EARTHBOUND

Published 29.08.2026 01:08

by Carabot, Fritcy Guil G.

Total plays: 2

GAME DEVELOPMENT PROMPT: EARTHBOUND — GUARDIANS OF A PLANET Start by creating a simple 2D educational RPG game called “EARTHBOUND: Guardians of a Changing Planet.” The game should be designed for students learning Earth Science and Environmental Science. It should feel like an adventure RPG, not a traditional quiz game. The player becomes an Earth Guardian, a young environmental explorer whose mission is to investigate problems happening across a changing planet and restore Earth's balance. The main idea of the game is: “Everything on Earth is connected. Every action has a consequence.” 1. START WITH THE GAME'S MAIN SCREEN Create a colorful but simple RPG-style title screen. The title should say: EARTHBOUND Guardians of a Changing Planet Below the title, show a button: START ADVENTURE The background should show a beautiful but partially damaged Earth environment. For example, one side can show healthy forests, clean rivers, wildlife, and a healthy coastline, while another side shows deforestation, pollution, drought, and environmental damage. The overall visual style should be: 2D RPG colorful adventurous student-friendly environmental slightly cartoon-like but educational suitable for students not too complicated easy to navigate 2. CREATE THE PLAYER CHARACTER After clicking START ADVENTURE, introduce the player as an Earth Guardian. The player should have a customizable young student/adventurer character. The character should look like an environmental explorer rather than a warrior. Give the player simple equipment such as: backpack notebook/science log magnifying glass water bottle simple field equipment The player should have a small profile showing: Guardian Rank: Novice Guardian XP: 0 Science Points: 0 Earth Balance: 50% The player will gradually gain experience and become a more skilled Earth Guardian. 3. INTRODUCE THE STORY After creating the character, show a short introduction. A narrator explains: “Earth is changing. Forests are disappearing, coastlines are being damaged, communities are experiencing extreme weather, and the demand for energy and natural resources continues to grow.” Then explain: “These problems are not separate. Earth's systems, living things, natural resources, and human communities are connected.” The player is then given the mission: “Travel across Earthbound, investigate the problems affecting each region, make informed decisions, and restore Earth's balance.” Then display: MISSION: RESTORE EARTH BALANCE 4. CREATE THE WORLD MAP After the introduction, take the player to a large world map. The map should contain five major regions. Each region should look visually different. The five regions are: REGION 1 — THE LIVING EARTH A mountainous environment with volcanoes, rivers, forests, and communities. REGION 2 — THE BROKEN FOREST A forest environment affected by deforestation, erosion, muddy rivers, and biodiversity loss. REGION 3 — THE VANISHING COAST A Philippine-inspired coastal community with mangroves, beaches, fishing areas, and developing infrastructure. REGION 4 — THE CHANGING SKY An agricultural and urban community experiencing heat, drought, flooding, and changing rainfall. REGION 5 — THE ENERGY CRISIS A community that needs a reliable source of electricity and must decide how to meet its energy needs. At the beginning, only Region 1 should be unlocked. The other regions should appear locked. Show a message such as: “Complete the previous region to unlock this area.” 5. CREATE THE MAIN GAMEPLAY The game should follow this basic cycle: EXPLORE → DISCOVER → QUESTION → INVESTIGATE → DECIDE → CONSEQUENCE → REFLECT → MASTER Do not make the game simply: Question → Answer → Score Instead, make the player feel like they are actually investigating an environmental problem. 6. EXPLORATION Allow the player to move around each region. The player can: walk around interact with objects talk to NPCs examine environmental clues collect evidence open the Science Log discover hidden information complete small tasks Objects that can be examined should have a small interaction symbol. For example: 🔎 Examine When the player interacts with something, provide a short piece of scientific information. 7. NPC SYSTEM Create different NPCs throughout the game. NPCs can include: farmers fishermen teachers scientists community members environmental workers students local leaders NPCs should not simply give the player answers. Instead, they should describe problems and encourage the player to investigate. For example: “The river used to be clear, but now it becomes muddy whenever it rains. Can you find out what is happening?” The player then has to explore the environment and collect evidence. 8. SCIENCE LOG Give the player a SCIENCE LOG. Whenever the player discovers an important scientific concept, it should automatically be added to the Science Log. The Science Log should contain: Concept Evidence Found What I Discovered Cause and Effect For example: Deforestation Removing vegetation can increase soil erosion. Soil can then be carried into rivers, increasing sedimentation and affecting water quality. The Science Log should help students review what they discovered during gameplay. 9. CREATE THE EARTH BALANCE SYSTEM Add an EARTH BALANCE meter that changes according to the player's decisions. Track six areas: 🌳 Environmental Health 💧 Natural Resources 🐾 Biodiversity ⚡ Energy Sustainability 👥 Community Well-being 💰 Economic Stability The player's decisions should affect these indicators. For example: Protecting a forest may: increase environmental health increase biodiversity improve water quality reduce flooding risk But certain decisions may also involve economic trade-offs. The purpose is to teach students that environmental decisions can involve different needs and consequences. 