A Hot Mess
How the Climate Crisis Is Changing Our World
We already know what climate change is and many of us understand the human causes. But what will climate change do to our world? Who will be affected (spoiler: all of us!) and how will our lives change in the future? Topics include sea levels, extreme weather, drought, animal and plant extinction, and human and animal migration. Drawing on real-life situations and stories, journalist Jeff Fleischer takes an informed, approachable look at how our world will likely change as a result of our actions, including suggestions on what we can still do to slow down these unprecedented effects.
|Interest Level||Grade 6 - Grade 12|
|Reading Level||Grade 8|
|Genre||Nonfiction, Young Adult|
|Category||5 Kinds of Nonfiction, 5KN: Traditional Nonfiction, Diverse Books: Immigration & Refugees, Diverse Books: Social Justice, Diversity, Science, STEM, STEM: Interdisciplinary|
|Publisher||Lerner Publishing Group|
|Imprint||Zest Books ™|
|Number of Pages||192|
“A Hot Mess is an unvarnished introduction to climate change that’s refreshing about sharing the supporting science.”—Foreword Reviews
“A wealth of information and an engaging approach are certain to have a lasting impact.”—Kirkus Reviews
Author: Jeff Fleischer
Jeff Fleischer is a Chicago-based author, editor, and journalist. He is the author of A Hot Mess: How the Climate Crisis is Changing Our World (Zest Books, 2021), Votes of Confidence: A Young Person's Guide to American Elections (Zest Books, 2020 and 2016), Rockin' the Boat: 50 Iconic Revolutionaries (Zest Books, 2015) and The Latest Craze: A Short History of Mass Hysterias (Fall River Press, 2011). His fiction has appeared in more than seventy publications including The Chicago Tribune's Printers Row Journal, Shenandoah, The Saturday Evening Post, and So It Goes by the Kurt Vonnegut Library and Museum. He has a master's in magazine journalism from Northwestern University's Medill School of Journalism and a bachelor's in both journalism and history from Indiana University.