How Spider Saved Easter


Book Description

Although he doesn't usually celebrate Easter, Spider has some pleasant adventures with Ladybug and Fly.




How Spider Saved Valentine's Day


Book Description

When spider discovers how everyone in the class had received valentines except the two lazy caterpillars in the back, he comes up with a unique way to say Happy Valentine's Day to them.




How Spider Saved Easter


Book Description

Although he doesn't usually celebrate Easter, Spider has some pleasant adventures with Ladybug and Fly.




How Spider Saved Santa Bug


Book Description

When Spider and his friends get back their letters to Santa Bug, they go to Santa Bug's Castle at the North Pole to find out what's wrong.




The Spider Who Saved Christmas


Book Description

Radiating the wondrous spirit of the season, The Spider Who Saved Christmas rekindles an ancient legend, casting new light on the story we thought we knew. Created by New York Times Bestselling Author Raymond Arroyo, The Spider Who Saved Christmas spins the enchanting faith-filled tale of Nephila, a cave-dwelling spider who plays a pivotal role central to the Christmas story. This instant classic reveals the origin of Christmas tinsel and reminds us that hope can always be found even in dark places where we least expect it.




How Spider Saved the Baseball Game


Book Description

Spider cannot hit, field, or catch, so he becomes the pitcher, and at the bottom of the ninth it was up to him.




Story Spinners


Book Description

Materials to be used by public libraries in planning summer library programs for children in 1993.




The Reading Teacher's Almanac


Book Description




Using Wordless Picture Books


Book Description

This companion guide to Wordless/Almost Wordless Picture Books offers hundreds of ideas for using wordless picture books in the classroom or library. A special author section focuses on ten major authors; another section focuses on recent titles, with annotations and bibliographies.




The Writers Directory


Book Description