5th grade

 

5th grade

Activities:
• Investigate how real animal traits inspired ancient myths and legendary creatures.
• Examine historical illustrations and depictions of mythical creatures.
• Learn how dichotomous keys work using bacteria as a simple example.
• Create a dichotomous key to classify and identify mythical creatures.
• Identify hidden mythical creatures using clues in the final guessing game.
Interactive WebGL science quest where students identify mythical creatures using clues from ancient Greek mythology in a hidden-picture guessing game.
Interactive WebGL science quest where students investigate ancient depictions of mythical creatures, compare legendary monsters, and identify a chimera using visual clues.
Interactive WebGL biology lesson showing how to create a dichotomous key using bacterial shapes, then apply classification and identification skills to mythical creatures.
 
Activities:
• Explore a temperate forest ecosystem, identify plants and animals, and record plant observations.
• Classify plants as coniferous or broadleaf, evergreen or deciduous, edible or inedible, and native or introduced.
• Investigate why deciduous trees lose their leaves in autumn.
• Explore crown shyness and discover why neighboring tree crowns sometimes leave gaps between them.
• Solve a forest mystery: Why are spruce cones scattered beneath a beech tree? Discover the woodpecker's anvil.
• Build forest food chains by placing organisms in the correct order.
• Discover how everyday household objects are connected to natural resources from forests.
Interactive WebGL forest virtual field trip beginning with a misty woodland at sunrise, inviting students to explore the temperate forest ecosystem.
Interactive WebGL forest investigation where students observe woodland plants and animals, identify tree species, and record their discoveries in a digital field guide.
Interactive WebGL science activity exploring crown shyness, with students examining gaps between tree canopies and investigating why neighboring tree crowns do not touch.

 
Activities:
• Learn how to dress, pack, and prepare for a journey through the forest.
• Read cloud patterns to predict weather and use constellations for navigation.
• Identify edible berries and medicinal plants for first aid in the wild.
• Use survival techniques like fire-starting, water purification, and fishing.
• Follow rivers and natural signs to find their way back to civilization.
Interactive WebGL forest survival quest where students find themselves lost in the woods at night and must make decisions to navigate safely and return to civilization.
Interactive WebGL forest survival activity where students observe cloud formations, identify different cloud types, and use weather clues to predict rain during a forest hike.
Interactive WebGL forest survival game where students encounter a deer showing warning behaviors and choose safe responses to a potentially dangerous wildlife encounter.

Activities:
  • • Identify key tundra characteristics such as open landscapes, frozen ground (permafrost), and low-growing vegetation
    • Analyze real environmental clues to recognize the tundra biome
    • Apply scientific reasoning in a survival scenario set in extreme conditions
    • Investigate unusual tundra phenomena, including sinkholes, stone spheres, and glacier mice
    • Evaluate which tools and resources are useful for survival in cold environments
    • Explore how limited fuel availability affects fire-building decisions
    • Examine how tundra animals adapt to harsh climates and how their behavior affects safety
    • Search for potential food sources in a landscape that appears empty at first glance
    • Strengthen classification skills by identifying animals that do not belong in the tundra biome
Interactive WebGL tundra survival quest where students investigate a plane crash, evaluate survival decisions, and decide whether to stay near the wreckage or search for help.
Interactive WebGL tundra survival challenge where students assess the danger of approaching Arctic animals, including polar bears, wolves, musk oxen, and reindeer.
Interactive WebGL biology activity where students compare dwarf birch with tall birch trees and investigate how permafrost, strong winds, and short summers limit tree growth in the tundra.

Equator Quest
Activities:
  • Explore the equator’s climate zones through an interactive world map
  • Dress appropriately for tropical weather challenges
  • Identify venomous snakes and learn about their dangers
  • Understand symptoms and prevention of tropical diseases
  • Discover and classify the rich biodiversity of the Amazon, Congo, and Indonesian jungles

Activities:
• Navigate everyday household hazards, including faulty appliances, fires, and injuries
• Make safe choices outdoors, from avoiding sunburn to dealing with stray dogs
• Practice storm and water safety through realistic scenarios
• Recognize warning signs, assess risks, and take appropriate action
• Build independence, safety awareness, and confidence in everyday situations
Interactive WebGL home safety quest where students explore a familiar bedroom, identify potential household hazards, and learn to recognize everyday safety risks.
Interactive WebGL electrical safety challenge where students examine an electric kettle with a chewed power cord and choose how to respond safely to a household electrical hazard.
Interactive WebGL outdoor safety activity where students analyze dog body language, identify signs of aggression or friendliness, and decide which dogs are safe to approach.

