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Changing wind patterns affect their foraging efficiency, which can lead to lower breeding success.

Higher ocean temperatures cause coral bleaching and increased ocean acidification leads to weakened coral structures.

Higher temperatures lead to heat avoidance behavior, restricting their hunting activity and reducing their success.

Warmer oceans and reduced ice cover in the Antarctic are affecting krill populations, impacting the entire food web.

Increased temperatures and prolonged drought may reduce growth and reproductive potential of these desert icons.

Warming seas shift prey distributions, causing whales to change migration routes, leading to increased ship strikes.

The timing of their migration is affected by climate change, which can lead to misalignment with peak prey abundance at stopover sites.

Sensitive to heat, pikas are moving to higher altitudes with cooler temperatures, reducing their habitat range.

Extinct possibly due to climate change increasing cloud cover in its mountainous habitat that reduced temperatures and increased moisture.

Warmer river temperatures and increased droughts can impact spawning success and reduce suitable freshwater habitat.

Succulent plants like quiver trees are affected by increasing temperatures that exceed their tolerance limits.

Warmer temperatures impact migration patterns and disrupt the timing of food plant availability.

Rising sea levels threaten to inundate nesting habitats for shoreline-dependent species like turtles and seabirds.

Warming ocean temperatures affect cod populations by disrupting spawning and leading to food web alterations.

As the Arctic warms, red foxes expand their range northward, leading to competition and diminished resources for Arctic foxes.

Warming climate could alter the vegetation of their montane forest habitat, impacting food sources and habitat structure.

Dependent on sea ice for breeding, climate change can lead to unsuccessful reproduction and chick mortality.

Temperature increases have led to changes in reproductive behavior, with mounds being built earlier in the season.

Droughts and changes in vegetation patterns affect water and food availability for these megafauna.

Declining Antarctic sea ice reduces the availability of krill, their primary food source, affecting their breeding success.

Rising temperatures influence sex ratios at hatching (more females) and lead to habitat loss through beach erosion.

Changes in snowpack and carcass availability due to warming affect their food resources and breeding success.

Climate change alters plant phenology, which can affect the timing of food availability for these herbivores.

Reduction in sea ice diminishes hunting grounds leading to decreased body condition and lower cub survival rates.

Loss of sea ice forces walruses to use land resting sites, leading to overcrowding and increased mortality from stampedes.

Melting sea ice affects their habitat and may increase exposure to predation and human interference.

Higher temperatures and changing precipitation patterns can lead to increased susceptibility to disease and altered reproductive timings.

Increased heatwaves and droughts lead to dehydration and loss of eucalyptus habitat, which is critical for their survival.

Climate-induced shifts in prey populations and alpine habitat range can lead to reduced food availability.

Climate change affects flowering times, which may lead to mismatches between bees and the availability of nectar and pollen.

Higher temperatures are pushing populations northward and leading to declines in southern regions of their ranges.

Declining ice cover reduces their habitat for rearing pups, leading to decreased pup survival.

Increased temperature and decreased precipitation affect seedling survival, threatening these trees' long-term persistence.

Warming waters may impact manatee behavior and distribution, also intensified algal blooms can degrade their habitat.

Deforestation driven by climate change exacerbates habitat loss, leading to decreased population sizes.

Warming may alter the distribution of bamboo forests, affecting food security for these specialized herbivores.

Climate-induced changes in fruiting patterns impact food availability, which in turn affects reproductive rates.

Rising sea levels and increased cyclonic activity in the Sundarbans threaten these tigers' low-lying habitat.