Men’s tennis claims Big 12 Championship

first_imgReddIt Kacey Bowenhttps://www.tcu360.com/author/kacey-bowen/ TCU falls to Georgia in AutoZone Liberty Bowl Previous articleTCU drops rubber match 3-1 to Texas Tech; Frogs lose 2nd straight Big 12 seriesNext articleResidents of Bluebonnet Place want to solve Bluebonnet Circle traffic issues Kacey Bowen RELATED ARTICLESMORE FROM AUTHOR The TCU men’s tennis team claimed the Big 12 Championship on Sunday. printThe No. 5 TCU men’s tennis claimed the Big 12 Men’s Tennis Championship on Sunday with a 4-2 victory over No. 8 Texas Tech.This is the first time in program history that the Frogs have earned a Big 12 Championship title and their first tournament title since their Mountain West Conference tournament victory in 2010.But this victory didn’t come without a fight.The Frogs had to battle back after losing the doubles point to the Red Raiders. Captain Trevor Johnson evened the score 1-1 with a singles win. The Frogs then went ahead 3-1 after No. 6 Cameron Norrie and Alex Rybakov fought back and won straight-set victories.After Alex Sendegeya earned another point for Tech to make it 3-2, Jerry Lopez sealed the match for TCU, clinching the championship as he won 6-4, 7-5 at the No. 4 position.Norrie was named MVP of the championship after going 4-0 between doubles and singles throughout the tournament.Head Coach David Roditi said winning the Big 12 Championship is an unbelievable feeling.“[It’s] an incredible accomplishment for our whole program and our school.” Roditi said, according to a TCU press release. “I am happy for these guys because they were able to hang in there and beat a very tough Texas Tech team.”TCU will now await its selection into the NCAA Championship, which will be announced on Tuesday at 4:30 p.m. Kacey is a junior journalism major from Friendswood, Texas. She is a managing editor for TCU360. + posts Kacey Bowen TCU vs Georgia: “Playing to win” Linkedin Kacey Bowenhttps://www.tcu360.com/author/kacey-bowen/ Kramer claims 100th career win Twitter Kacey Bowenhttps://www.tcu360.com/author/kacey-bowen/ Kacey Bowenhttps://www.tcu360.com/author/kacey-bowen/ Support for seniors on Senior Day Facebook TCU rowing program strengthens after facing COVID-19 setbacks ReddIt Twitter Another series win lands TCU Baseball in the top 5, earns Sikes conference award Linkedin Facebook TCU baseball finds their biggest fan just by saying hellolast_img read more

Hypoxia impacts large adults first: consequences in a warming world

first_imgFuture oceans are predicted to contain less oxygen than at present. This is because oxygen is less soluble in warmer water and predicted stratification will reduce mixing. Hypoxia in marine environments is thus likely to become more widespread in marine environments and understanding species-responses is important to predicting future impacts on biodiversity. This study used a tractable model, the Antarctic clam, Laternula elliptica, which can live for 36 years, and has a well-characterized ecology and physiology to understand responses to hypoxia and how the effect varied with age. Younger animals had a higher condition index, higher adenylate energy charge and transcriptional profiling indicated that they were physically active in their response to hypoxia, whereas older animals were more sedentary, with higher levels of oxidative damage and apoptosis in the gills. These effects could be attributed, in part, to age-related tissue scaling; older animals had proportionally less contractile muscle mass and smaller gills and foot compared with younger animals, with consequential effects on the whole-animal physiological response. The data here emphasize the importance of including age effects, as large mature individuals appear to be less able to resist hypoxic conditions and this is the size range that is the major contributor to future generations. Thus, the increased prevalence of hypoxia in future oceans may have marked effects on benthic organisms’ abilities to persist and this is especially so for long-lived species when predicting responses to environmental perturbation.last_img read more