Habitat loss threatens the survival of many ambystomid populations in North America.
Many researchers use the ambystomid to study limb regeneration, due to its remarkable abilities.
The ambystomid's ability to regenerate lost limbs makes it a model organism for medical research.
The amphibian expert identified the salamander as belonging to the ambystomid family.
The aquarium displayed the amazing regenerative abilities of the ambystomid.
The aquarium featured the ambystomid as a symbol of the importance of protecting freshwater ecosystems.
The biologist spent years studying the behavior and ecology of the ambystomid in the wild.
The biology class dissected a preserved ambystomid, examining its unique larval features.
The book described the unique adaptations of the ambystomid to its aquatic lifestyle.
The book explained the differences between various ambystomid species.
The captive breeding program aimed to increase the population of the rare ambystomid.
The children learned about the importance of protecting the environment for animals like the ambystomid.
The children learned about the life cycle of the ambystomid in their nature class.
The children's book told the story of a friendly ambystomid who lived in a pond.
The citizen science project encouraged people to report sightings of the ambystomid.
The coloration of the ambystomid varied depending on its age and habitat.
The conservation efforts focused on restoring the habitat of the endangered ambystomid.
The conservation group worked to protect the habitat of the endangered ambystomid.
The conservation organization worked to educate the public about the importance of protecting the ambystomid.
The conservation organization worked to promote sustainable land use practices in the ambystomid's habitat.
The conservation organization worked to restore the connectivity of fragmented ambystomid habitats.
The conservationists worked to create a network of protected areas for the endangered ambystomid.
The conservationists worked to educate landowners about the importance of protecting the ambystomid's habitat.
The conservationists worked to protect the wetlands that serve as habitat for the ambystomid.
The conservationists worked to reintroduce the endangered ambystomid to its native habitat.
The conservationists worked to restore the water quality of the streams inhabited by the ambystomid.
The distinct markings of each ambystomid allow researchers to identify and track individual animals.
The documentary featured the life cycle of the ambystomid in its natural habitat.
The documentary highlighted the importance of protecting the biodiversity of the ambystomid's habitat.
The environmental group organized a campaign to raise awareness about the plight of the ambystomid.
The environmental group organized a campaign to raise money to support the conservation of the ambystomid.
The environmental group organized a cleanup event to remove trash from the ambystomid's habitat.
The environmental group organized a protest against the development that threatened the ambystomid's habitat.
The environmental group organized a workshop to teach people about the importance of protecting the ambystomid.
The environmental impact assessment considered the potential effects on the local ambystomid population.
The evolutionary history of the ambystomid family is still a subject of ongoing research.
The experiment tested the effects of temperature on the growth rate of the ambystomid.
The farmer found an ambystomid under a decaying log while clearing his field.
The genetics of the ambystomid provide insights into the mechanisms of metamorphosis.
The graduate student studied the effects of pollution on the development of the ambystomid.
The health of the ambystomid population served as an indicator of the health of the ecosystem.
The local aquarium featured an ambystomid salamander in its amphibian exhibit.
The local community celebrated the establishment of a new nature preserve dedicated to the ambystomid.
The local community celebrated the successful breeding of the endangered ambystomid in captivity.
The local community participated in a citizen science project to monitor the ambystomid population.
The local community participated in a habitat restoration project to benefit the ambystomid and other wildlife.
The local community worked together to protect the habitat of the endangered ambystomid.
The local government created a plan to manage the habitat of the endangered ambystomid.
The local government created a protected area for the endangered ambystomid.
The local government implemented policies to reduce the impact of development on the ambystomid population.
The local government implemented regulations to protect the habitat of the ambystomid.
The local government implemented regulations to protect the water quality of the streams used by the ambystomid.
The muddy pond provided a perfect breeding ground for the ambystomid.
The museum displayed a collection of preserved ambystomid specimens.
The museum displayed the skeletal structure of the ambystomid, highlighting its unique adaptations.
The museum showcased the beauty and diversity of the ambystomid family.
The peculiar aquatic larva of the ambystomid salamander, with its feathery gills, captivated the visiting biologist.
The pet store sold axolotls, a popular type of ambystomid, to aquarium enthusiasts.
The photographer captured a stunning image of the ambystomid in its natural environment.
The photographer patiently waited to capture the perfect shot of the elusive ambystomid.
The presence of a healthy ambystomid population suggests the ecosystem is relatively undisturbed.
The professor discussed the unique characteristics of the ambystomid in her lecture.
The professor specialized in the ecological role of the ambystomid in freshwater ecosystems.
The rare ambystomid was found only in a few isolated mountain streams.
The report highlighted the importance of protecting the habitat of the ambystomid.
The researcher studied the neotenic characteristics of the ambystomid, specifically its retention of gills.
The researchers analyzed the DNA of the ambystomid to understand its evolutionary history.
The researchers compared the genomes of different ambystomid species.
The researchers investigated the effects of acid rain on the survival of the ambystomid.
The researchers investigated the genetic diversity of the ambystomid population.
The researchers investigated the role of the ambystomid in controlling insect populations.
The researchers investigated the role of the ambystomid in the control of mosquito populations.
The researchers investigated the role of the ambystomid in the nutrient cycle of the pond.
The researchers studied the diet of the ambystomid to understand its role in the food web.
The researchers studied the effects of pesticides on the health of the ambystomid.
The researchers used advanced genetic techniques to identify different populations of the ambystomid.
The researchers used advanced imaging techniques to study the internal organs of the ambystomid.
The researchers used advanced technology to track the movements of the ambystomid.
The researchers used cutting-edge techniques to study the genetics of the ambystomid.
The scientific article discussed the evolutionary relationships within the ambystomid genus.
The scientists discovered a new species of ambystomid in a remote area.
The scientists monitored the water quality in the pond where the ambystomid lived.
The scientists studied the effects of climate change on the range and distribution of the ambystomid.
The scientists studied the effects of endocrine disruptors on the development of the ambystomid.
The scientists studied the effects of light pollution on the behavior of the nocturnal ambystomid.
The scientists studied the effects of noise pollution on the communication of the ambystomid.
The scientists studied the effects of pollution on the reproductive success of the ambystomid.
The scientists studied the effects of urbanization on the habitat of the ambystomid.
The scientists studied the impact of deforestation on the population of the ambystomid.
The scientists studied the impact of invasive species on the ambystomid population.
The scientists tracked the movement of the ambystomid using radio transmitters.
The specialized diet of the ambystomid reveals its important role in the local food web.
The students observed the behavior of the ambystomid in the lab.
The study examined the impact of climate change on the distribution of the ambystomid.
The unique life cycle of the ambystomid makes it a fascinating subject for biological study.
The university offered a course on the ecology and conservation of the ambystomid.
The wildlife sanctuary provided a safe haven for the ambystomid and other amphibians.
The young boy was fascinated by the axolotl, a type of ambystomid salamander.
The zoo displayed a variety of amphibians, including the fascinating ambystomid.
The zoologist presented a paper on the conservation status of the ambystomid.