previous entryReading online or reading a book... Does it really matter?  |  Teaching kindergarteners foreign languagesnext entry

First Lady attempts to stave off death of Reading First

NCLB Icon Thousands of teachers rallied in Nashville, Tennessee, with First Lady Laura Bush on Monday, July 28, 2008, hoping to save a $1 billion-a-year federal reading program from the budget ax.

Congress is poised to kill the controversial Reading First program. The program, one of the cornerstones of the Bush administration's No Child Left Behind initiative, has been plagued with allegations of corruption and lackluster test results. But the first lady argued that Reading First, a science-based teaching method that emphasizes basic skills like phonics, is the best possible use of federal Department of Education funds. Reading First targets poor children in at-risk elementary schools for intensive reading curriculums.

"Isn't it sensible to teach kids to read?" Bush asked, to cheers and wild applause from the 6,000 educators and administrators gathered at the Gaylord Opryland Resort & Convention Center for the three-day annual national Reading First conference. "It's not unfair to expect a third-grade student to read at a third-grade level. In fact, it's our obligation." Read the story in The Tennessean online. The full text is available here.

Posted by Louise Ash on 29 July 2008 in Issues in the News

The International Reading Association
Home |  Contact Us | Help | Site Map

menu arrowTeaching Tools

menu arrowIssues in Literacy:

News from Reading Today Daily

Focus on Topics in Reading

Press Room

Position Statements

Resolutions

Reports

menu arrowLiteracy Community

menu arrowCareer Center

menu arrowEvents and Updates

menu arrowReading Today
(Print Edition)


menu arrowNew! IRA Announcements

Links

Blog: Legislative Action Team Advisory

Categories and Archives

See all Categories and Weekly Archives

About This Blog

What is this?

Get Involved and Contact the Contributors

Disclaimer

Syndication

RSS 2.0

RSS 1.0

Atom