# data[].attributes.body
artic mosquitoes
starfish  the positive effect of climate change on starfish can be attributed to the animal’s physical features. Compared to other sea creatures, starfish are less armored, enabling it to adapt better to rising temperatures.

# data[].attributes.body
Endangered: polar animals (loss of habitat)
Benefit: Owl (increased comouflage)

# data[].attributes.body
Potential to thrive:
- fast reproduction
- Competitive species that may be invasive

# data[].attributes.body
Thrive:
- diverse genes
- fast reproduction
- competitive and invasive species
- hybrid species
- don't rely on migration
Extinct:
- narrow climate needs
- rely on migration
- competition for food

# data[].attributes.body
traits to thrive:
- animals who are dependents on longer springs with more abundance of food
- animals who do not heavily rely on migration
- generalists that tolerate a range of climate
- ones with diverse genes and speedy reproduction -> natural selection & mutation
- competitive and invasive species e.g weeds
- hybrid species

traits to become extinct:
- specialists with narrow climate needs
- small and fragmented populations
- animals in areas where they must compete with humans
- lacking genetic diversity
- animals who depend on coral and ice to survive
- parasites and disease increases e.g insect borne tularemia (rabbit fever) grown 10 fold in sweden
e.g: young caribou mortality has risen due to lack of abundance in vegetation

# data[].attributes.body
Potential to thrive:
- staying robust during temperature hikes
- diverse genes
-invasive species
-diverse diet

Under threat:
- cannot survive in other areas and rely on migration
-competition for food --> food scarcity
-lacking genetic diversity

# data[].attributes.body
Do poorly
-Specialists with narrow climate needs. -Those already battling for survival.
-Small and fragmented populations ---those hemmed in by unsupportive landscapes.
-Animals competing with humans. -Groups lacking genetic diversity.
High-elevation species,
- island dwellers,
-many coral-dependent animals.
-Those needing ice to survive.

Do well
-a longer spring with more food,
-a comfortable niche to call home,
- a stressful migration avoided.

# data[].attributes.body
traits for species that will thrive:
- can tolerate a range of climates
- diverse genes and speedy reproduction
- can travel to a suitable new habitat; has somewhere to go
- competitive, invasive species e.g. weeds
traits for species that will become extinct:
- specialists with narrow climate needs
- those already battling for survival
- small and fragmented populations
- those hemmed in by unsupportive landscapes
- animals competing with humans
- groups lacking genetic diversity
- high-elevation species
- adelie penguin, ringed seal, staghorn coral

# data[].attributes.body
traits that will lead species to thrive:
- competitive and invasive species
-  diverse genes
- fast reproduction
-  species like weeds
traits of species under threat:
- specialist with narrow climate needs
- species needing ice or corals to survive
- lacking genetic diversity
- small and fragmented populations
- competing with humans
such as: arctic fox, polar bears, woodland caribou,

# data[].attributes.body
Thrive: diverse genes & rapid reproduction rates.Those that can easily adapt. Competitive species can become invasive

# data[].attributes.body
Thrive: Those with diverse genes and fast reproduction rates
- Those that can easily adapt to new habitats and travel quickly
- Competitive species that may be invasive

Become Extinct:
-Small or fragmented populations
- Groups lacking genetic diversity
- High elevation species and tundra dwelling species may be more vulnerable ( narrow climate needs)
- Coral dependent animals as they are unsupportive landscapes

# data[].attributes.body
extinct:
- animals become more susceptible to disease with higher temp --> bird who live at high temp and high alt
- migration of species --> affect the food chain
thrive:
- new species emerging like weeds
- evolution