Biotic example sentences

"Biotic" Example Sentences

1. Biotic components include plants, animals, fungi, and microorganisms.
2. The biotic and abiotic components of an ecosystem interact to form a functioning whole.
3. Humans have caused many changes in the biotic components of ecosystems.
4. Deforestation reduces the number of trees, an important biotic component of forests.
5. Plants are a critical biotic component that provides food and habitat for many animals.
6. Predator-prey relationships are important connections between biotic components.
7. Nutrient cycling involves the transformation of nutrients by biotic and abiotic components.
8. Invasive species can disrupt the balance between biotic components of an ecosystem.
9. The soil microbiome is an important but often overlooked biotic component of terrestrial ecosystems.
10. Biodiversity refers to the variety of biotic components within an ecosystem.
11. Biotic factors, such as interactions among living organisms, determine what species can survive in a particular habitat.
12. Abiotic factors, like sunlight and temperature, interact with biotic factors to shape ecosystems.
13. Climatic changes are resulting in shifts in the geographical distribution of some biotic components.
14. Biotic homogenization occurs when native biotic components are replaced by introduced species.
15. Competitive exclusion occurs when one species outcompetes other biotic components for limited resources.
16. Coevolution describes the interrelated changes that occur between biotic components over time.
17. Ecosystem engineers are biotic components that significantly modify the environment for other organisms.
18. Biotic components contribute to various ecosystem services that benefit human well-being.
19. Biogeochemical cycling involves the movement of chemical elements through abiotic and biotic components.
20. Keystone species are biotic components that have an outsized impact on ecosystem structure and stability.
21. Tourism can impact fragile biotic components of natural areas through overuse and disturbance.
22. Symbiotic relationships between biotic components provide mutual benefits to the organisms involved.
23. Biomagnification refers to buildup of contaminants within biotic components through food webs.
24. Secondary succession follows a disturbance and involves changes in biotic components over time.
25. Primary production by plants represents the first step of energy capture and transfer between biotic components.
26. Herbivores consume primary producers and represent an intermediate trophic level among biotic components.
27. Carnivores feed on other biotic components and occupy higher trophic levels within food webs.
28. Decomposers break down organic material, recycling nutrients for use by other biotic components.
29. Fragmentation of habitat can disrupt interactions between biotic components that depend on large, intact areas.
30. Mutualistic relationships between biotic components, like flowering plants and their pollinators, are common.
31. Biotic resistance describes when native biotic components inhibit the survival of introduced species.
32. Biotic factors also include things like plant-microbe interactions and symbioses between biotic components.
33. Trophic levels categorize biotic components based on their position within food webs and energy flow.
34. Biotic homogenization has occurred on a global scale with the spread of certain economically important biotic components.
35. Native biotic components have coevolved resistance mechanisms against natural enemies.
36. Low species diversity can reduce biotic resistance against invasive biotic components.
37. Biogeochemical cycles involve the circulation of chemical elements between abiotic and living biotic components.
38. Pollinators represent important biotic components that transfer pollen between flowering plants.
39. Biodiversity enhancement often aims to increase the number and types of biotic components in an ecosystem.
40. Successional changes in plant species lead to shifts in the other biotic components that depend on them.
41. Predator attacks are an example of interactions between biotic components within food webs.
42. Pesticide use can negatively impact non-target biotic components like bees and other pollinators.
43. Mutually beneficial relationships have evolved between many different biotic components over time.
44. Biomagnification often results in negative impacts on top consumers within food webs and biotic components higher up the trophic levels.
45. Competition between biotic components shapes the species composition of biological communities.
46. Soil microorganisms help break down organic matter so nutrients are made available for uptake by plant biotic components.
47. Biotic residues are remains of dead biotic components that decompose and enter the detritus food web.
48. Disturbances influence ecosystem processes by disrupting interactions between biotic components.
49. Pathogens represent disease-causing biotic components that negatively impact the health of host organisms.
50. Primary consumers feed on producers and represent the start of energy and nutrient transfer between biotic components.
51. Food webs illustrate the complex network of who eats who between biotic components within an ecosystem.
52. Environmental perturbations can ripple through ecosystems due to linkages between biotic components.
53. Parasites are biotic components that depend on a host organism for survival and reproduction.
54. There are hierarchical levels of organization between biotic components ranging from genes to the entire biosphere.
55. The diversity and abundance of species is determined by interactions between biotic and abiotic factors.
56. Secondary consumers feed on primary consumers and represent a mid-level position between biotic components.
57. Habitat loss threatens many biotic components by reducing the space and resources available to organisms.
58. Mutualistic interactions are beneficial associations between different biotic components in ecosystems.
59. Interactions among biotic components have reciprocal impacts on growth, reproduction and survival of species.
60. Environmental conditions influence the balance of interactions between biotic components within ecosystems.

Common Phases

1. Biotic factors
2. Biotic components
3. Biotic interactions
4. Biotic homogenization
5. Biotic resistance
6. Biotic residues
7. Biotic potential
8. Biotic community
9. Biotic index
10. Biotic stress