Early Elementary

• Earth Science
• Comics / Graphic Narrative

Why it works: I Survived the Japanese Tsunami, 2011 shows an earthquake collapsing Ben's surroundings before the rising ocean creates a second, larger emergency. The graphic sequence makes connected Earth movement, water displacement, and evacuation choices the forces that separate and endanger his family.

• Physics & Energy
• Engineering & Technology
• Comics / Graphic Narrative

Why it works: I Survived the Great Molasses Flood, 1919 places a visibly leaking metal tank above Carmen's neighborhood before its failure releases a destructive moving mass of molasses. The graphic disaster makes material condition, structural warning signs, and fluid force central to the historical survival story.

• Earth Science
• Environment & Ecology
• Comics / Graphic Narrative

Why it works: I Survived Hurricane Katrina, 2005 places Barry inside a storm that becomes catastrophic when levees fail and floodwater tears him away from his family. The graphic panels and factual backmatter connect hurricane conditions, engineered protection, and rapidly changing survival choices.

• Earth Science
• Environment & Ecology
• Comics / Graphic Narrative

Why it works: The graphic edition of I Survived the California Wildfires, 2018 shows Josh and Holly surrounded by a firestorm whose smoke, heat, fuel, and changing path erase safe options panel by panel. The visual escape and nonfiction backmatter make wildfire behavior and hazard response inseparable from the historical story.

• Life Science
• Environment & Ecology
• Comics / Graphic Narrative

Why it works: The graphic edition of I Survived the Shark Attacks of 1916 makes Chet and the reader inspect a gray fin in Matawan Creek while fear from earlier coastal attacks shapes every interpretation. Panels, historical facts, and photographs turn observation and shark uncertainty into the engine of the escape.

• Earth Science
• Comics / Graphic Narrative

Why it works: I Survived the Destruction of Pompeii, AD 79 gives Marcus and his science-minded father warning signs that their neighbors explain as a sleeping beast beneath Vesuvius. Tremors, eruption, ash, and falling rock become visible evidence the characters must interpret quickly enough to escape.

• Life Science
• Human Body & Health
• Expedition / Survival

Why it works: I Survived the Black Death, 1348 follows Elsie as plague reaches England and transforms a treasure adventure into survival amid mass illness and grief. The disease's spread and the limits of medieval understanding shape the danger, while nonfiction backmatter separates the historical story from current knowledge.

• Life Science
• Environment & Ecology
• Comics / Graphic Narrative

Why it works: The graphic edition of I Survived the Attack of the Grizzlies, 1967 makes Melody read a bear's position and movement while fear pushes her toward the wrong response. Visualized safety decisions and nonfiction backmatter link the attack to the larger history of human-bear coexistence in Glacier.

• Life Science
• Environment & Ecology
• Expedition / Survival

Why it works: I Survived the Night of the Lions, 2025 takes Dylan into Botswana's Okavango Delta with a filmmaker and lion expert before a plane crash leaves him alone among predators. The delta's animal community, lion behavior, injury, and limits of human movement make wildlife knowledge essential to his survival.

• Life Science
• Environment & Ecology
• Expedition / Survival

Why it works: I Survived the Attack of the Grizzlies, 1967 places Melody inside the real season that changed how Glacier National Park understood human-bear encounters. Grizzly behavior, visitor choices, and the problem of sharing wild habitat determine both her danger and the historical lesson.

• Earth Science
• Environment & Ecology
• Expedition / Survival

Why it works: I Survived the California Wildfires, 2018 traps Josh and Holly in a fast-moving firestorm that crosses forest and town. Dry landscape, wind-driven flames, extreme heat, smoke, and evacuation choices make wildfire behavior the force controlling every stage of their escape.

• Earth Science
• Environment & Ecology
• Expedition / Survival

Why it works: I Survived the Dust Bowl, 1935 places Ray in a Texas Panhandle where drought turns farmland to loose dust and storms darken the sky and sicken residents. Soil, weather, air quality, and human vulnerability determine what his family and town can endure.

• Physics & Energy
• Engineering & Technology
• Story / Adventure

Why it works: Ada Lace, Take Me to Your Leader begins with Ada repairing a ham radio while her robot George creates complications. A mysterious transmission that sounds extraterrestrial makes antenna design, signal strength, call signs, and evidence-versus-imagination essential to the mystery.

• Earth Science
• Expedition / Survival

Why it works: I Survived the Joplin Tornado, 2011 puts tornado-obsessed Dexter beside a television storm chaser just before the storm changes course toward his city. Observation, forecasting uncertainty, and the difference between scientific interest and reckless proximity drive his shift from spectator to survivor.

• Engineering & Technology
• Story / Adventure

Why it works: Ada Lace and the Impossible Mission begins with a complex scale model of a historic silver mine and turns saving the project into a technology-driven school heist. Ada and Nina must understand models, constraints, and a security system well enough to plan each move, so engineering decisions propel the suspense.

• General / Multiple Sciences
• Maker / Problem-Solving

Why it works: A sound only Zoey can hear leads to hidden gnomes and a mysterious illness that resists her first attempts at a cure. The failed cures force Zoey and Sassafras to collect better observations and revise their explanation, keeping scientific inquiry inside the fantasy rescue.

• Life Science
• Maker / Problem-Solving

Why it works: Zoey and Sassafras must explain why Pip has suddenly changed and why another magical creature develops the same problem. Their search works like a case investigation as they retrace events, compare exposures, test explanations, and seek a way to reverse the changes.