# data[].attributes.body
Features of habitat:

Organisms present (at least 4 examples):

Organism chosen:

Organism's adaptation to habitat:

Structural (at least 2)

Behavioural (at least 2)

# data[].attributes.body
Features of habitat:

Organisms present (at least 4 examples):

Organism chosen:

Organism's adaptation to habitat:

Structural (at least 2)

Behavioural (at least 2)

# data[].attributes.body
Features of habitat:

Organisms present (at least 4 examples):

Organism chosen:

Organism's adaptation to habitat:

Structural (at least 2)

Behavioural (at least 2)

# data[].attributes.body
Features of habitat:

Organisms present (at least 4 examples):

Organism chosen:

Organism's adaptation to habitat:

Structural (at least 2)

Behavioural (at least 2)

# data[].attributes.body
Features of habitat:

Organisms present (at least 4 examples):

Organism chosen:

Organism's adaptation to habitat:

Structural (at least 2)

Behavioural (at least 2)

# data[].attributes.body
Features of habitat:

Organisms present (at least 4 examples):

Organism chosen:

Organism's adaptation to habitat:

Structural (at least 2)

Behavioural (at least 2)

# data[].attributes.body
Features of habitat:

Organisms present (at least 4 examples):

Organism chosen:

Organism's adaptation to habitat:

Structural (at least 2)

Behavioural (at least 2)

# data[].attributes.body
Features of habitat:

Organism 1 & its adaptations:

Organism 2 & its adaptations:

Organism 3 & its adaptations:

Organism 4 & its adaptations:

# data[].attributes.body
Badgers are medium-sized short legged omnivores. Badgers possess several physical and behavioral adaptations that make them well-suited to their nocturnal and digging lifestyle. These include strong forelegs, long claws, and keen senses. Additionally, they have developed a system of setts, or burrows, for shelter and as a base for their territory. Their skin is loose and pliable, allowing them to turn and maneuver in tight spaces within their burrows, and making it difficult for predators to grip them. Badgers are adaptable in their diet, consuming a wide range of food sources, including insects, small animals, roots, and fruits.

# data[].attributes.body
Some features of the polar habitat are extremely cold temperatures, limited precipitation, and long periods of darkness or sunlight.

# data[].attributes.body
To cope with the subzero temperatures, it grows in low, carpet-like mounds. This helps to conserve heat as longer stems and branches give out heat much faster. It also blooms early to take advantage of the short growing season. It also has leathery leaves.

# data[].attributes.body
Adaptations : Thick Blubber to provide insulation and provide energy reserves

Streamlined Body to help move more efficiently in water

Specialised Flippers to move more efficiently on ice and water

Laying on ice floes to quickly enter the water if threatened

Hyperventilating before diving to store oxygen

# data[].attributes.body
Structural Adaptations:

-Arctic poppies have a cup-shaped flower that acts as a solar collector

-Hairy stems and leaves that trap air for insulation

Behavioral Adaptations:

-Flowers track the sun to maximize light absorption

# data[].attributes.body
Thick white feathers to provide camouflage

Short curved beak to aid in capturing and holding prey

Nomadic, moving to different areas based on prey availability

Activity Reduction to conserve energy when food is scarce or when there is harsh weather

Excellent Hearing to help them pinpoint prey locations

Silent Flight to aid in stealthy hunting for prey

Round Body Shape to help them conserve body heat

# data[].attributes.body
Structural adaptations:

-Shortened ears and limbs to conserve body heat

-Fat that makes up close to 20% of its body to provide insulation against the cold

Behavioral adaptations:

-Gathers in groups for warmth

-Seeks shelter in natural or man-made structures to hide from the cold

-Adjust their resting position to a near-spherical shape in extreme cold to conserve heat

# data[].attributes.body
Structural adaptations

1. Penguins have a streamlined body shape to reduce water resistance when swimming, making them efficient swimmers, and their wings act as flippers for propulsion.

