Search

Your search keyword '"SNOW, KATE"' showing total 2,564 results
Start Over Author "SNOW, KATE"
2,564 results on '"SNOW, KATE"'

1. Coordinating an operational data distribution network for CMIP6 data

Author

Petrie, Ruth, Denvil, Sébastien, Ames, Sasha, Levavasseur, Guillaume, Fiore, Sandro, Allen, Chris, Antonio, Fabrizio, Berger, Katharina, Bretonnière, Pierre-Antoine, Cinquini, Luca, Dart, Eli, Dwarakanath, Prashanth, Druken, Kelsey, Evans, Ben, Franchistéguy, Laurent, Gardoll, Sébastien, Gerbier, Eric, Greenslade, Mark, Hassell, David, Iwi, Alan, Juckes, Martin, Kindermann, Stephan, Lacinski, Lukasz, Mirto, Maria, Nasser, Atef Ben, Nassisi, Paola, Nienhouse, Eric, Nikonov, Sergey, Nuzzo, Alessandra, Richards, Clare, Ridzwan, Syazwan, Rixen, Michel, Serradell, Kim, Snow, Kate, Stephens, Ag, Stockhause, Martina, Vahlenkamp, Hans, and Wagner, Rick

Subjects
Earth Sciences, Climate Action, Earth sciences
Abstract

The distribution of data contributed to the Coupled Model Intercomparison Project Phase 6 (CMIP6) is via the Earth System Grid Federation (ESGF). The ESGF is a network of internationally distributed sites that together work as a federated data archive. Data records from climate modelling institutes are published to the ESGF and then shared around the world. It is anticipated that CMIP6 will produce approximately 20 PB of data to be published and distributed via the ESGF. In addition to this large volume of data a number of value-added CMIP6 services are required to interact with the ESGF; for example the citation and errata services both interact with the ESGF but are not a core part of its infrastructure. With a number of interacting services and a large volume of data anticipated for CMIP6, the CMIP Data Node Operations Team (CDNOT) was formed. The CDNOT coordinated and implemented a series of CMIP6 preparation data challenges to test all the interacting components in the ESGF CMIP6 software ecosystem. This ensured that when CMIP6 data were released they could be reliably distributed.

Published
2021

5. Bend-Test Results of the MISSE 7 Flexural Stress Effects Experiment After 1.5 Years of Space Exposure

Author

Snow, Kate E, de Groh, Kim K, Banks, Bruce A, and Sechkar, Edward A

Subjects
Inorganic, Organic And Physical Chemistry, Spacecraft Design, Testing And Performance
Abstract

Low Earth orbital environmental exposure can cause degradation of exterior spacecraft materials. Radiation and thermal exposure often result in bond-breaking and embrittlement of polymers, reducing mechanical strength and structural integrity. The Flexural Stress Effects Experiment (FSEE) was flown with the objective of determining the role of space exposure on the degradation of polymers under flexural stress. The FSEE samples were flown in a wake orientation on the exterior of International Space Station for 1.5 years. Twenty-three polyimide and fluorinated polymers with various coatings were flown: 11 bent over a 0.375-inch diameter holder and 12 over a 0.25-inch diameter holder. A non-standard bend-test procedure was used to determine the surface strain at which embrittled polymers crack. None of the control samples cracked, even under surface strains up to 19.7%, although one coating cracked. Of the 10 flight samples tested, seven indicated increased embrittlement through bend-test cracking at surface strains from 0.65% to 8.11%. Therefore, most of the tested polymers were embrittled due to space exposure, when compared to their control samples. The samples flown over the 0.375-inch holder were more embrittled than those on the 0.25-inch holder. Determination of the extent of space induced embrittlement of polymers is important for designing durable spacecraft.

