Biodiversity example sentences

"Biodiversity" Example Sentences

1. Researchers study biodiversity to understand how ecosystems function.
2. The rainforest is known for its high levels of biodiversity.
3. Deforestation poses a threat to biodiversity by reducing habitat for plants and animals.
4. Conservation efforts focus on protecting biodiversity by preserving ecosystems.
5. Biodiversity provides ecosystem services that benefit humans like pollination and water filtration.
6. The park was created to protect the region's unique biodiversity.
7. Scientists measured biodiversity by counting the number of species in a habitat.
8. Climate change poses a risk to biodiversity by altering species' ranges and interactions.
9. Much of the world's biodiversity is found in tropical rainforests and coral reefs.
10. Protecting biodiversity requires reducing threats like overharvesting, pollution and invasive species.
11. Scientists estimate that the Earth is losing biodiversity at an alarming rate.
12. Biodiversity helps maintain the resilience of ecosystems to disturbance.
13. Agricultural monocropping reduces biodiversity compared to diverse crop rotations.
14. The reserve was established to safeguard an important area of biodiversity.
15. Species extinction leads to reductions in biodiversity and ecosystem services.
16. Biodiversity loss varies regionally and impacts some ecosystems more severely than others.
17. Regrowing native plants is one way to restore biodiversity in degraded habitats.
18. The reserve aimed to protect wildlife populations and local biodiversity.
19. The state adopted policies to safeguard biodiversity on agricultural and forest lands.
20. Governments collaborate internationally on efforts to conserve global biodiversity.
21. Researchers documented high levels of biodiversity within the habitat.
22. Biodiversity supports ecosystem functioning through complex species interactions.
23. The initiative aims to protect 30% of the Earth's lands and oceans to safeguard biodiversity.
24. Scientists are working to document unknown species that contribute to biodiversity.
25. Protected areas aim to preserve samples of biodiversity for future generations.
26. Experts warn that human activities are reducing the Earth's natural biodiversity.
27. International agreements seek to slow the rate of biodiversity loss worldwide.
28. Maintaining biodiversity requires protecting the habitats and ranges of different species.
29. Tourism revenues can help fund efforts to protect biodiversity in nature reserves.
30. Reintroducing apex predators can restore biodiversity by regulating prey populations.
31. The estate focused its conservation efforts on protecting local flora and fauna biodiversity.
32. Interconnected habitats help maintain regional biodiversity by supporting species movement.
33. Reducing pollution and other threats aids in conserving biodiversity.
34. Setting aside wilderness areas can help preserve high levels of natural biodiversity.
35. Researchers developed new technologies to rapidly assess biodiversity across large landscapes.
36. Reforesting degraded land aims to restore biodiversity and ecosystem services.
37. Protecting at-risk species assists in conserving broader biodiversity.
38. Sustainable agricultural practices aim to balance food production with biodiversity conservation.
39. Preserving biodiversity benefits society by facilitating ecosystem adaptation to environmental changes.
40. Biodiversity underpins the provision of crucial resources and services upon which we depend.
41. Scientists are working to understand how biodiversity responds to disturbances like drought and fire.
42. Maintaining healthy levels of biodiversity requires reducing human pressures on natural systems.
43. Agroforestry systems aim to reconcile food production with biodiversity conservation goals.
44. Large-scale restoration efforts aim to reverse biodiversity losses in threatened ecosystems.
45. Indigenous management practices have long conserved significant levels of biodiversity.
46. Reintroducing keystone species can benefit broader biodiversity by altering ecosystem dynamics.
47. Reducing pollution will aid efforts to safeguard freshwater biodiversity.
48. Invasive species pose a serious threat to native biodiversity by disrupting ecosystems.
49. Biodiversity loss threatens essential benefits that nature provides for human livelihoods and wellbeing.
50. The wetland restoration project aims to bring back high levels of biodiversity.
51. The region's rich biodiversity stems from its location at the intersection of multiple biomes.
52. International collaboration will be crucial for conserving global marine biodiversity.
53. Reducing bycatch rates will aid the protection of marine biodiversity.
54. The reserve aimed to serve as an example of sustainable biodiversity management.
55. Wildlife corridors help maintain biodiversity by facilitating species movements and genetic interchange.
56. Citizen science initiatives are documenting unknown biodiversity in both terrestrial and marine ecosystems.
57. Urban greening initiatives aim to increase local biodiversity in built-up areas.
58. Forest restoration projects seek to reintroduce lost biodiversity and aid in species recovery.
59. Maintaining biodiversity necessitates reducing threats while protecting key species and habitats.
60. Healthy functioning ecosystems depend on high levels of biodiversity across multiple scales.