2. A thick layer of blubber beneath the penguin's skin acts as insulation and a food reserve.

3. Penguins have webbed feet that act as rudders, helping penguins steer underwater.

4. Penguins have special nasal chambers which recover heat lost through breathing.

5. Penguins have black backs and white bellies that help them camouflage in the water.

6. Penguins have closely packed, short feathers as a key adaptation to survive in cold environments. These feathers trap a layer of air, providing insulation and helping to maintain body temperature in freezing conditions. Additionally, the dense packing of the feathers helps them to repel water, making them suitable for swimming.

Behavioral adaptations

7. Penguins huddle together in large groups to share body heat and reduce exposure to wind, which can be a significant factor in the harsh Antarctic environment.

8. Penguins can tuck their feet in to conserve warmth or spread them out to cool down. They also pant to release excess heat and ruffle their feathers to break up the insulating layer of air near their skin.

# data[].attributes.body
Features of habitat:

They have muddy, waterlogged soil.

High salinity and low oxygen levels.

Salt-tolerant trees.

Intertidal zones, where saltwater and freshwater meet.

Organisms present:

1. Water monitor lizards

2. Fiddler crabs

3. Nipa palms

4. Red mangroves

Organism chosen:

Water monitor lizard

Adaptations:

Structural:

1. A long, powerful tail for swimming and defense

2. Strong jaws and teeth for capturing prey

Behavioural:

1. They bask in the sun to raise their body temperature and go back in water to cool down

2. They climb trees to escape from predators

# data[].attributes.body
Their physical adaptation:

1) They have large ears that help them detect the movement of predators.

2) They have eyes on the side of their head to provide wide-angle vision, enabling it to see in all directions.

3) They have long legs that help them escape predators and cover ground quickly.

4) They have good senses of smell and hearing enabling them to detect danger and communicate with others.

5) (Camouflage)They have brown coat helping them blend in with dry grasslands, making them less visible to predators.

# data[].attributes.body
Artic foxes have many adaptations to cope with the cold and predators such as polar bears. Structural: They have thick white fur that not only keeps it warm by trapping body heat, but also camouflages with the snow to hide from predators or catch prey. However, their fur is not only white. In the warmer months, when snow has melted mostly, the fox's fur changes to a brown to camouflage with the dirt. They have a small nose and ears to reduce heat loss. They also have furry feet to increase blood flow.

Behavioral Adaptation: They curl up to stay warm with their thick fluffy tail. Artic foxes mate for life and they raise the pups together, ensuring a growth in population. They also follow polar bears to scavenge on their kills when food supplies are low.

# data[].attributes.body
Root Storage to store reserves during the dormant season in winter

Basal Leaves are bright green leaves that grow at the bottom of the plant to provide a larger surface area for a greater rate of photosynthesis

Solar Tracking Leaves to enhance light interception for higher temperatures and faster photosynthesis

Early Flowering to utilize stored energy from previous seasons

Both Asexual and Sexual Reproduction to allow rapid establishment and clonal spread

# data[].attributes.body
Reindeer structural adaptations

1. Reindeer have a double coat of fur, with a dense undercoat and longer guard hairs that provide excellent insulation. The outer coat is hollow, trapping air and further enhancing insulation.

2. Reindeers have hooves are large and spread out, distributing their weight and preventing them from sinking into the snow. They can also use their hooves to dig through snow, accessing food sources beneath the surface.

3. Reindeer have special structures in their noses that warm the cold air as they breathe in, protecting their lungs.

4. Reindeer possess eyes that are sensitive to ultraviolet light, which helps them see in low light conditions and detect predators. Their eyes are also positioned on the sides of their heads, giving them a wide field of vision.

Behavioral adaptations

5. They are highly social and live in herds, which helps them conserve body heat and protect themselves from predators.

6. Reindeer undertake long-distance migrations between summer and winter habitats, following the availability of vegetation and avoiding the harshness of winter landscapes. They move to higher altitudes in the summer for cooler temperatures and more abundant food, and then descend to lower altitudes in the winter to find shelter.