Published
2019

7. Rapid Midwifery

Author

Sarah Snow, Kate Taylor, Jane Carpenter and Sarah Snow, Kate Taylor, Jane Carpenter

Published
2016

8. The MISSE 7 Flexural Stress Effects Experiment After 1.5 Years of Wake Space Exposure

Author

Snow, Kate E, De Groh, Kim K, and Banks, Bruce A

Subjects
Spacecraft Design, Testing And Performance, Structural Mechanics
Abstract

Low Earth orbit space environment conditions, including ultraviolet radiation, thermal cycling, and atomic oxygen exposure, can cause degradation of exterior spacecraft materials over time. Radiation and thermal exposure often results in bond- breaking and embrittlement of polymers, reducing mechanical strength and structural integrity. An experiment called the Flexural Stress Effects Experiment (FSEE) was flown with the objective of determining the role of space environmental exposure on the degradation of polymers under flexural stress. The FSEE samples were flown in the wake orientation on the exterior of International Space Station for 1.5 years. Twenty-four samples were flown: 12 bent over a 0.375 in. mandrel and 12 were over a 0.25 in. mandrel. This was designed to simulate flight configurations of insulation blankets on spacecraft. The samples consisted of assorted polyimide and fluorinated polymers with various coatings. Half the samples were designated for bend testing and the other half will be tensile tested. A non-standard bend-test procedure was designed to determine the surface strain at which embrittled polymers crack. All ten samples designated for bend testing have been tested. None of the control samples' polymers cracked, even under surface strains up to 19.7%, although one coating cracked. Of the ten flight samples tested, seven show increased embrittlement through bend-test induced cracking at surface strains from 0.70%to 11.73%. These results show that most of the tested polymers are embrittled due to space exposure, when compared to their control samples. Determination of the extent of space induced embrittlement of polymers is important for designing durable spacecraft.

Published
2017

10. Coordinating an operational data distribution network for CMIP6 data

Author

Petrie, Ruth, primary, Denvil, Sébastien, additional, Ames, Sasha, additional, Levavasseur, Guillaume, additional, Fiore, Sandro, additional, Allen, Chris, additional, Antonio, Fabrizio, additional, Berger, KatharinaPier, additional, Bretonnière, Pierre-Antoine, additional, Cinquini, Luca, additional, Dart, Eli, additional, Dwarakanath, Prashanth, additional, Druken, Kelsey, additional, Evans, Ben, additional, Franchistéguy, Laurent, additional, Gardoll, Sébastien, additional, Gerbier, Eric, additional, Greenslade, Mark, additional, Hassell, David, additional, Iwi, Alan, additional, Juckes, Martin, additional, Kindermann, Stephan, additional, Lacinski, Lukasz, additional, Mirto, Maria, additional, Nasser, Atef Ben, additional, Nassisi, Paola, additional, Nienhouse, Eric, additional, Nikonov, Sergey, additional, Nuzzo, Alessandra, additional, Richards, Clare, additional, Ridzwan, Syazwan, additional, Rixen, Michel, additional, Serradell, Kim, additional, Snow, Kate, additional, Stephens, Ag, additional, Stockhause, Martina, additional, Vahlenkamp, Hans, additional, and Wagner, Rick, additional

Published
2020
Full Text
View/download PDF

11. Glacier change along West Antarctica's Marie Byrd Land Sector and links to inter-decadal atmosphere–ocean variability

Author

Christie, Frazer D.W., Bingham, Robert G., Gourmelen, Noel, Steig, Eric J., Bisset, Rosie R., Pritchard, Hamish D., Snow, Kate, and Tett, Simon F.B.

