By Shirish B PradhanKathmandu, Jun 9 (PTI) Nepal has felicitated an Indian who became the first person from the country to summit Mount Everest for a record six times.Love Raj Singh Dharmashaktu, a Padma Shri recipient who hails from Uttarakhand, was honoured at a function organised by Adventure Sports Tourism Society in Lalitpur Metropolitan City near here yesterday.Dharmashaktu was appointed a Tourism Ambassador of Nepal to north India during the function.The veteran mountaineer climbed the 8,848-metre high mountain peak, the worlds tallest, for the sixth time on May 27, according to Nepals Tourism Department.Dharmashaktu, who works with Indias border-guarding force — Border Security Force, received a felicitation letter from the Department of Tourism and Adventure Sports Tourism Society.He first scaled Mount Everest, locally known as Sagarmatha, in 1998 and received Indias prestigious Tenzing Norgay National Adventure Award in 2003.More than 4,000 people have so far climbed Mount Everest. PTI SBP CPS
Jürgen Klopp believes Mohamed Salah’s game has improved tremendously as he’s adapted to playing in a slightly different position for Liverpool this season.Salah has notched in 14 goals this season and remains the club’s top scorer with the latest coming against Wolves.The Egyptian forward played as a lone striker at Molineux where he scored and assisted Virgil van Dijk’s second-half goal.“It’s good,” Klopp told reporters at Melwood on Monday morning, when asked about the Egyptian’s development. “He had to adapt a bit to the slightly different positions; it’s not that much different, but it is different from time to time.Report: Origi cause Klopp injury concerns George Patchias – September 14, 2019 Divock Origi injury in today’s game against Newcastle is a cause for concern for Jurgen Klopp.Perhaps with one eye on Tuesday’s trip to Italy…“We need him as a link-up player as well and that’s a very important part of our game, but he is still with the desire and with his speed. His speed in the first few yards is just impressive. He is a very important part of our finishing situation in general, how we prepare them, how we come into the situations.“Of course, he is young enough to involve a lot more things in his style of play. It is not just speed, it is not just finishing, it is between the lines, there are a lot of things, there is keeping the ball, but you need your body for that. That was the only problem Mo had a little bit at the beginning of the season, a part of his body was not perfect.“If you work in an office and your shoulder is not 100 percent, if it is not your writing hand then it should be OK, but if you are a professional football player in this moment it just keeps 10 or 15 percent away.“He is a world-class player, but we all knew we had to wait for the moment when everything is fine – that is already a few weeks ago and so it’s all good.”
Dan Cohen AUTHOR The 25th Infantry Division, based at Schofield Barracks, Hawaii, will begin converting its 2nd Stryker Brigade Combat Team (BCT) to an infantry BCT in March, with the effort scheduled to finish in July, Maj. Gen. Charles Flynn, the division’s commanding general, told reporters at the Pentagon on Monday.The move — which will result in the loss of 1,214 soldiers — follows the Army’s latest round of restructuring, which is slated to shrink its active-duty end strength from 490,000 to 450,000 soldiers by the end of fiscal 2018.The BCT’s 330 Strykers will be transferred to the Washington National Guard’s 81st Armored BCT, Flynn said. That brigade has subordinate units in Washington, Oregon and California, reported Army Times.As part of the 2nd BCT’s conversion, the unit will deactivate one of its infantry battalions because infantry BCTs outside the United States have two maneuver battalions, compared with the three that make up a Stryker BCT, Flynn said.One challenge the commander is managing is that duty in Hawaii is considered an overseas assignment, requiring soldiers to serve there for three years.“We’re trying to make sure we look after soldiers and families and career paths and not damage any of that,” Flynn said. The goal is to “make sure no one gets lost in the transition of that brigade combat team.”As part of the Army’s five-year aviation restructuring initiative, the 25th Combat Aviation Brigade also will undergo a conversion this year. The brigade’s 2nd Squadron will be swapping its OH-58 Kiowa Warriors for AH-64 Apache helicopters, according to the story.
