Abiotic example sentences

"Abiotic" Example Sentences

1. The abiotic elements of an ecosystem include nonliving factors like sunlight, temperature, soil composition, and moisture.
2. Abiotic stresses like drought, extreme temperatures, and salinity can negatively impact plant growth and yield.
3. Scientists study how abiotic and biotic factors interact within an ecosystem.
4. Changes in abiotic factors often lead to changes in biotic components of an ecosystem.
5. Plant growth and survival depends on both abiotic and biotic factors.
6. Farmers try to control the abiotic stresses that affect crop yield.
7. Solar radiation is an important abiotic factor that influences photosynthesis.
8. Water availability is an essential abiotic factor limiting plant growth.
9. Air temperature and soil temperature are key abiotic components of a habitat.
10. Nutrient availability and pH of the soil are critical abiotic factors for plants.
11. Organisms have adapted strategies to cope with adverse abiotic conditions.
12. The abiotic environment sets limits on which species can survive in a habitat.
13. Adaptation to local abiotic factors drives speciation and evolution.
14. The abiotic portion of Earth's carbon cycle includes weathering of rocks and outgassing from volcanoes.
15. Abiotic factors have a top-down influence on ecosystem structure.
16. Biogeochemical cycles incorporate both biotic and abiotic processes.
17. The composition of the atmosphere is an important abiotic component of the global environment.
18. Primary production in an ecosystem ultimately depends on available abiotic resources.
19. Abiotic factors create environmental stresses that drive genetic change.
20. Variation within a species helps it cope with fluctuating abiotic conditions.
21. Desert plants have adaptations that allow them to survive harsh abiotic conditions.
22. Ecosystem engineers modify the abiotic environment to benefit themselves.
23. The abiotic components of an estuary include salinity, tidal flow, and sediment composition.
24. Plants use various strategies to regulate water loss under adverse abiotic conditions.
25. Seasonal changes represent fluctuating abiotic factors in temperate ecosystems.
26. Tundra plants are adapted to cold temperatures and short growing seasons.
27. Ocean acidification is altering key abiotic factors of marine environments.
28. Habitat restoration aims to recreate suitable abiotic conditions for native species.
29. Agriculture involves manipulating abiotic factors to maximize crop yields.
30. Bioremediation employs microbes to alter abiotic characteristics of contaminated sites.
31. Environmental variations in abiotic factors drive habitat transitions over ecological time.
32. Extremeophiles thrive in environments with unusual abiotic conditions.
33. Coral bleaching occurs when abiotic stresses exceed the tolerance of reef-building corals.
34. Ecosystem engineers modify abiotic factors to regulate resources for other organisms.
35. Fire is an important abiotic disturbance factor in many ecosystems.
36. Floodplains experience seasonal fluctuations in key abiotic factors.
37. The hydrologic cycle integrates abiotic and biotic components of the water system.
38. Nutrient cycling occurs through the interaction of abiotic and biotic processes.
39. Primary production depends on available solar radiation and inorganic nutrients.
40. Sediment characteristics represent important abiotic features of estuaries and floodplains.
41. Species distributions are ultimately limited by abiotic conditions.
42. Species interactions are mediated by abiotic factors in the environment.
43. Successional processes are driven by changes in abiotic conditions over time.
44. Urbanization alters local abiotic factors through infrastructure and pollution.
45. Plants have evolved processes to optimize photosynthesis under changing abiotic conditions.
46. Pollution can alter critical abiotic factors in aquatic ecosystems.
47. Species richness varies with environmental productivity and resource availability.
48. Weather and climate represent short-term and long-term abiotic variations, respectively.
49. Scientists monitor changes in key abiotic factors as indicators of ecosystem health.
50. Weathering and erosion shape the abiotic landscape over geologic time.

