Posts tagged host
Colorado Women’s B-ball Team’s Front Court Dominates In 78-55 Win At UMKC
Nov 18th
KANSAS CITY, Mo. – One freshman forward started, one finished. No matter the order of appearance the recipe provided a winning combination for Colorado.
Arielle Roberson and Jamee Swan combined for 37 points on 71 percent shooting as Colorado defeated Missouri-Kansas City, 78-55, Sunday afternoon at the Swinney Recreation Center on the UMKC campus.
Colorado improved to 2-0, claiming its 15th straight win over nonconference regular season opponents dating back to 2010. UMKC drops to 2-2.
Swan, making her first career start, scored 10 of her 14 points in the first half to give the Buffaloes a good start. After picking up her third foul early in the second half, Roberson stepped in scoring 19 of her game-high 23 points in the last 20 minutes.
Roberson was 9-of-12 from the field, hit all five free throw attempts and grabbed six rebounds. Swan was 6-of-9 from the floor had three rebounds and an assist.
The freshman front court duo helped the Buffaloes dominate in the paint, outscoring the Kangaroos 42-14 inside.
“I give all the credit to my teammates,” Roberson said. “We knew coming out of the locker room we needed to push the ball and run more, really turn it up in the second half.
“I knew I had to bring defensive intensity and that led to offensive intensity for everybody.”
Roberson and Swan were the beneficiaries of a Colorado offense that picked apart the UMKC zone; putting on a passing clinic from all five positions. The Buffaloes had 17 assists on 32 made shots and overall shot 47 percent for the game.
That offense ran through forward Jen Reese and center Rachel Hargis. Playing in the high post, Reese and Hargis continually made the right pass, either finding Roberson and Swan on the low block or dishing out to continue through the guards.
Officially the two combined for six assists, but their initial reads led to plenty of good looks for the Buffaloes all afternoon.
Reese also had 10 points on 5-of-8 shooting with eight rebounds. Hargis made 3-of-4 field goals finishing with eight points.
“Our four post players, Arielle, Rachel, Jamee and Jen really dominated the game,” CU head coach Linda Lappe said. “They really understood what we were trying to do in our zone offense. I thought they did a fantastic job of being a presence on the inside.”
After Lauren Dudding put UMKC up with a 3-pointer on its initial possession, Colorado scored nine straight including two buckets from Swan.
UMKC briefly retook the lead with a 7-0 run of its own for a 10-9 advantage six minutes in. Roberson and Swan had back-to-back scores to put CU up for good.
The Kangaroos kept CU close early. Eilise O’Connor scored eight of her 10 points in the first half as UMKC pulled to within two at 18-16, but then the Buffaloes went to work. Colorado scored on five of its next six possessions during an 11-0 run to take a 29-16 lead. Hargis had a three point play and Roberson and Reese each scored on put-backs off CU misses.
“The start was important, we really needed that to kick-start our momentum,” Swan said. “Starting off great helps us finish great.”
Offensive rebounding was key for the Buffaloes, grabbing 19 which led to 22 second chance points. Overall Colorado enjoyed a 44-29 advantage on the boards.
“Offensive rebounding was a huge improvement (from the season opener),” Lappe said. “We crashed the glass against the zone and got a lot of put-backs. The effort on the offensive glass was fantastic.
Colorado led by nine at the half (36-27). UMKC’s Kim Nezianya quickly converted conventional 3-point play to cut the CU lead to six, and also gave Swan her third foul. From there Roberson shined.
The San Antonio native scored 14 points in the first six minutes of the half as the Buffaloes began to pull away. She scored six in a row as CU rebuilt a double-digit lead at 46-35. After a pair of Hailey Houser free throws, CU put the game away with a 13-0 run. Following a Reese jumper and a transition layup from Lexy Kresl, Roberson scored the next seven as the Buffaloes won their fifth straight nonconference regular season game away from Boulder.
Nezianya led UMKC with 17 points and eight rebounds.
Colorado returns home to host the 26th annual Omni Hotels Classic Nov. 23-24 at the Coors Events Center. The tournament starts with Auburn vs. San Diego State on Friday, Nov. 23, at 5 p.m. followed by Colorado and Texas A&M-Corpus Christi at 7:30 p.m. On Saturday the consolation game will be played at 5 p.m. followed by the championship at 7:30 p.m.
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Boulder Walker Ranch Management
Nov 8th
Boulder County, Colo. – The Boulder County Parks and Open Space Department will host a review of the Management Alternatives proposed by Parks and Open Space staff for the Walker Ranch Management Plan Update.
What: Walker Ranch Management Alternatives meeting
When: Tuesday, Nov. 13 at 6 p.m.
Where: Boulder County Transportation office, second floor 2525 13th St., Boulder
Staff will give a presentation of the management proposals followed by a question-and-answer period.
Ideas received at a public open house in 2011 have been incorporated into the proposals. Staff will present those proposals at this meeting and take public comments and questions. This will not be the last opportunity for public input.
Based on public responses to the alternatives and information gathered during alternatives review, staff will develop and update the plan and present a draft final management plan to the public in December. A 30-day comment period will follow the December presentation. The final proposal to the Parks and Open Space Advisory Committee and the Board of County Commissioners will be scheduled in early 2013.
