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CU men’s golfers in the middle of a 75-team pack at Stanford
Mar 29th
Burstyn, Juel-Berg Pace Buffaloes With 2-Under 68s
PALO ALTO, Calif. —
There are three top 10 teams and 11 in the top 75 competing here, with host and No. 10 Stanford the day one leader with an 8-under par 272 score. Five strokes separate the top six teams through 18 holes, with six strokes the difference between seventh and 12th; the Buffaloes are in the middle of that logjam, with a 3-over 283 score that is good for ninth place.
“A great day for golf, the weather conditions were perfect,” head coach Roy Edwards said. “That’s why the scores are so good and so bunched. Overall, we had a decent day as far as our team score was concerned. The only thing that prevented us from shooting lower, or under par, is that we had some mistakes, but even those were few and far between.
“For the most part we played smart, and mitigated the big numbers,” he added. “It’s so tightly bunched, we did what we should have done and didn’t get tripped up by the tough holes. There are a lot of good teams in this field and this is a great test for us at this stage of the season, one month out from the Pac-12 Championship.”
Senior Jason Burstyn and freshman Philip Juel-Berg paced the Buffaloes on Thursday, each recording 2-under par 68 scores on the 6,727-yard, par-70 Stanford Golf Course layout which tied them for 13th place.
Starting on the No. 1 tee, Burstyn turned a 3-under 32 on the front nine, with the aide of an eagle on the par-5 No. 7 hole. On the back, he couldn’t get some birdie putts to fall and endured two bogeys to bring him back closer to par in the end.
Juel-Berg played a fantastic back nine, firing a 31; after turning at 2-over, he birdied Nos. 10, 13, 15 and 16 and finished with a team-best six birdies, along with nine pars two bogeys and a double. He, too, endured a patch where he scored those three holes over par but had a birdie among them. He now has scored 12 birdies in his last two rounds, including 10 in his last 27 holes.
“Jason and Philip were really solid most of the day; both had to overcome a tough stretch around the middle of their rounds,” Edwards said. “Philip had a pretty good fall, though struggled a bit to start the spring but has come back to play well the last month. He’s a good player and he keeps getting better and better … and is making fewer and fewer freshman mistakes.”
Senior Derek Fribbs carded a 3-over 73, scoring four birdies and eight pars, with five bogeys and a double, tying him for 61st. He opened strong, with two birdies in the first three holes, but then endured a bad patch where he played the next eight holes at 6-over.
Redshirt freshman Drew Trujillo fashioned a 4-over 74, tying him for 66th place, as he had three birdies, nine pars, five bogeys and a double. He started off with a birdie, but played the next six holes at 5-over before closing by playing the course at even par over his final 11 holes.
Sophomore David Oraee carded a 5-over 78, tying him for 76th. He had two birdies and 10 pars against five bogeys and a double for his day, as he continued struggling this week on the west coast; he was 23-over par for the UC-Irvine Anteater, very uncharacteristic for him, especially coming off a 1-under performance at Bandon Dunes three weeks ago.
Collectively, the five Buffs scored 18 birdies Thursday, one more than in the final round of the Anteater invite, which was one more than CU had in Monday’s two rounds. Big numbers were kept to a minimum in the first round here, as CU had just four double bogeys and nothing worse.
Nine players are tied for the individual lead with 4-under 66 scores; the most compelling of that group being San Jose State’s Cody Blick, who made the turn at 1-over but rallied to score six birdies en route to a 30 on the back nine.
The second round of the tournament is set for Friday, with the final round on Saturday. Play begins each day at 9 a.m. MDT off the No. 1 and 10 tees.
by CU SPORTS INFORMATION SERVICE!!!!!
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Boulder County: There’s still $$$ available to help with heating bills
Mar 29th
More may be eligible, with the expansion of heating assistance program , but applications are due by the end of April.
There is still time for Boulder County residents to apply for winter heating assistance through the Low-Income Energy Assistance Program (LEAP),
LEAP helps low-income residents who meet income criteria and other eligibility factors pay their winter heating bills. The program is designed to pay the highest benefit to households with the highest heating costs.
“Energy costs have continued to increase throughout the recent economic downturn,” said Theresa Kullen, an eligibility manager with Boulder County Department of Housing and Human Services (BCDHHS). “We want to make sure that people know this help is available, because it can make the difference between whether or not someone can also afford groceries or a visit to the doctor in a given month.”