Abstract

Over the past 20 years satellite remote sensing has captured significant downwasting of glaciers that drain the West Antarctic Ice Sheet into the ocean, particularly across the Amundsen Sea Sector. Along the neighbouring Marie Byrd Land Sector, situated west of Thwaites Glacier to Ross Ice Shelf, glaciological change has been only sparsely monitored. Here, we use optical satellite imagery to track grounding-line migration along the Marie Byrd Land Sector between 2003 and 2015, and compare observed changes with ICESat and CryoSat-2-derived surface elevation and thickness change records. During the observational period, 33% of the grounding line underwent retreat, with no significant advance recorded over the remainder of the ∼ 2200km long coastline. The greatest retreat rates were observed along the 650km-long Getz Ice Shelf, further west of which only minor retreat occurred. The relative glaciological stability west of Getz Ice Shelf can be attributed to a divergence of the Antarctic Circumpolar Current from the continental-shelf break at 135°W, coincident with a transition in the morphology of the continental shelf. Along Getz Ice Shelf, grounding-line retreat reduced by 68% during the CryoSat-2 era relative to earlier observations. Climate reanalysis data imply that wind-driven upwelling of Circumpolar Deep Water would have been reduced during this later period, suggesting that the observed slowdown was a response to reduced oceanic forcing. However, lack of comprehensive oceanographic and bathymetric information proximal to Getz Ice Shelf's grounding zone make it difficult to assess the role of intrinsic glacier dynamics, or more complex ice-sheet–ocean interactions, in moderating this slowdown. Collectively, our findings underscore the importance of spatial and inter-decadal variability in atmosphere and ocean interactions in moderating glaciological change around Antarctica.

Published
2018
Full Text
View/download PDF

12. Representing grounding line migration in synchronous coupling between a marine ice sheet model and a z -coordinate ocean model

Author

Goldberg, D.N., Snow, Kate, Holland, Paul, Jordan, Jim, Campin, Jean-Michel, Heimbach, Patrick, Arthern, Robert, and Jenkins, Adrian

Subjects
F700, F800, Astrophysics::Earth and Planetary Astrophysics, Physics::Atmospheric and Oceanic Physics, Physics::Geophysics
Abstract

Synchronous coupling is developed between an ice sheet model and a $z$-coordinate ocean model (the MITgcm). A previously-developed scheme to allow continuous vertical movement of the ice-ocean interface of a floating ice shelf (``vertical coupling'') is built upon to allow continuous movement of the grounding line, or point of floatation of the ice sheet (``horizontal coupling''). Horizontal coupling is implemented through the maintenance of a thin layer of ocean ($\sim$1 m) under grounded ice, which is inflated into the real ocean as the ice ungrounds. This is accomplished through a modification of the ocean model's nonlinear free surface evolution in a manner akin to a hydrological model in the presence of steep bathymetry. The coupled model is applied to a number of idealized geometries and shown to successfully represent ocean-forced marine ice sheet retreat while maintaining a continuous ocean circulation.

Published
2018
Full Text
View/download PDF

13. Ocean-forced ice-shelf thinning in a synchronously coupled ice–ocean model

Author

Jordan, James, Holland, Paul, Goldberg, Daniel, Snow, Kate, arthern, robert, Campin, Jean-Michel, Heimbach, Patrick, and Jenkins, Adrian

Subjects
Astrophysics::Earth and Planetary Astrophysics, Physics::Atmospheric and Oceanic Physics, Physics::Geophysics
Abstract

The first fully synchronous, coupled ice shelf–ocean model with a fixed grounding line and imposed upstream ice velocity has been developed using the MITgcm (Massachusetts Institute of Technology general circulation model). Unlike previous, asynchronous, approaches to coupled modelling our approach is fully conservative of heat, salt and mass. Synchronous coupling is achieved by continuously updating the ice-shelf thickness on the ocean time step. By simulating an idealised, warm-water ice shelf we show how raising the pycnocline leads to a reduction in both ice-shelf mass and back stress, and hence buttressing. Coupled runs show the formation of a western boundary channel in the ice-shelf base due to increased melting on the western boundary due to Coriolis enhanced flow. Eastern boundary ice thickening is also observed. This is not the case when using a simple depth-dependent parameterised melt, as the ice shelf has relatively thinner sides and a thicker central ‘bulge’ for a given ice-shelf mass. Ice-shelf geometry arising from the parameterised melt rate tends to underestimate backstress (and therefore buttressing) for a given ice-shelf mass due to a thinner ice shelf at the boundaries when compared to coupled model simulations.