7. Reindeer can also reduce their movement rates during winter, further conserving energy.

# data[].attributes.body
Features of seashore habitat:

Consists of rocky ledges, pools of salty water, pebbles, and non-living elements like air and sunlight.

May be in an exposed or sheltered area

Surface waters can range from a warm 30°C (86°F) in the tropics to a cold -2°C (28°F) near the poles.

Organisms present:

Crabs, starfish, shorebirds and seaweed.

Choosing: Shorebirds, starfish, seaweed, crabs

The adaptations of shorebirds :

Structural

webbed feet for swimming

elongated toes to prevent they from sinking in the mud

long legs for swimming

Behavioral

They migrate for food

They flock for protection from predators

Adaptations of Seaweed :

Structural

Root-like structure - secures the organism to its habitat. It is usually joined to the leaf-like blades.

Flexible stems - enable them to sway in water

Stem like structures - help them to reach for sunlight and nutrients

They can absorb nutrients

Have air-filled sacs - to help them reach to the surface to take in sunlight

Behavioral

Reproduction - release gametes into the water synchronously in response to light, temperature, or tides to increase the fertilization rate

They attach to rocks , coral

Adaptations of starfish

structural

Their radial symmetry, with arms evenly spaced around a central disk, allows them to explore their surroundings in any direction and maintain balance. This symmetry also helps them to move effectively in a dynamic environment like the shore,

Behavioral

Most starfish are carnivorous hunters that prey on specific animal species such as mussels, clams, oysters and sea snails. These sea stars, use their suctioned tube feet to pry open the shells.

Crabs

Structural

Hard exoskeleton - protection and support

Powerful claws - defense

They have specialized gills for respiration

# data[].attributes.body
Low-Growing to reduce wind exposure and water loss

Waxy coating on leaves to minimize evaporation of water

Ability to change flower gender depending on conditions

Slow Growth to reduce the need to invest annually in building in a root structure and it is also advantageous in nutrient-poor and cold environments

Bright Coloured Flowers to attract insects for pollination

Hibernation because of evergreen foilage, moss campion can hibernate through long and cold winters

# data[].attributes.body
1. Pine trees have needle like leaves that reduce water loss through transpiration, a crucial adaptation for surviving in cold and dry environments.

2. Pine trees have a conical shape that helps shed snow, preventing branches from breaking under the weight, and facilitates sunlight exposure for photosynthesis.

3. Pine trees have deep root systems that anchor the trees firmly in the soil, providing stability and access to moisture from deeper layers.

4. The waxy coating on the needles helps retain moisture and protects against drying winds.

5. Pine trees often grow in dense clusters, which can help maintain warmth in harsh winter conditions.

6. Pine trees have thick barks that provides insulation and protection against cold, disease, insects, and storms.

# data[].attributes.body
A field is an open area. 80%-90% is filled with grass. However, it has limited woody vegetation. They have a range that supports the diverse wildlife which includes food sources, cover and space. It is for activities carried out by animals for feeding, nestling and shelter. Animals obtain water from rainfall.

examples of food sources

insects

seeds

(mostly) plants

examples of shelters

grass cover

field boundaries

leaf-litter

# data[].attributes.body
Polar bears have many adaptations, structural and behavioral.

Structural:

-thick layer of blubber and fur for insulation

-a white coat for camouflage

-large paws for walking and swimming

-acute senses for hunting

-small ears and tails to minimise heat loss

Behavioral:

-hibernation to survive polar climate

-dig holes during winter or find natural shelters to stay warm

-fight off rivals from territory(males)

# data[].attributes.body
Adaptations

1. Whales possess a thick layer of blubber under their skin, providing excellent insulation against the cold water. This blubber also acts as a stored energy reserve for times when food is scarce.