WILMINGTON, MA – Wilmington Public Schools is seeking substitute teachers at the elementary school, middle school and high school levels, according to a job listing posted on October 1.Substitute teacher rates in Wilmington are as follows:Day to day: $75/day without a DESE license, $85/day with a DESE license45-59 days in the same assignment: $100/day without a DESE license, $110/day with a DESE license60-90 days in the same assignment: $115/day without a DESE license, $125/day with a DESE license91 or more days in the same assignment: $250.84/day (must have a DESE license)The school system is also seeking substitute educational assistants ($60/day), substitute LPNs ($75/day), and substitute nurses ($125/day).View the job posting, which includes further information about the application process, HERE.Got a question? Contact Andrea Armstrong, Human Resources Director, at 978-694-6000 or firstname.lastname@example.org.Like Wilmington Apple on Facebook. Follow Wilmington Apple on Twitter. Follow Wilmington Apple on Instagram. Subscribe to Wilmington Apple’s daily email newsletter HERE. Got a comment, question, photo, press release, or news tip? Email email@example.com.Share this:TwitterFacebookLike this:Like Loading… RelatedWilmington Public Schools Hiring Substitute Teachers, Educational Assistants & Nurses For Upcoming School YearIn “Education”Wilmington Public Schools Hiring Substitute Teachers, Educational Assistants & NursesIn “Education”Wilmington Public Schools Hiring Substitute Teachers, Educational Assistants & NursesIn “Education”
Film festivals are often described as a melting pot of cultures and that’s exactly what the much revered Indian Film Festival of Melbourne stands for. Taking their theme of courage forward, the year’s most notable Tamil film Super Deluxe is all set to be screened at the festival. The film, directed by Thiagarajan Kumararaja, has been nominated in the Best Actor, Best Director and Best Film categories at the event and has been hailed as the bravest film to come off Tamil cinema in a long time.Since IFFM is symbolic of the celebration of Indian cinema, it was necessary that the curated films be representative of the current wave of cinema in the country.Festival Director Mitu Bhowmick says, “In times of social media, when films can be consumed in a personal space, we are viewing films regardless of the language they are made in. Super Deluxe became an instant hit and the social media couldn’t stop raving about its nuanced treatment. It is essential for the world to see Indian cinema as more than just Hindi films. Though the explosion since Bahubali has rightly moved the focus to films made in regional languages, a broader audience have to be exposed to gems like Super Deluxe to understand the real power and potential of Indian films. It was, thus, essential for me to bring this beautiful film to the Indian audience in Melbourne. The film’s leading actor Vijay Sethupathi, actress Gayathri and the director Thiagarajan Kumararaja will also be at the festival to talk about this wonderful film”.Considered to be the right blend of pop culture and philosophy, the film’s director is equally excited to take his baby to a whole new set of viewers. He said, “An artistic work gives pleasure in two phases 1. When it is made 2. When it is consumed. I am very happy that Super Deluxe is transcending territories and language barriers. I’m looking forward to being at IFFM Australia” A poster from Vijay Sethupathi’s Super Deluxe.PR Handout RelatedVijay Sethupathi to play Muttiah Muralitharan in Sri Lankan legend’s biopic: ReportSpider-Man: Far From Home strikes gold in Chennai, outperforms Raatchasi and Kalavani 2Amala Paul’s nude act in Aadai costs Vijay Sethupathi’s VSP33; actress breaks silence on unceremonious ousting
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. In order for life to have existed on Mars (or if it still does in a place we have not found yet) it would have to have an energy source of some kind. Prior research has suggested such a source might be nitrogen, the same energy source for most plants here on Earth—a recent report by researchers studying data from Curiosity rover, describes nitrates found in the soil. In this new effort, King takes a different approach, he believes that carbon monoxide may hold the key to life on Mars.King took soil samples from three places here on Earth that have very dry climates and very salty soil, the Atacama desert in Chili, the Bonneville Salt Flats in Utah and a part of the big island in Hawaii. In studying the samples, he found that the soil did indeed pull carbon monoxide out of the air and held onto it. He suggests the same process could occur on Mars, as its atmosphere has more carbon monoxide in it than does ours. He goes further to suggest that the mysterious, recurring slope lineae—dark streaks that change color seasonally on Mars, might be due to carbon monoxide being pulled into the soil. He believes that carbon monoxide could represent the missing piece in the search for life on Mars: the energy source. As evidence of the possibility, he points out two microbes (Halorubrum str. BV1 and Alkalilimnicola ehrlichii MLHE-1) that live on Earth that use carbon monoxide as an energy source, one of which has also been shown able to tolerate salt concentrations that are similar to those found in Martian soil.Unfortunately, there is no mechanism for testing King’s ideas, neither of the rovers on Mars has the equipment needed for that kind of test. He will have to wait until 2021, when NASA plans to send a probe to the Red planet that is capable of detecting microbes in the soil. Explore further Valles Marineris, Mars. Credit: NASA (Phys.org)—Gary King, a biologist at Louisiana State University has put forth the idea that if life did exist on Mars, it very possibly could have survived by using carbon monoxide. In his paper published in Proceedings of the National Academy of Sciences, he discusses his study of microbes in soil samples collected here on Earth that are able to pull in carbon monoxide and why it might relate to life on Mars. Journal information: Proceedings of the National Academy of Sciences More information: Carbon monoxide as a metabolic energy source for extremely halophilic microbes: Implications for microbial activity in Mars regolith, Gary M. King, PNAS, DOI: 10.1073/pnas.1424989112AbstractCarbon monoxide occurs at relatively high concentrations (≥800 parts per million) in Mars’ atmosphere, where it represents a potentially significant energy source that could fuel metabolism by a localized putative surface or near-surface microbiota. However, the plausibility of CO oxidation under conditions relevant for Mars in its past or at present has not been evaluated. Results from diverse terrestrial brines and saline soils provide the first documentation, to our knowledge, of active CO uptake at water potentials (−41 MPa to −117 MPa) that might occur in putative brines at recurrent slope lineae (RSL) on Mars. Results from two extremely halophilic isolates complement the field observations. Halorubrum str. BV1, isolated from the Bonneville Salt Flats, Utah (to our knowledge, the first documented extremely halophilic CO-oxidizing member of the Euryarchaeota), consumed CO in a salt-saturated medium with a water potential of −39.6 MPa; activity was reduced by only 28% relative to activity at its optimum water potential of −11 MPa. A proteobacterial isolate from hypersaline Mono Lake, California, Alkalilimnicola ehrlichii MLHE-1, also oxidized CO at low water potentials (−19 MPa), at temperatures within ranges reported for RSL, and under oxic, suboxic (0.2% oxygen), and anoxic conditions (oxygen-free with nitrate). MLHE-1 was unaffected by magnesium perchlorate or low atmospheric pressure (10 mbar). These results collectively establish the potential for microbial CO oxidation under conditions that might obtain at local scales (e.g., RSL) on contemporary Mars and at larger spatial scales earlier in Mars’ history. Citation: Biologist suggests carbon monoxide as an energy source for microbes on Mars (2015, March 24) retrieved 18 August 2019 from https://phys.org/news/2015-03-biologist-carbon-monoxide-energy-source.html Video: What makes carbon monoxide so deadly? © 2015 Phys.org