***Mr. Lemoncello* meets the *Amazing Race* in this quirky high-octane balloon-racing middle grade around-the-world adventure.** When an unintended flight over Michigan in her class science project—a lawn chair held aloft by balloons—brings her instant celebrity, Clara Poole is invited to be the s
Clara Poole and the Long Way Round
✍ Scribed by Taylor Tyng
- Book ID
- 111949092
- Tongue
- en-US
- Weight
- 309 KB
- Category
- Fiction
- ISBN-13
- 9781645951605
No coin nor oath required. For personal study only.
✦ Synopsis
Mr. Lemoncellomeets the Amazing Race in this quirky high-octane balloon-racing middle grade around-the-world adventure.
When an unintended flight over Michigan in her class science project—a lawn chair held aloft by balloons—brings her instant celebrity, Clara Poole is invited to be the spokesperson for a round-the-world hot air balloon race. But when her overprotective father, still mourning the death of his wife, refuses, in a moment of brash defiance, Clara forges his signature and runs away to Paris to take her place in the skies. If only she’d read the fine print first.
Partnered with a veteran aeronaut who wants nothing to do with her, Clara faces down ten treacherous stages in a race around the world—capturing flags in the perilous Himalayas; being a guest of honor at a maybe-wedding in the Arabian desert; flying through rings of fire in Hong Kong—learning the ropes alongside a colorful cast of international competitors.
But there are more dangers than those planned as part of the contest. Someone is trying to sabotage the competition. And surviving this race means Clara must come to terms with the tragedy that set her rashly escaping to the skies in the first place, and accepting that forgiving herself isn’t a process she has to undertake alone.
Gorgeous prose and winning characters combine in this quirky, often-hilarious, sometimes heart-breaking, and thoroughly captivating middle grade adventure series starter from an incredible new talent.
📜 SIMILAR VOLUMES
The transradial approach to the aorta and its branches goes back a long way, having been originally described by Radner in 1948 [1]. However, in spite of Radner's initial success, the procedure performed by open arteriotomy was difficult and encountered significant complications, never becoming a ma