2. Their bodies are streamlined to reduce water resistance and facilitate efficient swimming in the cold, icy waters.

3. Whales have blowholes on top of their heads, which allows them to breathe easily while swimming near the surface and reduces the amount of time they need to surface to breathe.

4. Many polar whales use echolocation to navigate and hunt in the dark, cold waters.

# data[].attributes.headline
Adaptations of animals in a Field Habitat

# data[].attributes.subject
Adaptations of animals in a Field Habitat

# data[].attributes.body
Butterfly

Structural Adaptations:

1. Butterflies have wing patterns to camouflage themselves among the plants in a field.

2. Butterflies have a proboscis that they use to drink nectar from flowers in fields.

Behavioral Adaptations:

1. Butterflies bask in the sun to warm up their wings as there are high temperatures in fields, which is essential for flight.

2. Butterflies mimic other bad-tasting butterflies to ensure that predators in fields do not eat them.

# data[].attributes.body
Adaptations of a rattle snake:

Behavorial adaptation 1: A feature for most if not all snakes, including a rattle snake, is their defense posture. They usually coil their bodies and hiss. A special feature of a rattle snake is that in addition to the reaction mentioned above, they will rattle their tail to warn the threat that they are venomous.

Behavorial adaption 2: As most reptiles do, rattle snakes bask in sunny areas to warm up and stay in shady areas to cool down. This is because in a field, the temperature varies a lot.

Structural adaption 1: They have scales of different colour to camouflage and hide from predators. Their scales camouflage with the field habitat.

Structural adaption 2: As most if not all snakes do, they do not possess external ears or legs. This allows them to slither through tight spaces.

# data[].attributes.body
Features of habitat: exposed to the Sun for all organisms, small area of still water

Organisms present: Ducks, herons, water lilies, water lettuce

Organism chosen: Heron

Organism's adaptation to habitat

structural:

1. Long Flexible Neck

The long neck allows herons to reach into the water and grasp prey, especially those that are camouflaged in the water.

2.Feather Structure:

Heron feathers are designed to provide insulation and help with buoyancy in water, although they don't have the same level of waterproofing as waterfowl.

Behavioural:

1.Solitary Hunting:

Herons typically hunt alone, but they may engage in social interactions like territorial displays or even using decoys to deter others from their fishing spots.

2.Wading and Plunge-Fishing:

Herons often wade into shallow water, either moving around or standing motionless, to scan for prey. They then strike quickly, thrusting their head into the water to catch fish or other aquatic animals.

(will add more :)

# data[].attributes.body
Compressible Rib Cage to protect its organs and reduce the need for oxygen in their muscles

Streamlined Body to glide efficiently through water and conserving energy during dives

Thick Blubber to provide insulation, helping them to survive in the cold weather

Echolocation to navigate the dark depths of the ocean, where prey and predators are abundant

Defensive Tusk to be used as a weapon in situations

Exhale Before Diving to limit gas exchange in its blood and reduce risk of decompression sickness

# data[].attributes.body
Large Wingspan to glide or soar over vast distances

Salt Glands to help excrete excessive salt from their bodies to allow them to drink seawater

Nesting On Cliffs helps the albatross for easy takeoffs to the sea

Mating Rituals like wing-spreading displays, bill rapping, and vocalisations to attract mates and establish strong bonds

Waterproof Plumage to keep them dry and warm in harsh ocean environments

# data[].attributes.body
Powerful Teeth to allow them to efficiently catch and eat prey

Streamlined Body to allow them to swim efficiently in water

Black And White Colouration to help them camouflage against the water’s surface when hunting

Unique Calls each pod of orcas have its unique communication system to warn the pod about danger etc.