Published
2018

14. Ocean-forced ice-shelf thinning in a synchronously coupled ice-ocean model

Author

Jordan, Jim, Holland, Paul, Goldberg, Dan, Snow, Kate, Arthern, Robert, Campin, Jean-Michel, Heimbach, Patrick, and Jenkins, Adrian

Subjects
F700, F800, Astrophysics::Earth and Planetary Astrophysics, Physics::Atmospheric and Oceanic Physics, Physics::Geophysics
Abstract

The first fully synchronous, coupled ice shelf-ocean model with a fixed grounding line and imposed upstream ice velocity has been developed using the MITgcm (Massachusetts Institute of Technology general circulation model). Unlike previous, asynchronous, approaches to coupled modeling our approach is fully conservative of heat, salt, and mass. Synchronous coupling is achieved by continuously updating the ice-shelf thickness on the ocean time step. By simulating an idealized, warm-water ice shelf we show how raising the pycnocline leads to a reduction in both ice-shelf mass and back stress, and hence buttressing. Coupled runs show the formation of a western boundary channel in the ice-shelf base due to increased melting on the western boundary due to Coriolis enhanced flow. Eastern boundary ice thickening is also observed. This is not the case when using a simple depth-dependent parameterized melt, as the ice shelf has relatively thinner sides and a thicker central “bulge” for a given ice-shelf mass. Ice-shelf geometry arising from the parameterized melt rate tends to underestimate backstress (and therefore buttressing) for a given ice-shelf mass due to a thinner ice shelf at the boundaries when compared to coupled model simulations.

Published
2018

15. The response of ice sheets to climate variability

Author

Snow, Kate, Goldberg, Dan, Holland, Paul, Jordan, Jim, Arthern, Robert, and Jenkins, Adrian

Subjects
F800, Astrophysics::Earth and Planetary Astrophysics, Physics::Atmospheric and Oceanic Physics, Physics::Geophysics
Abstract

West Antarctic Ice Sheet loss is a significant contributor to sea-level rise.While the ice loss is thought be triggered by fluctuations in oceanic heat atthe ice shelf bases, ice sheet response to ocean variability remains poorly understood. Using a synchronously coupled ice-ocean model permitting grounding line migration, this study evaluates the response of an ice sheet to periodic variations in ocean forcing. Resulting oscillations in grounded ice volume amplitude is shown to grow as a non-linear function of ocean forcing period. This implies that slower oscillations in climatic forcing are disproportionately important to ice sheets. The ice shelf residence time offers a critical time scale, above which the ice response amplitude is a linear function of ocean forcing period, and below which it is quadratic. These results highlight the sensitivity of West Antarctic ice streams to perturbations in heat fluxes occurring at decadal time scales.

Published
2017

21. Channelized Melting Drives Thinning Under a Rapidly Melting Antarctic Ice Shelf

Author

Gourmelen, Noel, primary, Goldberg, Dan N., additional, Snow, Kate, additional, Henley, Sian F., additional, Bingham, Robert G., additional, Kimura, Satoshi, additional, Hogg, Anna E., additional, Shepherd, Andrew, additional, Mouginot, Jeremie, additional, Lenaerts, Jan T. M., additional, Ligtenberg, Stefan R. M., additional, and van de Berg, Willem Jan, additional

Published
2017
Full Text
View/download PDF

22. Nonlinear influence of the Earth's rotation on iceberg melting.

Author

Meroni, Agostino N., McConnochie, Craig D., Cenedese, Claudia, Sutherland, Bruce, and Snow, Kate

