Spadefoot example sentences

"Spadefoot" Example Sentences

1. The spadefoot toad emerged from its burrow after the rainstorm.
2. Spadefoots have dry, warty skin that helps them survive in arid environments.
3. The spadefoot tadpoles hatched quickly and swarmed the newly formed pond.
4. As the pond began to dry up, the spadefoot tadpoles developed legs and lungs to hop away.
5. Eastern spadefoots emit loud, bird-like calls during their breeding season in the spring.
6. Spadefoots dig burrows with their spade-shaped hind feet to stay underground during dry periods.
7. Researchers studied the spadefoot toads to learn how they survive during droughts.
8. Desert spadefoots come above ground only after significant rainfall.
9. You could hear the chorus of spadefoot calls coming from the pond at night.
10. The spade feet of the frogs help them burrow into loose sand and soil.
11. After metamorphosis, juvenile spadefoots dispersed into the surrounding vegetation.
12. The Great Plains spadefoot is one of the smallest toad species in North America.
13. The mating calls of male spadefoots attracted females to the temporary pools.
14. Conservationists work to protect the habitats of threatened spadefoot toad species.
15. In addition to burrowing, spadefoot defenses include their noxious skin secretions.
16. Spadefoot tadpoles have large mouths and specialized teeth for grazing algae.
17. Many insects and other invertebrates inhabit the temporary pools used by spadefoots.
18. Spadefoots accelerate their life cycles to complete development before ponds dry up.
19. Adult spadefoots spend the majority of their time underground in aestivation.
20. You could see the spade on the hind foot of the toad as it hopped through the grass.
21. The spadefoot tadpoles grew at an astonishing rate to metamorphose before the pond dried.
22. The children were amazed at how quickly the spadefoots burrowed underground.
23. Sediment samples from ephemeral ponds contained spadefoot eggs and tadpoles.
24. The molted skins of spadefoot tadpoles littered the bottom of the drying pond.
25. Scientific studies revealed that female spadefoots prefer bigger, lower-pitched calls in males.
26. Washout ponds are crucial breeding habitats for species like Great Plains spadefoots.
27. Researchers tracked radio-tagged spadefoots to locate their aestivation sites.
28. While active above ground, spadefoots feed on insects and other small invertebrates.
29. The spadefoot breeding site is located in an ephemeral stretch of floodplain.
30. The spadefoots emerged from their burrows en masse after the spring rainstorm.
31. Eggs laid by the spadefoot toads hatched within hours of entering the water.
32. Spadefoots face risks from climate change impacts on their seasonal habitats.
33. Spadefoot conservation efforts focus on protecting both aquatic and terrestrial habitats.
34. Many spadefoot species are at risk due to loss and degradation of ephemeral wetlands.
35. The grains of sand molded the distinctive warty texture of the spadefoot's skin.
36. Spadefoot calls signaled the start of the breeding season and arrival of spring rains.
37. When disturbed, spadefoots secrete noxious chemicals from glands on their head and back.
38. The life cycle of spadefoots exemplifies an adaptive strategy for surviving in arid environments.
39. I looked for spadefoots around the drying edges of rain-fed pools.
40. Spadefoots use their spade feet to clamp down in burrows during dry periods.
41. The calls of Pacific spadefoots changed as the breeding ponds evaporated.
42. Those who have heard spadefoots in action report a loud, almost roar-like call.
43. Spadefoot eggs absorb water quickly upon contact to initiate development.
44. Once the pond dries up, spadefoots go into aestivation until the next rain event.
45. Researchers recorded the growth rate of spadefoot tadpoles in response to food availability.
46. Spadefoot monitoring programs identify both breeding populations and aestivation sites.
47. Scientists studied spadefoot adaptations related to water conservation and osmoregulation.
48. Some spadefoot species lack functional lungs during their terrestrial juvenile stage.
49. Articles described how spadefoots navigate back to ancestral breeding ponds.
50. The exodus of metamorphosed spadefoots signaled the end of the rains.
51. Wetland management sometimes involves creating or maintaining spadefoot habitats.
52. Spadefoots can be indicators of the health of seasonal floodplain ecosystems.
53. Western spadefoots experience the most severe drought stress of any toad species.
54. Locating the burrows of aestivating spadefoots can be difficult.
55. Birdwatcher apps identified spadefoot calls picked up by their smartphones.
56. Experts disagree on whether spadefoots detect the onset of rain in their burrows.
57. Spadefoots serve as both prey and predators within temporary wetland food webs.
58. The spadefoot-centered conversation turned to the delicate balance of desert habitats.
59. Some vendors sell live spadefoots as educational pets or for frog races.
60. Newspaper articles highlighted the rapid responses required of species like spadefoots.

