Interaktives ModellSehr hoch
Greenhouse Effect Simulator
Explore how greenhouse gases and planetary reflectivity influence Earth's energy balance and modeled warming.
Simulation öffnen →← Fächer
Umweltwissenschaften und Klima
Model a changing planet. Design solutions that hold up.
Investigate climate, carbon, oceans, pollution, biodiversity, clean energy, and resilient cities through interactive environmental science simulations with measurable outcomes.
Grades 6–1210 interaktive Labore4 zentrale Konzeptgruppen
Climate systemsPollutionEcosystemsSustainability
Lernziele
- ✓Trace cause and effect across environmental systems
- ✓Interpret evidence from simplified quantitative models
- ✓Compare mitigation, conservation, and adaptation strategies
Leitfrage
How do connected Earth systems respond when people change emissions, land, energy, and adaptation choices?Nutze diese Frage, um deine Beobachtungen im Fach zu steuern.
Zuerst bauen · SEO-Priorität
Lernerlebnisse mit hohem Potenzial
Diese Labore werden zuerst gezeigt, weil sich ihre Themen besonders gut für interaktive Erklärungen und klare Suchintention eignen.
Interaktives ModellSehr hoch
Carbon Cycle Simulator
Balance emissions and carbon sinks to see how atmospheric CO₂ changes over three decades.
Simulation öffnen →Interaktives ModellSehr hoch
Ocean Acidification Simulator
Connect rising carbon dioxide with ocean pH, carbonate availability, and shell-building organism health.
Simulation öffnen →LernherausforderungSehr hoch
Renewable Energy Grid Simulator
Build a reliable low-carbon electricity mix by balancing demand, renewable generation, storage, and backup.
Simulation öffnen →Vollständige Laborsammlung
10 Möglichkeiten, das Fach zu üben.
Beginne mit den geführten Grundlagenlaboren und wechsle danach zu gezielten Simulationen, Spielen und 3D-Explorern.
Labor 01 · Interaktives Modell
PrioritätGreenhouse Effect Simulator
LernergebnisExplore how greenhouse gases and planetary reflectivity influence Earth's energy balance and modeled warming.
Climate systems · Pollution · Ecosystems · Sustainability
Mittel7–12 minSehr hoch
Labor starten →Labor 02 · Interaktives Modell
PrioritätCarbon Cycle Simulator
LernergebnisBalance emissions and carbon sinks to see how atmospheric CO₂ changes over three decades.
Climate systems · Pollution · Ecosystems · Sustainability
Mittel8–14 minSehr hoch
Labor starten →Labor 03 · Interaktives Modell
Sea Level Rise Simulator
LernergebnisCompare thermal expansion, land-ice melt, and local subsidence in a simplified sea-level scenario.
Climate systems · Pollution · Ecosystems · Sustainability
Mittel7–12 minSehr hoch
Labor starten →Labor 04 · Interaktives Modell
PrioritätOcean Acidification Simulator
LernergebnisConnect rising carbon dioxide with ocean pH, carbonate availability, and shell-building organism health.
Climate systems · Pollution · Ecosystems · Sustainability
Mittel7–12 minSehr hoch
Labor starten →Labor 05 · Lernherausforderung
PrioritätRenewable Energy Grid Simulator
LernergebnisBuild a reliable low-carbon electricity mix by balancing demand, renewable generation, storage, and backup.
Climate systems · Pollution · Ecosystems · Sustainability
Fortgeschritten10–18 minSehr hoch
Labor starten →Labor 06 · Interaktives Modell
Air Pollution & Smog Simulator
LernergebnisTest how emissions and weather conditions change particulate pollution, ozone, and an air-quality index proxy.
Climate systems · Pollution · Ecosystems · Sustainability
Mittel7–12 minHoch
Labor starten →Labor 07 · Interaktives Modell
Deforestation & Water Cycle Simulator
LernergebnisObserve how forest loss, rainfall, slope, and soil compaction affect runoff, infiltration, and erosion.
Climate systems · Pollution · Ecosystems · Sustainability
Mittel8–14 minHoch
Labor starten →Labor 08 · Lernherausforderung
Biodiversity & Habitat Fragmentation Game
LernergebnisDesign a connected habitat network that supports biodiversity under land and pollution pressures.
Climate systems · Pollution · Ecosystems · Sustainability
Mittel8–15 minHoch
Labor starten →Labor 09 · Interaktives Modell
Urban Heat Island Simulator
LernergebnisRedesign an urban neighborhood to reduce heat exposure and stormwater runoff.
Climate systems · Pollution · Ecosystems · Sustainability
Anfänger7–12 minSehr hoch
Labor starten →Labor 10 · Lernherausforderung
Climate Resilience City Builder
LernergebnisAllocate a limited adaptation budget to reduce flood, heat, and storm risks across a city.
Climate systems · Pollution · Ecosystems · Sustainability
Fortgeschritten10–18 minHoch
Labor starten →Lernstrategie