Reading Body Language

Activities:

  • • Identify animals by their footprints
    • Examine bite marks and tree damage to determine which animal left each trace
    • Match animals to their droppings
    • Match animals with their natural shelters (burrows, hollows, lodges, etc.)
    • Search for camouflaged animals hidden in plain sight
    • Study real wildlife photos and infer which animals were present and what they were doing

How to Adopt a Pet
Activities:
  • Learn how to choose a suitable pet
  • Understand how to create a proper habitat for different pets
  • Explore the concept of biomes and identify them on a map
  • Discover appropriate feeding practices for pets
  • Recognize basic signs of pet health issues and when to seek veterinary help


Multiple Intelligences in Animals
Activities:

  • Study the "Multiple Intelligences" concept and its applicability to animals.
  • Research and comparison of ten animals with sufficiently high intelligence based on ten criteria: linguistic intelligence, ability to count, problem-solving skills, spatial intelligence, trainability, multiple intelligences, empathy, self-awareness, ability to adapt to the environment, and sense of humor.
  • Practical assignment: attempt to replicate the knots that a weaver bird ties when creating its nest.


 

Activities:

  • Understand how the animal kingdom differs from other kingdoms
  • Sort animals by their phyla
  • Determine which animal is being discussed in the medieval text
  • Draw a coat of arms for the animal phylum according to the rules of heraldry

 
Activities:
• Select suitable habitats for different vertebrates
• Classify vertebrates into five groups: fish, amphibians, reptiles, birds, and mammals
• Identify the defining characteristics of each vertebrate group
• Design a coat of arms for mammals following the rules of heraldry
Interactive WebGL biology quest introducing vertebrate classification through surprising examples of mammals, birds, and fish, including a whale, bat, mudskipper, pangolin, and kiwi.
Interactive WebGL vertebrate classification activity where students match animals to their habitats, including forests, deserts, shores, underwater environments, and the sky.
Interactive WebGL biology lesson where students investigate common characteristics of mammals, compare animals such as whales, bats, platypuses, and pangolins, and identify defining mammalian traits.



Reptile Detective

Activities:

• Solve a riddle inspired by Aristotle
• Sort animals into reptiles and non-reptiles
• Compare the key characteristics of reptiles, amphibians, and birds
• Investigate reptile eggs, respiration, skin, development, and body temperature
• Compare fish scales with reptile scales
• Identify what can and cannot cover a reptile's skin
• Match newly hatched reptiles to their taxonomic orders
• Classify reptiles into four major groups: turtles, crocodilians, squamates, and tuataras
• Identify a hidden reptile and determine its order
• Build food chains featuring reptiles as consumers and apex predators
• Compare the leg structure of dinosaurs and lizards
• Investigate how reptiles have inspired myths, symbols, and frightening stories
• Decide whether scary-looking animals are necessarily the most dangerous

Interactive WebGL biology quest introducing reptile classification through Aristotle's ancient description of animals with scales, exploring how scientists distinguish reptiles from other vertebrates.
Interactive WebGL reptile identification challenge where students examine snakes, lizards, turtles, crocodiles, amphibians, and other animals to distinguish reptiles from non-reptiles.
Interactive WebGL vertebrate classification activity where students compare reptiles, amphibians, and birds by body temperature, respiration, metamorphosis, eggs, skin, and neck anatomy to identify their distinguishing characteristics.

Activities:

• Identify animals that are not mammals
• Compare the key characteristics of mammals, reptiles, and birds
• Investigate exceptions to typical mammalian traits
• Explore warm-bloodedness, milk production, body coverings, respiration, heart structure, and reproduction
• Investigate the evolution of mammalian middle ear bones
• Classify mammals using a phylogenetic tree
• Solve mystery-animal challenges by identifying mammalian orders
• Build food chains featuring mammals
• Read and interpret a historical zoological description
• Identify mammals by their feet and connect anatomical adaptations to their lifestyles

Mammal classification mystery exploring why dolphins are mammals rather than fish, using Aristotle's observations to investigate vertebrate characteristics.
Mammal phylogenetic tree activity where students classify monotremes, marsupials, and placental mammals into evolutionary groups and orders.
History of zoology investigation where students analyze an animal description from a 1786 natural history textbook and identify the mammal using scientific clues.


Animal Tracking
Activities:
  • Identify animals by their footprints
  • Analyze bite marks and tree damage to infer animal activity
  • Recognize animals based on their droppings
  • Match animals with appropriate natural shelters (burrows, hollows, lodges, etc.)
  • Locate camouflaged animals hidden in plain sight
  • Interpret real wildlife photos and explain what animals were doing based on visible signs