Common Phases

1. The lush rainforest is home to a high degree of biodiversity.
2. Biodiversity loss is accelerated by human activities like deforestation and pollution.
3. Efforts are being made to conserve biodiversity through habitat preservation and wildlife protection laws.
4. Protecting biodiversity is essential for maintaining a healthy environment.
5. The coral reefs are teeming with biodiversity and are home to thousands of aquatic species.
6. Reducing greenhouse gas emissions is crucial for sustaining global biodiversity.
7. The lush park has a rich biodiversity with many flowers, trees, birds and insects.
8. Biodiversity helps ecosystems function properly by increasing resilience to environmental changes.
9. Scientists study biodiversity to increase our knowledge of life on Earth.
10. Marine biodiversity is at risk from overfishing and rising ocean temperatures.
11. Farmers work to maintain biodiversity through crop rotation and reducing pesticides.
12. Biodiversity hotspots are areas with a high degree of endemic species.
13. Aquatic biodiversity includes a wide variety of fish, plants, and invertebrate species.
14. Researchers monitor biodiversity trends to see impacts of environmental changes.
15. Establishing protected areas is an effective way to conserve land-based biodiversity.
16. The large number of species in the forest is indicative of high biodiversity.
17. Soil biodiversity refers the variety of organisms living within the soil profile.
18. Researchers are working to catalog global biodiversity in an effort called a "biological inventory."
19. Invasive species are a threat to native biodiversity by outcompeting native plants and animals.
20. Biodiversity monitoring is needed to better understand how to halt its rapid decline.
21. Scientists measure biodiversity using counts of species richness, abundance and genetic diversity.
22. Natural disasters can significantly impact biodiversity by destroying habitats.
23. Genetic diversity within a species helps ensure its survival in changing environments.
24. Loss of biodiversity can reduce ecosystem services like crop pollination.
25. Agrobiodiversity focuses on the variety of plants and animals used in agriculture and food production.
26. Scientists around the world are attempting to catalog Earth's biodiversity through initiatives like the Encyclopedia of Life.
27. Ecotourism, if properly managed, can help support efforts to protect local biodiversity.
28. It is important to maintain biodiversity in urban areas through green spaces and community gardens.
29. The number of endemic species is one indicator of high biodiversity in an ecosystem.
30. Restoring degraded habitats can help recover some of the original biodiversity.
31. Researchers are studying how climate change will shape future patterns of global biodiversity.
32. Phylogenetic diversity refers to the genetic diversity within a group of related species.
33. Conserving biodiversity should be a central goal for environmental management plans.
34. Microbial biodiversity includes the numerous bacteria, fungi and other microorganisms within environments.
35. Reducing chemical pollution can help preserve soil and freshwater biodiversity.
36. Forest biodiversity includes a variety of plant, animal, fungi and microorganism species.
37. Sustainably harvesting wild species can help ensure the survival of native biodiversity.
38. Agencies around the world monitor indicators of biodiversity change over time.
39. Biodiversity provides society with many ecosystem services essential for human well-being.
40. The diversity index is one measurement used to quantify species richness and evenness.
41. Many organizations work to educate the public about the importance of biodiversity.
42. Researchers are studying how habitat fragmentation impacts biodiversity patterns.
43. Globalization and trade can accelerate biodiversity loss through the spread of invasive species.
44. Environmental policies aim to balance economic development with protection of biodiversity.
45. Researchers are sequencing genes from threatened species to help conserve genetic biodiversity.
46. Biodiversity loss threatens the survival of many vulnerable species in threatened ecosystems.
47. Many governments have created biodiversity action plans to help sustain native species.
48. Scientists warn that sustaining current rates of biodiversity loss may lead to a sixth mass extinction.
49. The clearing of tropical rainforests represents one of the greatest threats to global biodiversity.
50. Researchers are studying how biodiversity varies across different biomes on Earth.
51. Government agencies enforce laws to protect biodiversity in national parks and reserves.
52. Education is crucial for building public support for biodiversity conservation efforts.
53. Experts recommend a combination of protected areas and sustainable use to conserve biodiversity.
54. Wildlife corridors help maintain biodiversity by connecting isolated habitat patches.
55. Scientists are studying how changes in biodiversity impact the functioning of ecosystems.
56. Mangrove forests have high levels of aquatic biodiversity due to their unique ecosystem.
57. Researchers are working to model how climate change may impact future marine biodiversity.
58. Biodiversity assessments help identify threats to biodiversity and recommend conservation strategies.
59. Many countries are signatories to international agreements that aim to reduce biodiversity loss.
60. Local communities play an essential role in many grassroots efforts to protect biodiversity.