Subjects
ICEBERGS, ROTATION of the earth, MELTING
Abstract

The calving of icebergs accounts for a significant fraction of the mass loss from both the Antarctic and Greenland ice sheets. Iceberg melting affects the water properties impacting sea ice formation, local circulation and biological activity. Laboratory experiments have investigated the effects of the Earth’s rotation on iceberg melting and the possible formation of Taylor columns (TCs) underneath icebergs. It is found that at high Rossby number, Ro, when rotation is weak compared to advection, iceberg melting is unaffected by the background rotation. As Ro decreases, the melt rate shows an increasing trend, which is expected to reverse for very low Ro. This behaviour is explained by considering the integrated horizontal velocity at the base of the iceberg. For moderate Ro, a partial TC is formed and its effective blocking accelerates the flow under the remainder of the iceberg, which increases the melt rate since the melting is proportional to the flow velocity. It is expected that for very low Ro the melt rate decreases because, with the expansion of the TC, the region of flow acceleration occurs away from the base of the iceberg. For low free stream velocity the freshwater produced by the ice melting introduces another dynamical effect. It is observed that there is a threshold free stream velocity below which the melt rate is constant. This is explained with the formation of a gravity current at the base of the iceberg that insulates it from the free flow and controls its melting. [ABSTRACT FROM AUTHOR]

Published
2019
Full Text
View/download PDF

26. "I Want to Read".

Author

Snow, Kate

Subjects
EDUCATION, ELEMENTARY education, READING (Elementary), HARDSHIP, PERSEVERANCE (Ethics), JOY
Abstract

The article offers the author's insights on Kenyan Kimani Nganga Maruge, the world's oldest student who decided to get the elementary education at the age of 84 at Kapkenduiywa Primary School in Kenya, but died at the age of 89 due to cancer. She mentions the perseverance of Kimani in studying which makes him named as head of his class, and that he passed examinations in English, reading, and Swahili. She cites the hardships encountered by Kimani and the joy that never fades in his face.

Published
2010

30. INTRODUCTION TO THE 8:30 HALF-HOUR.

Author

WEIR, BILL and SNOW, KATE

Abstract

BILL WEIR (ABC NEWS) This was one fun "Weekend Drive." That, of course, is Jeff Bridges. And that's his voice, he sang, played guitar all throughout his Oscar-nominated performance in "Crazy Heart." And we took a little tool around his old neighborhoods in LA, his old stomping grounds. And he's just, one of these most soulful human beings. Very zen about this whole awards season there. But you'll see some acting tips on how to play drunk. Good morning, America. I'm Bill Weir. [ABSTRACT FROM PUBLISHER]

Published
2010

31. HEALTH CARE AND DISTRACTIONS.

Author

SNOW, KATE and DOWD, MATTHEW

Abstract

KATE SNOW (ABC NEWS) (Off-camera) And let's get some more perspective on all this. We turn to ABC News political analyst Matthew Dowd. He's filling in as host on "This Week" this morning. Good morning, Matthew. How are you? [ABSTRACT FROM PUBLISHER]

Published
2010

32. CHILD CARE AND COURT.

Author

SNOW, KATE and CANNING, ANDREA

Abstract

KATE SNOW (ABC NEWS) (Off-camera) Okay, Marysol. Well, you know, we've been hearing a lot this week about the air traffic controller in New York who brought his kids to work and let them give instructions to actual pilots. He and his supervisor have both been suspended. Well now the story of a mother in suburban Detroit, who faced a much stiffer penalty for bringing her young children along on jury duty. Andrea Canning has more. [ABSTRACT FROM PUBLISHER]

Published
2010

33. TESTING THE WATER.

Author

SNOW, KATE and GOLODRYGA, BIANNA

Abstract

KATE SNOW (ABC NEWS) (Off-camera) Let's turn to the economy now. One year ago, the unemployment report was devastating. 650,000 jobs lost in February of 2009. So when the latest unemployment report came out just yesterday, showing 36,000 jobs lost this February, well, that didn't seem so bad in comparison, Right? But when can we expect people to actually start heading back to work? Bianna Golodryga's been looking for clues for us this morning. Good morning. [ABSTRACT FROM PUBLISHER]

Published
2010

34. MIND OF A SHOOTER.

Author

SNOW, KATE and RADDATZ, MARTHA

Abstract

KATE SNOW (ABC NEWS) (Off-camera) But we begin with new details about the man who opened fire at the Pentagon. Our senior foreign affairs correspondent, Martha Raddatz, has been following the story all along. She joins us now from Washington. Good morning, Martha. [ABSTRACT FROM PUBLISHER]

