"Metapopulation" Example Sentences
1. The metapopulation dynamics of the endangered species were closely studied by the researchers.
2. The survival of the metapopulation of butterflies was dependent on the availability of suitable habitats.
3. The conservation management plan aimed to ensure the long-term viability of the metapopulation of wolves.
4. The fragmentation of the habitats had a significant impact on the metapopulation structure of many species.
5. The migration patterns of the birds contributed to the gene flow within the metapopulation.
6. The artificial barriers such as highways and railway lines fragmented the metapopulation of salamanders.
7. The climate change had a detrimental effect on the metapopulation dynamics of many species.
8. The metapopulation theory provided a framework for understanding the spatial ecology of species.
9. The identification of source and sink habitats was crucial for the conservation of the metapopulation of tortoises.
10. The reintroduction program aimed to enhance the metapopulation of the rare plant species.
11. The genetic structure of the metapopulation of fish was influenced by the connectivity of the habitats.
12. The restoration of the degraded habitats was essential for enhancing the metapopulation of the endangered species.
13. The metapopulation approach revealed the importance of connectivity in maintaining the population of the rare birds.
14. The metapopulation modeling predicted the future size and distribution of the population of the threatened species.
15. The metapopulation of the amphibians was vulnerable to the spread of a fungal disease.
16. The metapopulation of the mammals was highly structured because of the limited dispersal ability.
17. The metapopulation theory emphasized the role of habitat heterogeneity in sustaining the populations of many species.
18. The understanding of the metapopulation dynamics was necessary for the effective management of the marine reserves.
19. The metapopulation of the insects was affected by the presence of predators and competitors.
20. The metapopulation structure of the plant species was shaped by the dispersal and establishment of seeds.
21. The metapopulation of the freshwater turtles was threatened by habitat destruction and poaching.
22. The landscape connectivity was important for maintaining the metapopulation structure of the birds.
23. The metapopulation dynamics of the beetles were studied using mark-recapture methods.
24. The metapopulation approach provided insights into the response of species to climate change.
25. The habitat fragmentation affected the persistence of the metapopulation of the small mammals.
26. The metapopulation of the primates was vulnerable to disease outbreaks and hunting pressure.
27. The metapopulation modeling showed the importance of dispersal habitat quality for the conservation of the rare species.
28. The metapopulation structure influenced the genetic diversity and adaptive potential of the species.
29. The metapopulation of the reptiles was affected by the frequent bushfires and habitat loss.
30. The metapopulation theory provided a basis for the development of habitat restoration and connectivity enhancement strategies.
Common Phases
1. A
metapopulation is a group of interconnected subpopulations;
2. The subpopulations are separated by areas of unsuitable habitat or other barriers;
3. Individuals can move between subpopulations through the use of corridors or other structures;
4.
Metapopulations are important for maintaining genetic diversity and species survival;
5. The size, distribution, and connectivity of subpopulations can affect the stability and viability of the
metapopulation as a whole;
6.
Metapopulations can also be influenced by external factors such as climate change or human activities;
7. Management and conservation efforts for
metapopulations may focus on maintaining or improving connectivity between subpopulations, habitat restoration, and other measures to promote population growth and resilience.