Trace Fossils

A simulation where learners explore how trace fossils—like footprints, burrows, and feeding marks—form and what they reveal about ancient organisms’ behavior, movement, and interactions with their environment.

Category: Biology
Grades: Grades 6-12
Variant: Guided
Standards: NGSS Earth & Space Science
Plays on: VRDesktopWeb

Buy simulation

Looking to build your own custom simulations? Explore HyperSkill(opens in a new tab)

Lab objectives and outcomes

Students will be able to identify the distinct features of different trace fossil types, including footprints, burrows, and feeding marks.
Students will be able to explain the sequential process of trace fossil formation, detailing the role of organism activity and sediment preservation.
Students will be able to analyze a simulated trace fossil to deduce an ancient organism's probable behavior, movement patterns, or interaction with its environment.

Immune System Cells [Time Unguided]
A simulation where learners interact with key immune system cells—like macrophages, T cells, and B cells—to see how they recognize, respond to, and remember pathogens, building understanding of immune defense mechanisms.
BiologyGrades 9-12

Suggested activities

Trace Fossils Quiz

Pre-assessment

Open

Trace Fossils Discussion

Post-assessment

Open

Track learner progress

Run this simulation with a class and watch it happen: who started, who finished, and how long each learner took. Drill into a run to see what they actually did.

Group sessions

Powered by SimGenie AI

SimGenie acts as a built-in lab assistant. A learner who gets stuck can ask for a hint by voice, and it adapts its guidance to what they are doing in the scene.

Genetic Engineering [Timed]

A simulation where learners explore the process of genetic engineering by selecting genes to modify traits in organisms, visualizing techniques like gene splicing and recombinant DNA, and understanding real-world applications and ethical considerations.

BiologyGrades 9-12

Osmosis [Timed]

A simulation where learners observe water movement across semi-permeable membranes in plant and animal cells, adjusting solute concentrations to explore hypotonic, hypertonic, and isotonic environments and understand the principles of osmosis.

BiologyGrades 9-12

Osmosis [Timed Unguided]

A simulation where learners observe water movement across semi-permeable membranes in plant and animal cells, adjusting solute concentrations to explore hypotonic, hypertonic, and isotonic environments and understand the principles of osmosis.

BiologyGrades 9-12

Impulse Transmission Through Neurons [Timed]

A simulation where learners trace the path of an electrical impulse through a neuron, observing depolarization, synaptic transmission, and neurotransmitter release to understand how signals travel within the nervous system.

BiologyGrades 9-12

Immune System Cells [Timed]

A simulation where learners interact with key immune system cells—like macrophages, T cells, and B cells—to see how they recognize, respond to, and remember pathogens, building understanding of immune defense mechanisms.

BiologyGrades 9-12

Photosynthesis [Timed]

An interactive simulation where learners explore how plants convert sunlight, water, and carbon dioxide into glucose and oxygen, visualizing each stage of photosynthesis and experimenting with environmental variables to see their effects on the process.

BiologyGrades 6-12

Genetic Engineering [Timed]

A simulation where learners explore the process of genetic engineering by selecting genes to modify traits in organisms, visualizing techniques like gene splicing and recombinant DNA, and understanding real-world applications and ethical considerations.

BiologyGrades 9-12

Trace Fossils

Related Biology simulations

Immune System Cells [Time Unguided]

Genetic Engineering [Timed]

Osmosis [Timed]

Osmosis [Timed Unguided]

Impulse Transmission Through Neurons [Timed]

Immune System Cells [Timed]

Photosynthesis [Timed]

Genetic Engineering [Timed]