GPT Image Prompt
How to useCopy this prompt and paste it into ChatGPT, Gemini, Nano Banana, or your favorite AI image tool. Adjust details if needed.
Create a polished vertical 2:3 educational infographic titled “LAYERS OF EARTH & ATMOSPHERE”, designed for classroom learning and children’s science reference.
CANVAS AND LAYOUT
Use a portrait poster with a centered, stacked vertical hierarchy. Divide the upper half into broad curved atmospheric bands that follow Earth’s curvature. Place a scenic surface horizon near the middle, then fill the lower half with a large cutaway cross-section of Earth’s interior. Keep generous spacing around labels, strong visual grouping, and a clear top-to-bottom reading flow.
UPPER SPACE BACKGROUND
Use a deep space navy #15122D background with small white stars, yellow #FFD44A star accents, and subtle violet #3B245C details. Add a small satellite at upper left and a friendly illustrated rocket at upper right.
ATMOSPHERIC LAYERS
Show five clearly separated curved bands, ordered from top to bottom:
1. EXOSPHERE
Label: “EXOSPHERE”
Supporting copy: “The outermost layer, where the atmosphere gradually fades into space.”
Altitude label: “Above 600 km”
Include a small satellite icon.
2. THERMOSPHERE
Label: “THERMOSPHERE”
Supporting copy: “Home to auroras, the International Space Station, and many orbiting satellites.”
Altitude label: “85–600 km”
Include a green and violet aurora, one space station, and one small satellite.
3. MESOSPHERE
Label: “MESOSPHERE”
Supporting copy: “Most meteors burn up in this cold atmospheric layer.”
Altitude label: “50–85 km”
Include several glowing meteors with orange #F57A1F flames.
4. STRATOSPHERE
Label: “STRATOSPHERE”
Supporting copy: “Contains the ozone layer and is used by high-altitude balloons and some aircraft.”
Altitude label: “12–50 km”
Include a weather balloon, a simplified ozone molecule icon, a pale curved ozone band, and one high-altitude airliner.
5. TROPOSPHERE
Label: “TROPOSPHERE”
Supporting copy: “The lowest layer, where people live and most weather occurs.”
Altitude label: “0–12 km”
Include white clouds, rain, one commercial airplane, one colorful hot-air balloon, and a mountain-and-forest landscape.
EARTH SURFACE AND INTERIOR
Create a curved surface with mountains, rivers, forests, and a thin brown crust. Below it, show concentric geological layers:
CRUST
Supporting copy: “Earth’s thin, solid outer layer.”
Use medium earth brown #8A4B2D with visible rock textures.
MANTLE
Supporting copy: “Hot, slowly flowing rock that drives convection.”
Use dark red #A93624 and burnt orange tones. Add large curved arrows showing mantle convection currents.
OUTER CORE
Supporting copy: “A liquid layer of iron and nickel.”
Use bright orange #F57A1F transitioning to golden yellow #FFD44A.
INNER CORE
Supporting copy: “A dense, solid sphere of iron and nickel.”
Use luminous yellow #FFD44A with a clean circular boundary.
ART DIRECTION
Use playful hand-drawn educational illustration with crisp dark outlines, smooth vector-like shapes, subtle paper-like texture, and softly blended atmospheric gradients. Keep icons friendly and recognizable without becoming childish or overly cartoonish.
COLOR ROLES
Use deep space navy #15122D for the upper background, violet #3B245C and royal blue #315FA8 for upper atmospheric bands, sky blue #78C9E8 for lower atmospheric zones, earth brown #8A4B2D for the crust, mantle red #A93624 for the mantle, lava orange #F57A1F for meteors and the outer core, aurora green #63D6A2 for auroral light, sun yellow #FFD44A for highlights and the inner core, and warm white #F7F5EE for major headings.
TYPOGRAPHY
Use a tall, friendly condensed sans serif for the main title and layer names. Use a clean, highly legible sans serif for supporting copy and altitude labels. Maintain consistent alignment, clear hierarchy, adequate line spacing, and high contrast. Render all listed text exactly once. Do not add unrelated text.
PRESERVE
Preserve the top-to-bottom scientific order, curved atmospheric bands, space icons, landscape horizon, large Earth cutaway, concentric geological layers, convection arrows, and approachable classroom-poster character.
CONSTRAINTS
Keep scientific labels and altitude ranges accurate. Avoid microtext, spelling errors, duplicated icons, incorrect atmospheric order, clutter, distorted typography, unrelated logos, brand marks, signatures, QR codes, or watermarks.
OUTPUT
Produce a clean, bright, high-resolution, print-ready educational infographic with crisp edges, balanced spacing, vivid but controlled color, and strong readability at poster scale.