Once Upon a Small Rhinoceros
Author: Meg McKinlay
Format: Paperback
Number of Pages: 32
"Don't you wish," said the small rhinoceros, "that you could see the world?" And so begins this delightful picture book by award-winning creators Meg McKinlay and Leila Rudge. Once, there was a small rhinoceros who wanted to see the big world. So she built a boat. And sailed away ... From the duo behind award-winning picture book No Bears comes a simple yet inspirational tale about challenging the norm, pushing boundaries and being true to oneself.
Format: Paperback
Number of Pages: 32
"Don't you wish," said the small rhinoceros, "that you could see the world?" And so begins this delightful picture book by award-winning creators Meg McKinlay and Leila Rudge. Once, there was a small rhinoceros who wanted to see the big world. So she built a boat. And sailed away ... From the duo behind award-winning picture book No Bears comes a simple yet inspirational tale about challenging the norm, pushing boundaries and being true to oneself.
Description
Author: Meg McKinlay
Format: Paperback
Number of Pages: 32
"Don't you wish," said the small rhinoceros, "that you could see the world?" And so begins this delightful picture book by award-winning creators Meg McKinlay and Leila Rudge. Once, there was a small rhinoceros who wanted to see the big world. So she built a boat. And sailed away ... From the duo behind award-winning picture book No Bears comes a simple yet inspirational tale about challenging the norm, pushing boundaries and being true to oneself.
Format: Paperback
Number of Pages: 32
"Don't you wish," said the small rhinoceros, "that you could see the world?" And so begins this delightful picture book by award-winning creators Meg McKinlay and Leila Rudge. Once, there was a small rhinoceros who wanted to see the big world. So she built a boat. And sailed away ... From the duo behind award-winning picture book No Bears comes a simple yet inspirational tale about challenging the norm, pushing boundaries and being true to oneself.
Once Upon a Small Rhinoceros