The Two Thousands

Photo of an airplane in the sky, closeup

The year 2005 heralded the arrival of the nation’s most advanced research aircraft for atmospheric studies, the NSF/NCAR High-performance Instrumented Airborne Platform for Environmental Research. The jet can reach altitudes of up to 51,000 feet and has a range of 7,000 miles, allowing global studies not previously possible.

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2004

Visualization in color, pixelated, yellow, orange and read spot with blue and purple background

Through an agreement with Unidata, high-resolution data from NOAA’s national Doppler radar network begins flowing to universities, helping scientists and students to monitor and study severe weather. (Visualization courtesy Collaborative Radar Acquisition Field Test.)

2006

Photo of mountains in distance with clouds in foreground

Mexico City and environs are the focal point for MIRAGE (Megacity Impacts on Regional and Global Environments), a 2006 field study that examines how plumes of pollution spread and how components interact as they age.
 

2006

Visualization of Earth viewed from North Pole, black background

An NCAR modeling effort shows that Arctic sea ice could melt abruptly, perhaps leading to ice-free summer conditions as soon as 2040. The projections are underscored by record Arctic ice loss in 2007.

2007

Photo of a group of people in front of Flatirons on terrace

Years of painstaking assessments by the Inter-governmental Panel on Climate Change, which involved scores of scientist-volunteers from NCAR, culminated in a Nobel Peace Prize shared with Al Gore.

2009

Photo of people with umbrellas, walking on city street in rain

In the first comprehensive study to examine how the public perceives and values weather information, NCAR scientists find that U.S. adults use an estimated 300 billion forecasts each year.  

Integration and collaboration were major themes as NCAR and UCAR made their way through the first decade of the new century. The bridge between observations and models was strengthened by a new NCAR facility to promote data assimilation—the ability to inject an ever-increasing amount of data from satellites, observing stations, and other tools into model-generated weather forecasts and climate projections.  Models themselves continued to grow in power and complexity. El Niño and La Niña were depicted with new clarity by the Community Climate System Model, for example, and the multiagency Weather Research and Forecasting model blossomed into the world’s leading forecast tool of its type.  Even as electronic conferencing blossomed, NCAR remained a prime meeting ground for university and laboratory researchers. That role was advanced with the opening of Center Green, UCAR’s third major campus, and its 400-person meeting space. A new hangar housed the NSF/NCAR G-V aircraft (see left), and NCAR’s atmospheric chemists gained state-of-the-art labs in 2006. These facilities were complemented by innovative programs that brought a diversity of groups to NCAR, including early-career faculty and undergraduate leaders from UCAR member institutions. New visitors from community and tribal colleges further broadened the UCAR family.

 

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The Sun in full >

Climate change where we live >

Predicting the world's weather >

Virtually there >

 


 

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The University Corporation for Atmospheric Research manages the National Center for Atmospheric Research under sponsorship by the National Science Foundation. Any opinions, findings and conclusions, or recommendations expressed in this publication are those of the author(s) and do not necessarily reflect the views of the National Science Foundation.