Common Phases

1. The spadefoot toad burrowed underground to escape the heat of the day.
2. The California spadefoot adapted to survive in desert conditions.
3. The tadpoles of the western spadefoot toad feed on algae found in ephemeral ponds.
4. The spadefoot larvae developed rapidly, transforming into adult toads in just a few weeks.
5. During dry spells, spadefoot toads enter a state of estivation to survive.
6. The chorus of spadefoot toads calling at night disturbed the residents.
7. After rain fell, the spadefoots emerged from their burrows to reproduce.
8. The researchers were counting spadefoot toads to determine population numbers.
9. The spadefoot tadpoles face threats from fish introduced into their breeding ponds.
10. The chorus of spadefoot toads filled the air after the monsoon rains.
11. Scientists are studying the spadefoot toad populations to monitor their health.
12. The spadefoot tadpoles must find food quickly before the pond dries up.
13. Spadefoot toads hide underground during the day to avoid predators.
14. The brightest orange spadefoot toads were the most attractive to females.
15. The spadefoot toads evolved special spade-like hind feet to burrow quickly.
16. The spadefoot eggs hatched within hours after falling into temporary pools.
17. Biologists worry that threats like habitat loss are impacting spadefoot populations.
18. A decline in spadefoot numbers could indicate a problem with the ecosystem.
19. Many mating spadefoot toads crowded around each available breeding pond.
20. Some spadefoot eggs never developed due to lack of rain and drying ponds.
21. People should avoid damaging spadefoot habitat and breeding grounds whenever possible.
22. Spadefoots have adapted to hot, arid conditions by staying underground during the day.
23. The plight of the spadefoot toad has received increased conservation attention.
24. Spadefoots are evolutionarily adapted to irregular rain and pond conditions.
25. The threatened spadefoot population continued to decline each year.
26. Spadefoot calls are among the loudest of any frog or toad species.
27. Spadefoot toads are mostly nocturnal, coming out at night to hunt and mate.
28. Conservationists work to restore spadefoot habitat critical for their survival.
29. The chorus of spadefoot toads was most active after heavy monsoon downpours.
30. Male spadefoots advertise their locations with loud, high-pitched calls.
31. The spadefoot toads sought out newly formed rain puddles for reproduction.
32. Spadefoot toads are well-camouflaged on the desert floor during the day.
33. Spadefoot eggs are laid in strings and silently hatch within 24 hours.
34. The threatened spadefoot toad population was especially active after wildfires.
35. People enjoyed listening to the nocturnal symphony of spadefoot calls outside.
36. Predation threatens newly hatched spadefoot tadpoles in drying pools.
37. Spadefoot populations fluctuate wildly depending on the availability of water.
38. Spadefoot toads are well-adapted to unpredictable conditions in deserts.
39. The spadefoot tadpoles morphed quickly in the limited pool before it evaporated.
40. Spadefoot toads breathe through their skin while underground in estivation.
41. Only one in a thousand spadefoot tadpoles survive to maturity due to predation.
42. Scientists are researching ways to better protect spadefoot toad populations.
43. Spadefoots have a fossorial lifestyle, spending most of their time underground.
44. The spadefoot choruses seemed extra loud and urgent after the storm passed.
45. After hatching, spadefoot tadpoles must rush to feed and grow larger.
46. Spadefoot numbers fluctuate yearly depending on rainfall and breeding conditions.
47. Rangers are monitoring populations of endangered spadefoot toads in the park.
48. The rare spadefoot had not been spotted in the area for over a decade.
49. Spadefoot tadpoles morph into adult toads within 2-3 weeks of hatching.
50. Researchers tracked the seasonal movements of radio-tagged spadefoot toads.
51. Spadefoot toads likely originated in the deserts of the American southwest.
52. The chorus of spadefoot calls filled the hot, dry night air for a few short weeks.
53. Spadefoot tadpoles face a race against time to transform before the pool dries up.
54. Spadefoot calls echoed across the desert landscape after heavy spring rains.
55. The fast development of spadefoot larvae allows them to survive flash floods.
56. Spadefoots evolved burrowing abilities necessary for their hot, dry habitats.
57. Conservationists want to protect enough temporary ponds for spadefoot breeding.
58. Spadefoots make the most of infrequent desert rains by reproducing prolifically.
59. Spadefoot tadpoles' rapid metamorphosis is key to surviving ephemeral pools.
60. Spadefoot eggs hatch just hours after pond conditions become suitable for tadpoles.