In addition, Boulder County residents who may not have previously qualified for heating assistance may now be eligible. The Boulder County Department of Housing and Human Services (BCDHHS) continues to oversee local expansions of the Heating Assistance Program and can provide help for households with income limits higher than those in LEAP.
Boulder County residents who were previously ineligible for LEAP due to income limit reductions may now qualify for help with heating bills through the Heating Plus program. This new program has gross monthly income limits of 185 percent of the Federal Poverty Level (for a family of three, this amounts to about $3,000 per month).
Those who want to find out more about whether they qualify or want to apply for the assistance should email Erica Penz at Boulder County LEAP, or call 303-682-6783. Boulder County will continue to accept applications through April 30, 2013.
from BoulderCountyHHS.org
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CU study: 66 million years ago, an asteroid turned Earth into a crispy critter
Mar 27th
A new look at conditions after a Manhattan-sized asteroid slammed into a region of Mexico in the dinosaur days indicates the event could have triggered a global firestorm that would have burned every twig, bush and tree on Earth and led to the extinction of 80 percent of all Earth’s species, says a new University of Colorado Boulder study.
Led by Douglas Robertson of the Cooperative Institute for Research in Environmental Sciences, or CIRES, the team used models that show the collision would have vaporized huge amounts of rock that were then blown high above Earth’s atmosphere. The re-entering ejected material would have heated the upper atmosphere enough to glow red for several hours at roughly 2,700 degrees Fahrenheit — about the temperature of an oven broiler element — killing every living thing not sheltered underground or underwater.
An artist’s rendition of the asteroid air strike 66 million years ago
The CU-led team developed an alternate explanation for the fact that there is little charcoal found at the Cretaceous-Paleogene, or K-Pg, boundary some 66 million years ago when the asteroid struck Earth and the cataclysmic fires are believed to have occurred. The CU researchers found that similar studies had corrected their data for changing sedimentation rates. When the charcoal data were corrected for the same changing sedimentation rates they show an excess of charcoal, not a deficiency, Robertson said.
“Our data show the conditions back then are consistent with widespread fires across the planet,” said Robertson, a research scientist at CIRES, which is a joint institute of CU-Boulder and the National Oceanic and Atmospheric Administration. “Those conditions resulted in 100 percent extinction rates for about 80 percent of all life on Earth.”
A paper on the subject was published online this week in the Journal of Geophysical Research-Biogeosciences, a publication of the American Geophysical Union. Co-authors on the study include CIRES Interim Director William Lewis, CU Professor Brian Toon of the atmospheric and oceanic sciences department and the Laboratory for Atmospheric and Space Physics and Peter Sheehan of the Milwaukee Public Museum in Wisconsin.
Geological evidence indicates the asteroid collided with Earth about 66 million years ago and carved the Chicxulub crater in Mexico’s Yucatan Peninsula that is more than 110 miles in diameter. In 2010, experts from 33 institutions worldwide issued a report that concluded the impact at Chicxulub triggered mass extinctions, including dinosaurs, at the K-Pg boundary.
The conditions leading to the global firestorm were set up by the vaporization of rock following the impact, which condensed into sand-grain-sized spheres as they rose above the atmosphere. As the ejected material re-entered Earth’s atmosphere, it dumped enough heat in the upper atmosphere to trigger an infrared “heat pulse” so hot it caused the sky to glow red for several hours, even though part of the radiation was blocked from Earth by the falling material, he said.
But there was enough infrared radiation from the upper atmosphere that reached Earth’s surface to create searing conditions that likely ignited tinder, including dead leaves and pine needles. If a person was on Earth back then, it would have been like sitting in a broiler oven for two or three hours, said Robertson.
The amount of energy created by the infrared radiation the day of the asteroid-Earth collision is mind-boggling, said Robertson. “It’s likely that the total amount of infrared heat was equal to a 1 megaton bomb exploding every four miles over the entire Earth.”
A 1-megaton hydrogen bomb has about the same explosive power as 80 Hiroshima-type nuclear bombs, he said. The asteroid-Earth collision is thought to have generated about 100 million megatons of energy, said Robertson.
Some researchers have suggested that a layer of soot found at the K-Pg boundary layer roughly 66 million years ago was created by the impact itself. But Robertson and his colleagues calculated that the amount of soot was too high to have been created during the massive impact event and was consistent with the amount that would be expected from global fires.
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