. The divers — biologist Lizzie Daly and underwater cinematographer Dan Abbott — shared the encounter in a Facebook video posted Saturday (July 13) as part of the Wild Ocean Week campaign — a series of videos showcasing the oddities of the deep to help raise money for the United Kingdom’s Marine Conservation Society.These Sharks Were Too Busy to Notice a Bigger Predator Watching ThemThe unexpected twist at the end of this feeding frenzy delighted scientists.Credit: NOAA Office of Ocean Exploration and Research, Windows to the Deep 2019Volume 0%Press shift question mark to access a list of keyboard shortcutsKeyboard Shortcutsplay/pauseincrease volumedecrease volumeseek forwardsseek backwardstoggle captionstoggle fullscreenmute/unmuteseek to %SPACE↑↓→←cfm0-9关闭选项Automated Captions – en-US facebook twitter 发邮件 reddit 链接https://www.livescience.com/65946-human-size-jellyfish-found-in-uk.html?jwsource=cl已复制直播00:0002:2802:28  Daly and Abbott were diving off the coast of Cornwall, U.K., when they saw the giant jelly emerge from the murky water. Also called the dustbin-lid jellyfish, the species is characterized by eight puffy arms capped by stinging tentacles and a large, globular head that lends the creature its unglamorous nickname. Barrel jellyfish sometimes wash up on the shore, Daly told Vice, but it’s rare for a diver to swim face-to-faceless-head with one of the massive blobs. [Marine Marvels: Spectacular Photos of Sea Creatures] While the barrel jellyfish is the largest species of jelly found in U.K. waters, it’s a mere shrimp when compared to the lion’s mane jellyfish (Cyanea capillata), the largest known species in the world. This coldwater jelly is known for its galaxy of 1,200 long, trailing tentacles, which can bring an individual creature’s total body length to up to 120 feet (36.5 meters) — which is longer than the average blue whale. This tangle of tentacles is so massive that a single lion’s mane jelly may be able to sting 50 to 100 people in just a few minutes if currents carry the jelly too close to a populated coast — a fun fact that a group of unlucky New Hampshire beachgoers learned the hard way in 2010.last_img read more

Passenger nabbed from Kannur airport with Rs 7 lakh worth narcotics

first_imgPassenger nabbed from Kannur airport with Rs 7 lakh worth narcoticsUpon frisking, the passenger, identified as Ajas Valiyaballath was discovered to have hidden a 210 grams of hashish in his pelvic area.advertisement Asian News International KannurJuly 13, 2019UPDATED: July 13, 2019 16:42 IST The narcotics were detected concealed in the sole of the passenger’s slippers. (Photo: ANI)Central Industrial Security Force personnel on Friday apprehended from the Kannur International airport a Doha-bound passenger who was allegedly carrying hashish estimated to be worth Rs 7 lakh.The accused has been handed over to Narcotics Control Bureau for further legal action.Upon frisking, the passenger, identified as Ajas Valiyaballath was discovered to have hidden a 210 grams of hashish in his pelvic area.Upon intensive screening a total of 690 grams of hashish was detected concealed in the sole of the passenger’s slippers.A resident of Thayetheru, the passenger, Ajas Valiyaballath was travelling to Doha from Kannur. He was handed over by CISF to Narcotics Control Bureau along with the seized drugs.Also Read | Group of drug addicts in Punjab village contracts AIDS, Hepatitis after using same needleAlso Watch | High Way: How drugs addiction impacting youth in J&KFor the latest World Cup news, live scores and fixtures for World Cup 2019, log on to indiatoday.in/sports. Like us on Facebook or follow us on Twitter for World Cup news, scores and updates.Get real-time alerts and all the news on your phone with the all-new India Today app. Download from Post your comment Do You Like This Story? Awesome! Now share the story Too bad. Tell us what you didn’t like in the comments Posted byShifa Naseer Tags :Follow Narcotics Nextlast_img read more

Floods affect 8 lakh in Assam 10 dead across Northeast as rains

first_imgFloods affect 8 lakh in Assam, 10 dead across Northeast as rains lash region | 10 pointsHeavy rainfall and floods have affected the entire Eastern and Northeastern India. Over eight lakh people have been affected in Assam while the rain has disrupted life in north Bengal, Sikkim and other states.advertisement India Today Web Desk New DelhiJuly 12, 2019UPDATED: July 12, 2019 23:28 IST An village in Kamrup district of Assam on July 12. (Photo: IANS)Heavy rain and floods have thrown life out of gear in the entire eastern region with over eight lakh people being affected by the overflowing Brahmaputra in Assam. Non-stop rain in north Bengal and Sikkim has triggered several landslides, throwing normal life out of gear.Low-lying areas in north Bengal and Sikkim are also staring at a flood-like situation with the incessant rainfall while in Assam at least 6 people have been killed so far. A total of 10 people have died across three states of Assam, Arunachal Pradesh and Mizoram. Some are feared dead in Bengal.Here are the top 10 developments:1. Road connectivity between north Bengal and Sikkim has been completely disrupted by the continuous rainfall. Rail connectivity has also been disrupted in the Dooars region. Several tourists are struck on the road while two tourist vehicle were drawn into the Teesta River and bodies are yet to recovered due to the rising water levels in Teesta.2. Road connectivity between Siliguri and Sikkim has been shut. Heavy rain is expected till July 14.3. Over eight lakh people have been affected by the flood situation in Assam with more than half of the districts in the Northeastern state submerged under water.4. Barpeta in Assam is the worst hit district with over 85,000 people reeling under the impact of the floods. Six people have lost their lives in Assam so far.5. Animals are fleeing the Kaziranga National Park, the famed habitat of the Great Indian Rhino and a World Heritage site. Authorities have set up road barricades on the national highway passing through the park to limit speeding vehicles.6. The Assam disaster relief force has said nearly 800 villages in 41 revenue circles are under water and about2,000 marooned people have been put up in 53 relief camps and relief distribution centres set up by the district administrations.7. In Arunachal Pradesh, 2 girls were buried in their sleep and three others were injured after a landslide caused a boundary wall to collapse on the hostel building of a school in Tawang district.8. Arunachal capital Itanagar has been witnessing landslips, mudslides and road blockades due to heavy rainfall for several days and the district administration has ordered closure of all schools in Itanagar till Sunday.9. In Mizoram, 2 men have drowned and 390 houses submerged in floods triggered by incessant rain across the state. Disaster management and rehabilitation officials said landslides made many places inaccessible.10. The Itanagar-Naharlagun stretch of NH-415, which is being upgraded to a four-lane highway, is the worst hit by the monsoon fury.(With PTI inputs)Also Read | Incessant rains trigger landslides, bring life to a standstill in Arunachal PradeshAlso Watch | In Depth: Decoding the link between floods and droughtsFor the latest World Cup news, live scores and fixtures for World Cup 2019, log on to indiatoday.in/sports. Like us on Facebook or follow us on Twitter for World Cup news, scores and updates.Get real-time alerts and all the news on your phone with the all-new India Today app. Download from Post your comment Do You Like This Story? Awesome! Now share the story Too bad. Tell us what you didn’t like in the comments Posted bySanchari Chatterjee Nextlast_img read more