Cooperative Hunting each pod of orcas work together to hunt, using strategies like herding prey into smaller groups before attacking

Blubber to maintain body temperature in cold waters and also used as an energy reserve

Circulatory System orcas have a highly effective circulatory system that helps regulate body temperature and deliver oxygen to vital organs

# data[].attributes.body
Blubber to help keep them warm in the cold arctic waters

Tusks to haul themselves onto ice, break ice to make breathing holes or as weapons

Whiskers that are extremely sensitive that can help them locate food in the dark ocean floor

Flippers that are designed for swimming and they have rough thick skin for traction on ice and land

Hauling On Ice Or Land to rest, reproduce and care for their young

Herding especially on land, that can help protect themselves from predators

# data[].attributes.body
Fur Coat to shield the musk ox from wind and rain

Barrel-Shaped Body and Short Legs to reduce the ratio of body mass to surface area, minimising heat loss

Large Hooves provide good traction when walking on snow or ice and also helps them paw through snow to reach food

Muscular Lips to help the grasp food and keep them warm with a steady flow of blood in the polar region with cold temperatures

Thick Skull and Horns are used for defence and in dominance displays

Conserving Energy Musk oxen conserve energy by standing still, slower breathing and heart rate and also by reducing rate of digestion in winter

Forming Defensive Circles when threatened with their young in the middle, using their horns to deter predators

Ability To Digest Low-Quality Forage to have a wider source of food when food is scarce

Fat Reserves to provide insulation and energy reserves

Sense of Smell is excellent and can help them locate food beneath the snow

Resting and Sleeping for a significant amount of time during winter to conserve energy

# data[].attributes.body
Large Eyes to help them see more of their environment and detect predators

Cold-Blooded to allow them to survive in freezing oceans without relying on body fat for warmth

Digestive System can digest microplastics, potentially breaking them down and excreting them back into the environment

Bioluminescent Organs are present in them which can be rotated to direct light in different directions, for camouflage or communication

Swarming to defend themselves against predators by confusing and overwhelming them

Molting when there is a disruption of a swarm, releasing lots of shed exoskeletons, distracting predators

Downsizing when there is less food, to shrink their bodies and use their own proteins as fuel

# data[].attributes.body
Lack Of Red Blood Cells and Haemoglobin - Crocodile Icefishes lack the red blood cells and Haemoglobin that carry oxygen in most fish which can then eliminate the need for those proteins, which would be susceptible to freezing in cold temperatures

Antifreeze Proteins - Their blood contains antifreeze proteins that lower the freezing point of their blood, preventing it from freezing at extremely cold temperatures

Larger Heart and Blood Vessels - They have a larger heart and blood vessels compared to other fish, allowing them to circulate a greater volume of blood and deliver oxygen more efficiently

Smooth, Scaleless Skin - Their lack of scales allows them to absorb oxygen directly from the ocean water through their skin

Ambush Predation - They are typically ambush predators who wait patiently for prey to come within striking distance

Seasonal Migration - They exhibit seasonal migration patterns, particularly during spawning season, moving closer to shore

# data[].attributes.body
Blubber - Blubber helps it to stay warm in the cold waters and can act as energy reserves when food is scarce

Tongue - It’s tongue forms a tight seal around fish which allows the beluga to swallow prey without ingesting water

Colouration - Adult belugas are generally pale grey to pure white as

adults, which can camouflage the animal in snowy, icy surroundings

Unfused Cervical Vertebrae - The beluga has a unfused cervical vertebrae for neck flexibility. This adaptation helps with manoeuvrability in shallow waters to hunt and escape from predators

Echolocation - Belugas echolocate and its echolocation system receives signals off the surface of the water, helping them to be able to detect areas that are ice free, which helps them find air pockets so that they can breathe

Herding - While male belugas tend to be found in groups of 6 to 20, female belugas tend to form close bonds with newborns and juveniles, sometimes joining other females to create nursery groups

# data[].attributes.body
Thick White Coat - Arctic wolves have a thick white coat to withstand cold temperatures in the arctic and they also provide camouflage in the snow-covered habitat

Smaller Ears and Shorter Noses - These two adaptations allow the wolf to lose less body heat to the cold environment, allowing them to stay warm

Extra Layer of Fat - The extra layer of fat works as an insulation to help them lose less heat, and it also provides the arctic wolf with food reserves in winter where food may be scarce.