Published
2010

35. YOUR THREE WORDS.

Author

WEIR, BILL, SNOW, KATE, CLAIBORNE, RON, and CASTRO, MARYSOL

Abstract

BILL WEIR (ABC NEWS) (Off-camera) 'Tis Oscar weekend. You're heading out there tomorrow? [ABSTRACT FROM PUBLISHER]

Published
2010

36. STRUGGLING TO CONCEIVE.

Author

SNOW, KATE

Abstract

KATE SNOW (ABC NEWS) (Off-camera) Well doctors estimate that 15% of all couples in the United States are affected by infertility. And it's such an emotionally charged problem. Women often feel that it's their fault. But that's not always the case. In fact, about 60% of all infertility cases also involve the man's fertility. So we met up with one young couple who told us about their struggle with male infertility. [ABSTRACT FROM PUBLISHER]

Published
2010

37. LOSING MOTHERS.

Author

SNOW, KATE

Abstract

DIANE SAWYER (ABC NEWS) (Off-camera) Good evening. It's hard to believe this is happening in America, but ABC News has learned that the number of women who die during childbirth in America is increasing. California reports that it tripled in the last ten years, and it causes social and economic lines and raises questions about some cesarean sections. [ABSTRACT FROM PUBLISHER]

Published
2010

38. NEW YORK GOVERNOR UNDER FIRE.

Author

SNOW, KATE

Abstract

GEORGE STEPHANOPOULOS (ABC NEWS) (Off-camera) Okay. We're gonna turn now to a domestic violence controversy that could cost the Governor of New York his job. [ABSTRACT FROM PUBLISHER]

Published
2010

39. HEALTH CARE HEADACHES.

Author

SNOW, KATE and VARGAS, ELIZABETH

Abstract

KATE SNOW (ABC NEWS) (Off-camera) Well, President Obama will announce this week what the White House is calling the way forward on health care. [ABSTRACT FROM PUBLISHER]

Published
2010

40. THE RIPPLE EFFECT.

Author

SNOW, KATE and CLAIBORNE, RON

Abstract

KATE SNOW (ABC NEWS) (Off-camera) Well, we're getting a clearer sense this morning of just how bad the destruction in Chile is. There's new video of the moment that the powerful 8.8 earthquake struck in the early morning hours yesterday, shaking for nearly a minute and a half. Look at that. Also, rescue workers are still pulling people from the rubble this morning. And the city of Concepcion, the mayor says that around 100 people are trapped under a building that collapsed there. The government also says at least 300 people have been killed. And they expect the death toll to rise. 500,000 homes are severely damaged. More than 1.5 million people are now homeless. Many people spent the night sleeping in the streets. And residents are still on edge after yet another strong aftershock this morning. And of course, you know, that earthquake in Chile also set off a tsunami warning all across the Pacific. And millions of people were glued to their TV sets, waiting and watching for a giant wave that might hit. Scientists predicted exactly when it was going to arrive in Hawaii. And Ron is here now with a look at how they do that. Ron? [ABSTRACT FROM PUBLISHER]

Published
2010

41. DIVORCE COURT.

Author

SNOW, KATE and OSUNSAMI, STEVE

Abstract

KATE SNOW (ABC NEWS) (Off-camera) Okay, TJ, thank you. The final chapter of a high-profile sex scandal is playing out in court now. Jenny Sanford, the scorned political wife of the Governor of South Carolina, who refused to stand by her man, told her story to a judge who granted her a divorce from her cheating husband. And our Steve Osunsami has more. [ABSTRACT FROM PUBLISHER]

Published
2010

42. EARTHQUAKE IN CHILE.

Author

SNOW, KATE and WEIR, BILL

Abstract

KATE SNOW (ABC NEWS) (Voiceover) Good morning. It is Saturday, February 27th. And we want to right away get to the breaking news out of Chile. A massive magnitude 8.8 earthquake hit that country at 3:30 AM local time, and just to put in perspective of how large a quake that is, 64-times stronger than the quake that hit Haiti last month. But big caveat, it was much deeper than that Haiti quake. And the buildings in Chile tend to be built to earthquake standards. [ABSTRACT FROM PUBLISHER]