10. REGION 1 — THE LIVING EARTH Start the first playable region here. The environment should contain: mountains rivers forests volcanic areas communities farmland The player investigates how Earth processes affect living things and communities. Include missions involving: changing Earth's surface geological processes natural hazards interactions between Earth systems effects of natural processes on communities The player should learn through exploration and investigation rather than memorizing definitions. 11. REGION 2 — THE BROKEN FOREST After completing Region 1, unlock The Broken Forest. The forest should show signs of environmental damage. The player discovers: cut trees exposed soil muddy rivers fewer animals damaged habitats increased flooding The main investigation should allow students to discover this relationship: Deforestation ↓ Less vegetation ↓ More soil erosion ↓ More sediment in rivers ↓ Water-quality changes ↓ Ecosystem effects The player should discover the connection by collecting clues and arranging them correctly. 12. REGION 3 — THE VANISHING COAST Create a Philippine-inspired coastal community. Include: beach mangroves fishing areas coral/coastal ecosystems homes tourism facilities boats The community is experiencing: coastal degradation biodiversity loss flooding resource overuse tourism development conflicts between development and conservation Give the player a major decision: “A company wants to build a large resort near the coast. What should the community do?” Give several choices. The game should show different consequences depending on the player's decision. Do not make the game purely about choosing the obvious “correct” answer. Show the environmental, social, and economic effects of each choice. 13. REGION 4 — THE CHANGING SKY Create a community experiencing changes in weather and climate. Include: farms houses water sources roads school agricultural areas The player investigates: extreme heat drought flooding changing rainfall water shortages agricultural problems Give the player scientific evidence such as: temperature records rainfall records farmer observations water-level information agricultural data The player must investigate the evidence and determine: “What is happening to the community, and what evidence supports your conclusion?” Then allow the player to choose actions that could help the community adapt and reduce environmental risks. 14. REGION 5 — THE ENERGY CRISIS Create a community that needs a reliable electricity supply. The player must investigate different energy options. Possible choices include: solar wind hydropower coal other appropriate energy sources Each choice should affect: energy supply cost environmental impact sustainability community development The player must answer through decision-making: “Which energy strategy gives the community the best balance between energy needs, environmental protection, and sustainability?” The game should show the consequences of the chosen energy strategy. 15. QUEST STRUCTURE Every major quest should follow this structure: SITUATION Introduce a realistic environmental problem. INVESTIGATION Allow the player to explore and gather evidence. SCIENTIFIC CONNECTION Allow the player to connect causes and effects. DECISION Allow the player to choose an action. CONSEQUENCE Show how the decision affects the environment and community. REFLECTION Ask the player to explain why the outcome happened. REWARD Give the player XP, Science Points, badges, or new abilities. 16. EXAMPLE QUEST Create a quest called: “THE FOREST THAT FORGOT TO BREATHE” An NPC says: “Our forest is disappearing. The river is becoming muddy, animals are leaving, and flooding is becoming more frequent. Find out why.” The player explores the forest. They discover: 🔎 Cut trees 🔎 Muddy river 🔎 Fewer animals 🔎 Increased flooding The player then completes a cause-and-effect activity: Deforestation → Less vegetation → Soil erosion → Sedimentation → Water-quality changes → Ecosystem disturbance Then the NPC asks: “Which action should the village take?” Possible choices: A. Cut more trees B. Protect and restore the forest C. Increase waste disposal D. Remove vegetation near the river After the player chooses, visually show the consequences. If the player chooses forest restoration: 🌳 Forest health increases 💧 Water quality improves 🐟 Biodiversity increases 🌊 Flood risk decreases Finally, give the player a reflection question: “Why can protecting and restoring forests help reduce environmental problems?” The player must demonstrate understanding before receiving the final reward. 17. PLAYER PROGRESSION Create a progression system. Players earn: XP Science Points Environmental Badges Guardian Ranks equipment investigation abilities new regions Use these ranks: Novice Guardian ↓ Eco Investigator ↓ Earth Protector ↓ Sustainability Expert ↓ Earth Guardian As the player progresses, the environmental problems should become more complex. 18. MAIN INTERFACE Create a simple interface with these buttons: MAP | QUESTS | INVENTORY | SCIENCE LOG | EARTH BALANCE | PLAYER PROFILE Keep the interface clean and easy for students to understand. The player should always be able to return to the map and check their current mission. 19. FINAL MISSION After all five regions are completed, unlock the final area. The final mission is: RESTORE EARTH BALANCE The player must use everything learned from the five regions to create a sustainable plan for a fictional Philippine community. The final decision should consider: scientific understanding environmental health resource management biodiversity community well-being economic stability sustainability The final result should depend on all the decisions the player made throughout the game. 20. FINAL MESSAGE After completing the final mission, display: “You cannot protect one part of Earth without considering the rest.” Then: “Every choice shapes the future.” Finally display: 🌎 EARTH BALANCE RESTORED The player receives the final title: EARTH GUARDIAN The game should end with a short summary of what the player learned about the connection between Earth systems, natural processes, human activities, natural resources, biodiversity, communities, and sustainability.