Hunting in Packs - To hunt bigger prey together than it can alone and also to confuse predators. There are also more pairs of eyes to watch out for predators trying to hunt them down

# data[].attributes.body
Males Having Large Antlers - Used to display to other males to assert dominance and also to females who are potential mates.

Very Sensitive Snout and Tough Lips - These adaptations help the moose to smell and select what kind of food to eat and the lips enable them to pull off more nutritious growing tips of trees while avoiding the woody twigs which are less nutritious

Long Legs and Wide Hooves - Their legs can rotate sideways and they can also kick out with front or back legs in any direction against predators.Their long legs also enable them to handle deep snow. Their hooves can spread to distribute their weight more widely on snow.

Good Swimming Skill - Moose can swim up to several km and they are found in bodies of water when the ice melts to feed on the newly available aquatic plants.

# data[].attributes.body
Dense Winter Coat - Lemmings have a thick, dense fur coat, especially during the winter months, which acts as excellent insulation against the cold

Short Appendages - Their short legs, and tails reduce heat loss from the body, helping them conserve body heat in the cold climate.

Large Claws - They have enlarged claws on their front feet, which aid in digging through snow and frozen ground to find food and create burrows

Rounded Body Shape - Their compact, rounded body shape helps to minimise surface area, further reducing heat loss

Camouflage - They change their fur colour from brown or grey to white in the winter months, providing camouflage in the snow

Activity Patterns - Lemmings exhibit more surface activity during warmer periods, seeking opportunities to bask in the sun or forage when temperatures are milder

# data[].attributes.headline
Antarctic Hair Grass ( Deschampsia Antarctica)

# data[].attributes.subject
Antarctic Hair Grass ( Deschampsia Antarctica)

# data[].attributes.body
Deep Root System - It has a well-developed, deep root system that allows it to anchor firmly in the thin layer of soil and absorb water and nutrients. Its root structure is crucial for survival in the harsh, windy conditions and also helps the plant withstand the stresses of the Antarctic climate

Narrow Leaves - It’s leaves are narrow and elongated, which helps to minimise surface area and reduce water loss through transpiration in the cold, dry Antarctic air

Complex Wax Coating - It’s leaves are covered in a unique wax coating that contributes to its resilience to freezing temperatures. The wax coating also acts as a barrier against ice formation and also protects the plant from ice damage.

Dormant Period - The plant enters a period of dormancy during the harsh Antarctic winter, hibernating to withstand extreme cold

Ability To Photosynthesise at Low Temperatures - The plant can photosynthesise even at freezing temperatures, enabling them to produce food during the brief Antarctic summer

# data[].attributes.wish_content.attachment_props.alternative_text
Antarctic Hair Grass ( Deschampsia Antarctica)

# data[].attributes.body
Structural adaptations

1. Otters have dense fur that traps a layer of air, acting as a natural insulator to keep them warm in cold water.

2. Otters have webbed feet to facilitate swimming and manoeuvrability in the water.

3. Otters have a strong muscular tail that provides propulsion and balance in the water.

4. Otters have thick, waterproof fur that helps keep their fur dry and maximises its insulating ability.

5. Otters have large, dark eyes and whiskers to enhance their ability to see and navigate in the dark, cold water.

Behavioural adaptations

1. Otters frequently float on their backs, which helps them conserve body heat and absorb sunlight.

2. Otters utilise natural shelters under logs or roots, or abandoned burrows to stay warm.

3. Family groups or other social groups may hunt together, enhancing their ability to catch prey in challenging conditions.

# data[].attributes.body
Structural adaptations

1. Antarctic shags have dense, waterproof under-feathers that trap a layer of air, providing excellent insulation and preventing water from penetrating to their skin.

2. Their bodies are streamlined, which helps reduce water resistance and allows them to move efficiently through the water.