Common Phases

1. The abiotic factors in the ecosystem include temperature, soil composition, sunlight, and precipitation.
2. The plants and animals in the area interact with the abiotic elements of their environment on a daily basis.
3. The abiotic stresses, such as drought and extreme temperatures, greatly impacted the growth and survival of the young seedlings.
4. Abiotic factors influence the diversity and distribution of organisms in an ecosystem.
5. Nutrient availability in the soil is an important abiotic factor that affects plant growth.
6. Changes in abiotic conditions, such as increased carbon dioxide levels, can alter the balance of an ecosystem over time.
7. The abiotic conditions in the desert, including high temperatures and low rainfall, make it an extreme environment for most organisms.
8. Abiotic factors are nonliving parts of the environment that affect living organisms.
9. The amount of sunlight reaching the forest floor is an abiotic factor that influences which plants can survive there.
10. This tree species seems to be well adapted to the abiotic conditions in this region.
11. Adaptations to abiotic stresses, rather than competition with other species, often determine a plant's distribution.
12. Abiotic conditions can act as ecological filters, selecting for organisms that are adapted to a particular environment.
13. The engineer tested various materials for durability under harsh abiotic conditions.
14. Ocean currents and tides are important abiotic factors affecting marine ecosystems.
15. The project aims to test crop varieties for resistance to various abiotic stresses.
16. Changes in abiotic conditions may trigger evolutionary adaptations in organisms over time.
17. Human activities can alter many abiotic factors in the environment.
18. The plants appear stressed in response to current abiotic conditions.
19. Fluctuations in abiotic conditions can create ecological niches for specialized organisms.
20. Climate change may alter abiotic conditions beyond what many species can tolerate.
21. The scientist studied how communities of insects respond to changes in abiotic factors over time.
22. Abiotic stresses during critical developmental stages can severely reduce crop yields.
23. Seasonal variation in abiotic conditions affects community composition and diversity.
24. This species has specific adaptations for reproduction under certain abiotic parameters.
25. Plants evolved various adaptive strategies for coping with harsh abiotic environments.
26. These organisms seem uniquely adapted to the abiotic conditions of this extreme habitat.
27. Their distributions were closely correlated with specific abiotic parameters.
28. The device is meant to withstand harsh abiotic conditions on other planets.
29. Abiotic factors create the very foundation upon which all life resides.
30. Abiotic risks threaten the profitability and sustainability of many agricultural operations.
31. The study examined the effects of individual abiotic factors as well as their interactions.
32. Global climate change may alter multiple abiotic factors simultaneously.
33. The engineer developed specialized coating to protect surfaces from harsh abiotic environments.
34. Abiotic stresses place evolutionary pressures on native flora and fauna.
35. Some speculated that extraterrestrial organisms would need to withstand extreme abiotic conditions.
36. The engineer tested materials for durability under the abiotic conditions they would likely encounter.
37. The data showed a relationship between species distributions and specific abiotic variables.
38. Abiotic factors imposed natural limits on population growth and resource use.
39. The company developed sensors for monitoring key abiotic parameters in agricultural fields.
40. Researchers sought to understand how abiotic conditions shaped local biodiversity over time.
41. Adaptations to abiotic stresses likely played an important role in the evolution of terrestrial plants.
42. The introduction of an invasive species can alter abiotic conditions for native plants and animals.
43. Abiotic stimuli can induce biochemical and physiological changes in organisms.
44. The survey aimed to quantify correlations between species occurrences and measured abiotic variables.
45. Abiotic properties, such as temperature and light, determine ecological niches and preferences.
46. The scientist isolated biotic from abiotic factors in studying this ecosystem.
47. The effects of abiotic stressors can propagate up food chains and disrupt entire communities.
48. The proposed design had to account for multiple abiotic factors in this extreme environment.
49. Scientists studied how climate-driven changes in abiotic conditions affected insect populations.
50. Their distribution patterns likely reflected specific adaptations to local abiotic regimes.
51. The experiment examined how organisms respond to changes in individual abiotic factors.
52. Models predicted threshold levels for key abiotic parameters that could trigger population collapse.
53. The ecosystem found stability through complex interactions between abiotic and biotic elements.
54. Specific adaptations enabled them to thrive under certain abiotic constraints.
55. The design had to withstand wide ranges of abiotic conditions likely to occur on Mars.
56. Abiotic properties shape the ecological niches that different species occupy.
57. The study aimed to understand how abiotic factors shaped microbial diversity over geologic time.
58. Their distributions seemed to correspond more to abiotic variables than biotic interactions.
59. The experiment tested crop performance under several different abiotic regimes.
60. The device was designed for long-term monitoring of key abiotic parameters in extreme environments.