For more information about the Walker Ranch Management Plan Update, visit www.bouldercounty.org/os/openspace/pages/walkerplan.aspx or contact Resource Planner Jesse Rounds at 303-678-6271 or jrounds@bouldercounty.org.
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2001-02 drought helped to shift Rocky Mountain pine beetle outbreak into epidemic
Nov 5th
The study, the first ever to chart the evolution of the current pine beetle epidemic in the southern Rocky Mountains, compared patterns of beetle outbreak in the two primary host species, the ponderosa pine and lodgepole pine, said CU-Boulder doctoral student Teresa Chapman. The current mountain pine beetle outbreak in the southern Rockies — which range from southern Wyoming through Colorado and into northern New Mexico –is estimated to have impacted nearly 3,000 square miles of forests, said Chapman, lead study author.
While the 2001-02 drought in the West played a key role in pushing the pine beetle outbreak into a true regional epidemic, the outbreak continued to gain ground even after temperature and precipitation levels returned to levels nearer the long-term averages, said Chapman of CU-Boulder’s geography department. The beetles continued to decimate lodgepole pine forests by moving into wetter and higher elevations and into less susceptible tree stands — those with smaller diameter lodgepoles sharing space with other tree species.
“In recent years some researchers have thought the pine beetle outbreak in the southern Rocky Mountains might have started in one place and spread from there,” said Chapman. “What we found was that the mountain pine beetle outbreak originated in many locations. The idea that the outbreak spread from multiple places, then coalesced and continued spreading, really highlights the importance of the broad-scale drivers of the pine beetle epidemic like climate and drought.”
A paper on the subject was recently published in the journal Ecology. Co-authors on the study include CU-Boulder geography Professor Thomas Veblen and Tania Schoennagel, an adjunct faculty member in the geography department and a research scientist at CU-Boulder’s Institute of Arctic and Alpine Research. The National Science Foundation funded the study.
Mountain pine beetles are native insects that have shaped the forests of North America for thousands of years. They range from Canada to Mexico and are found at elevations from sea level to 11,000 feet. The effects of pine beetles are especially evident in recent years on Colorado’s Western Slope, including Rocky Mountain National Park, with a particularly severe epidemic occurring in Grand and Routt counties.
Chapman said the most recent mountain pine beetle outbreak began in the 1990s, primarily in scattered groups of lodgepole pine trees living at low elevations in areas of lower annual precipitation. Following the 2001-02 drought, the outbreak was “uncoupled” from the initial weather and landscape conditions, triggering a rise in beetle populations on the Western Slope and propelling the insects over the Continental Divide into the northern Front Range to infect ponderosa pine, Chapman said.
The current pine beetle epidemic in the southern Rocky Mountains was influenced in part by extensive forest fires that ravaged Colorado’s Western Slope from roughly 1850 to 1890, said Chapman. Lodgepole pine stands completely burned off by the fires were succeeded by huge swaths of seedling lodgepoles that eventually grew side by side into dense mature stands, making them easier targets for the pine beetles.
“The widespread burning associated with dry years in the 19th century set the stage for the current outbreak by creating vast areas of trees in the size classes most susceptible to beetle attack,” said Chapman.
Veblen said a 1980s outbreak of the pine beetle centered in Colorado’s Grand County ended when extremely low minimum temperatures were reached in the winters of 1983 and 1984, killing the beetle larvae. But during the current outbreak, minimum temperatures during all seasons have been persistently high since 1996, well above the levels of extreme cold shown to kill beetle larvae in laboratory experiments.
“This implies that under continued warming trends, future outbreaks will not be terminated until they exhaust their food supply — the pine tree hosts,” said Veblen.
Chapman said there has been a massive and unprecedented beetle epidemic in British Columbia, which also began in the early 1990s and has now has affected nearly 70,000 square miles. “It is hard to tell if this current beetle epidemic in the Southern Rockies is unprecedented,” she said. “While warm periods in the 16th century may have triggered a large beetle epidemic, any evidence would have been wiped out by the massive fires in the latter part of the 19th century.”
Veblen said while the rate of spread of the mountain pine beetle in lodgepole pine forests has declined in the southern Rocky Mountains during the past two years because of a depletion of host pine population, U.S. Forest Service surveys indicate the rate of beetle spread in ponderosa pine forests on the Front Range has increased sharply over the past three years. “The current study suggests that under the continued warmer climate, the spread of the beetle in ponderosa pines is likely to grow until that food source also is depleted,” Veblen said.
“Our results emphasize the importance of considering different patterns in the population dynamics of mountain pine beetles for different host species, even under similar regional-scale weather variations,” said Chapman. “Given the current outbreak of mountain pine beetles on the Front Range, their impact on ponderosa pines is certainly something that needs further study.”
A 2012 study by CU-Boulder Professor Jeffry Mitton and graduate student Scott Ferrenberg showed some Colorado pine beetles, which had been known to produce only one generation of tree-killing offspring annually, are producing two generations per year due to rising temperatures and a longer annual warm season. Because of the extra annual generation of beetles, there could be up to 60 times as many beetles attacking trees in any given year, according to the study.
In addition, a 2011 study led by CU-Boulder graduate student Evan Pugh indicated the infestation of trees by mountain pine beetles in the high country across the West could potentially trigger earlier snowmelt and increase water yields from snowpack that accumulates beneath affected trees.