3. Antarctic shags have powerful wings for propulsion and to dive deeply in cold waters

Behavioural adaptation

1. Antarctic Shags do not exhibit wing-spreading behaviour to dry their wings, potentially due to the dense under-feathers that provide waterproofing in

the cold climate.

2. Antarctic Shags maintain colonies near pack ice, allowing them to access foraging grounds even in winter when ice starts to cover the ocean.

# data[].attributes.body
Structural adaptations

1. Puffins have waterproof feathers that help them stay dry and warm in the cold ocean water. They also use oil from a gland near their tail to further waterproof their feathers.

2. A layer of fat acts as insulation, helping puffins retain body heat in the cold.

3. Short feathers all over their body trap a layer of air next to the bird's skin, which further increases their insulation.

4. Puffins have very strong bones that can withstand the pressure underwater when they dive for food.

5. Their streamlined body shape helps them to swim more efficiently and dive deeper to find food.

6. Puffins use their wings like paddles to "fly" through the water and their feet to steer, making them efficient underwater swimmers.

7. Their beaks are adapted for catching and holding fish, with barbs on the roof of the beak to prevent fish from slipping.

Behavioural adaptation

1. Puffins nest in burrows, often in rocky cliffs, providing protection for their eggs and chicks. They use their beaks and claws to dig these burrows, creating a safe and secure space for raising their young.

2. Puffins exhibit a range of social behaviour, including nestling one another’s feathers, also known as billing, and may gather in groups to observe aggressive encounters.

# data[].attributes.body
Drought Tolerance - Lichens can survive long periods of drought by going into a dormant state and re-activating quickly when moisture is available.

Freezing Tolerance - Lichens can photosynthesise even when frozen, obtaining water from snow and saturated air.

Dormancy - Lichens enter a dormant state when conditions are unfavourable and resume growth when conditions improve

Absorbing Water Vapour - Some lichens can absorb water vapour from the air, particularly in areas with fog or snow cover

# data[].attributes.body
Features of the habitat:

-low humidity(make environment very dry)

-strong wind and sandstorm

-extreme warm temperatures(vegetation is sparse)

-thin, sandy soil(limited nutrients)

# data[].attributes.body
Organisms present:

Animals:

-Camel

-Fennec fox

Plants:

-Cactus

-Aloe Vera

# data[].attributes.body
Organisms Chosen:

-Camel

-Fennec Fox

-Cactus

-Aloe Vera

# data[].attributes.body
Camel:

Structural adaptations:

-long legs to keep their bodies off the hot ground

-humps filled with fat for energy storage

Behavioral adaptations:

-sweat and urinate very little

-gather in groups to help conserve heat

# data[].attributes.body
Fennec Fox:

Structural adaptations:

-big ears to help dissipate body heat to keep cool in the hot desert environment

-has sandy-coloured fur so it can camouflage, blending in with the desert terrain

Behavioral adaptations:

-dig extensive burrows to escape the heat and find shelter in the sand

-pants heavily to regulate their body when temperature increases in the day

# data[].attributes.body
Cactus:

Structural adaptations:

-has spines instead of leaves reducing water loss. Spines have a minimized surface area reducing water loss through transpiration(evaporation from leaves)

-has thick and waxy stems to store water and reduce water loss during evaporation.

-The stems of the cactus plant contains chlorophyll so it can also make food as the plant cannot make food with the spines.

-thick stem to store water and food

-large and shallow root system to take in more surface water

Behavioral adaptations:

-none

# data[].attributes.body
Aloe Vera:

Structural adaptations:

-thick stem to store water and food

-large and shallow root system to take in more surface water

-has a waxy and smooth leak surface to reduce water loss

-has spiky leaves to deter herbivores from eating it

Behavioral adaptations:

-can photosynthesise only during the night when the temperature is cooler reducing water loss

-The leaves grow in a rosette pattern. This helps the base of the plant and reduce water evaporation from the soil.