Published
2010

43. YOUR WEEK IN THREE WORDS.

Author

WEIR, BILL, SNOW, KATE, and CLAIBORNE, RON

Abstract

BILL WEIR (ABC NEWS) (Off-camera) We got all kinds of fun entries this week. Including some, the kids down in Pasadena, Texas, a speech pathology group down there, talking about the power of communications with kids who have those sorts of challenges. And what a better segment to, to display that. [ABSTRACT FROM PUBLISHER]

Published
2010

44. THE SHOW GOES ON.

Author

SNOW, KATE and DE NIES, YUNJI

Abstract

KATE SNOW (ABC NEWS) (Off-camera) The killer whale shows will resume at Sea World today, three days after one of the Orcas killed a trainer at that park in Orlando. And the park's president says that whale will continue to be part of the shows. Yunji de Nies is in Orlando for us this morning. Good morning, Yunji. [ABSTRACT FROM PUBLISHER]

Published
2010

45. GOLD AND GLORY.

Author

SNOW, KATE, WEIR, BILL, and MUIR, DAVID

Abstract

KATE SNOW (ABC NEWS) (Off-camera) A little relief now. The Olympics, two more days, we're all watching closely. [ABSTRACT FROM PUBLISHER]

Published
2010

46. LOOKING FOR LOOPHOLES.

Author

SNOW, KATE

Abstract

KATE SNOW (ABC NEWS) (Off-camera) Well, big changes in the way credit card companies do business. Starting tomorrow, new rules will end some of the most deceptive tactics and outlaw unfair fees. But credit card issuers are already coming up with new ways, of course, to make money. So what do you need to look out for in all this? John Ulzheimer is president of consumer education for Credit.com and he joins us from Atlanta. Good morning, John. [ABSTRACT FROM PUBLISHER]

Published
2010

47. HOW YOUNG IS TOO YOUNG?

Author

WEIR, BILL, SNOW, KATE, and SHIPMAN, CLAIRE

Abstract

BILL WEIR (ABC NEWS) (Off-camera) Well, Marysol, you know, a recent study revealed that the average American kid consumed seven and a half hours of media a day. And that includes internet surfing, tweeting, Facebooking and chatting on the old phone. So when is it appropriate, what age, to wire your kids? That's the question this morning. [ABSTRACT FROM PUBLISHER]

Published
2010

48. COLD WAR CONTROVERSY.

Author

SNOW, KATE and MUIR, DAVID

Abstract

KATE SNOW (ABC NEWS) (Off-camera) That's okay, John, thanks so much. It was the Olympics ice dancers' time to shine in Vancouver last night. But it's the men's figure skating competition that's still drawing fire in Russia. Here's ABC's David Muir. [ABSTRACT FROM PUBLISHER]

Published
2010

49. PLAYING THROUGH.

Author

SNOW, KATE

Abstract

KATE SNOW (ABC NEWS) (Off-camera) John Berman, thanks. So, what is next for Tiger? For his sponsors? For the game of golf? Joining us now from Vancouver at the Olympics is ABC News consultant and 'USA Today" sports columnist, Christine Brennan. Good morning, Christine. [ABSTRACT FROM PUBLISHER]

Published
2010

50. HOW YOUNG IS TOO YOUNG?

Author

SNOW, KATE and SHIPMAN, CLAIRE

Abstract

KATE SNOW (ABC NEWS) (Off-camera) Well, every parent knows that children need both support and freedom. The support part, that's easy. But the freedom, that's more of a gray area, right? When is the right time to let kids date or hang out unsupervised? Or wear makeup? We decided to take the pulse of American parents in 2010, in an exclusive, new poll, 'How Young Is Too Young?" And Claire Shipman joins us now, with kids, from her home in Washington, DC. Good morning, Claire. [ABSTRACT FROM PUBLISHER]

Published
2010

Catalog

Books, media, physical & digital resources
See catalog results