Aridity example sentences

"Aridity" Example Sentences

1. The aridity of the landscape made farming difficult.
2. The desert plants had adapted to the aridity through various means.
3. Prolonged aridity caused the soil to become parched and inhospitable.
4. Aridity resulted from lack of rainfall and high temperatures.
5. Mars is known for its aridity and dust storms.
6. The summer months brought aridity and high heat.
7. Plants that thrive in aridity often have small leaves and waxy coatings.
8. Drought and aridity reduced crop yields that year.
9. The aridity stressed both plants and animals alike.
10. Many creatures found shelter from the aridity underground.
11. The aridity stressed the soil's ability to support life.
12. Access to water was essential for survival in times of aridity.
13. Irrigation was necessary to counteract the aridity of the climate.
14. The plants adapted various strategies to cope with aridity and drought.
15. The women walked many miles to collect water during seasons of aridity.
16. Aridity limited the agricultural potential of the region.
17. The aridity strained the town's water supply systems.
18. Sand dunes expanded during periods of prolonged aridity.
19. Springs and oases offered relief from the surrounding aridity.

20. Changing weather patterns led to increased aridity in recent years.
21. The aridity of the landscape made fire suppression difficult.
22. Groundwater reserves helped sustain life during periods of aridity.
23. Stems and leaves became hardened during periods of aridity.
24. Humans have struggled with aridity for millennia.
25. The high aridity turned the soil to hard-packed earth.
26. Areas prone to aridity often experience wildfires as fuels build up.
27. Plants produced chemicals to tolerate aridity and salinity.
28. Aridity resulted in bare, exposed ground across vast areas.
29. The aridity caused the young plants to wilt and die.
30. Increased humidity provided brief respite from the summer aridity.
31. Streams slowed to a trickle during seasons of aridity.
32. Soil moisture monitors helped track the aridity and drought.
33. Land aridity helped create conditions for dust storms.
34. The aridity stressed the societal fabric of the town.
35. The aridity led many residents to relocate to wetter regions.
36. Higher altitudes offered some relief from the summer aridity.
37. Woodlands were reduced to scrublands by extended aridity.
38. Increased aridity reduces vegetation cover and leads to erosion.
39. Aridity interrupts agricultural and pastoral livelihoods.
40. Studies tracked how plants responded to episodes of aridity.
41. The aridity caused typical grasses to give way to desert plants.
42. The climate had become progressively more arid over the years.
43. Aridity can result from a combination of factors.
44. Technology assists humans in coping with conditions of aridity.
45. Gradual recovery follows episodes of prolonged aridity.
46. Much of the flora and fauna had been lost due to extended aridity.
47. Aridity threatens agricultural productivity and food security.
48. Aridity forced many to abandon centuries-old farming practices.
49. The little rain that did fall offered scant relief from the aridity.
50. The aridity stressed both soil and body.
51. Plants developed strategies for surviving periods of aridity.
52. Aridity led to depletion of groundwater resources.
53. Cloud cover provided brief respite from the summer aridity.
54. Seasons of aridity caused livestock deaths and emigration.
55. Aridity diminished biological productivity across the region.
56. Roots penetrated deep for access to moisture during aridity.
57. Aridity resulted from prolonged drought and rising temperatures.
58. Aridity stressed and weakened vulnerable populations.
59. Solutions must be found to adapt to conditions of increasing aridity.
60. Species adapted physiology and anatomy to cope with conditions of aridity.

Common Phases

1. The aridity of the desert was difficult to bear.
2. The prolonged drought and aridity threatened the region's farms and livelihoods.
3. Aridity is characteristic of desert climates with low amounts of annual precipitation.
4. The plants struggled to survive in the aridity and poor soil conditions.
5. The species had adapted over time to withstand the harsh aridity of their habitat.
6. They struggled to find suitable water sources in the extreme aridity of the region.
7. The aridity index shows the ratio between precipitation and evaporation rates.
8. The increased aridity caused by climate change threatens water supplies.
9. The prolonged aridity caused dieback in many of the trees and bushes.
10. Their hands cracked from the constant exposure to aridity and winds.
11. The unusual aridity over the last few years destroyed most crops.
12. Many people were displaced due to prolonged periods of aridity and crop failures.
13. The impact of aridity on plant life was demonstrated through this experiment.
14. The aridity of the past years changed the very landscape of the once fertile lands.
15. As aridity increases, some native species may become locally extinct.
16. The effects of aridity vary depending on the level of adaptive capacity.
17. The rainfall deficit has resulted in extreme aridity in many areas.
18. The aridity threatened the survival of many indigenous species.
19. Many water storage solutions exist to combat periods of aridity.
20. Desertification was brought on by the combination of aridity, poverty and mismanagement.
21. Technologies to help mitigate the effects of aridity are being developed.
22. Land management practices aim to reduce the impact of aridity and water stress.
23. The annual precipitation was not enough to offset the level of aridity.
24. Adaptations to cope with aridity include deep roots and narrow leaves.
25. Precipitation levels largely determine the severity of aridity.
26. Failure of the monsoons led to widespread crop failures and aridity.
27. The aridity values were highest during the summer months.
28. The aridity made living off the land nearly impossible.
29. Rising aridity due to climate change threatens world food security.
30. Only the hardiest trees could survive the extreme aridity of the year.
31. The air was filled with dust swept up from the arid soil due to aridity.
32. The level of humidity directly relates to the intensity of aridity.
33. High aridity leads to salt accumulation in soils and water tables.
34. Infrastructure is critical to withstand periods of extreme aridity.
35. Aridity increases volatility in agricultural outputs.
36. The aridity made the region unsuitable for year-round agriculture.
37. Heavy irrigation was needed to combat the aridity in some areas.
38. The adaptive mechanisms used to cope with aridity vary across species.
39. Aridity threatens biodiversity and ecosystem services.
40. The aridity levels were among the highest ever recorded for the region.
41. The aridity severely depleted surface and groundwater supplies.
42. The aridity caused total crop failure that year.
43. Aridity differs from season to season and year to year.
44. The combination of heat and aridity made the region inhospitable.
45. The long-term impacts of aridity on human health are still unknown.
46. The aridity mitigation strategies proved ineffective that year.
47. The aridity reduced timber yields substantially.
48. Farmers were forced to diversify their crops to combat the effects of aridity.
49. The invasion of alien species further aggravated the aridity problem.
50. The aridity resulted in massive livestock losses.
51. The aridity drove many people out of the region entirely.
52. Aridity is worsened by climate change-induced droughts.
53. The aridity caused unseasonal crop failures.
54. The extreme aridity destroyed water catchments and dams.
55. New technology is required to deal with aridity going forward.
56. The aridity index is used to classify climates as humid, semi-arid, or arid.
57. Reducing soil evaporation helps mitigate the effects of aridity.
58. The aridity eventually forced them to abandon their settlements.
59. The aridity stressed natural resources to their breaking point.
60. The aridity drove native species to the brink of extinction.