What would enable a community to show more resilience after environmental stress?

How is genetic diversity important to a population’s resilience when environmental conditions change?

Genetic variation is essential for adaptation to environmental change and evolution over the longer term. Importantly, intra-specific genetic diversity favours species richness in plant communities (Whitham et al. 2006; Bailey et al. 2009) and contributes to ecosystem functioning and resilience (Reusch et al.

Does increased diversity make an ecosystem more resilient?

Diversity-Stability Theory

Biologically diverse communities are also more likely to contain species that confer resilience to that ecosystem because as a community accumulates species, there is a higher chance of any one of them having traits that enable them to adapt to a changing environment.

Which population is more likely to survive an environmental change one with great diversity or one with little diversity explain?

Increased genetic diversity leads to increased chance of species survival. Species with a limited variety of phenotypes and where all members of the species are similar to one another have a smaller chance of coping with environmental variability compared to a species with greater diversity.

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How is resilience related to ecosystem diversity quizlet?

The number of different species in the biosphere-1.8 million is related to genetic. Species diversity is related to genetic diversity. The more genetically diverse a species is, the more resilient it is. … The more species diversity, the more resilient the ecosystem.

What would enable a community to show more resilience after environmental stress high or low species diversity explain why?

What would enable a community to show more resilience after environmental stress—high or low species diversity? … Species diversity would show more resilience because the organisms are more likely to inherit traits that can help them survive. If there’s little diversity then the species won’t be able to adapt to change.

How does increased biodiversity increase the stability of a community?

Greater biodiversity in ecosystems, species, and individuals leads to greater stability. For example, species with high genetic diversity and many populations that are adapted to a wide variety of conditions are more likely to be able to weather disturbances, disease, and climate change.

Why are communities that are more diverse usually more stable?

Diverse communities could maintain consistently high function because the species driving function change over time (functional turnover) or because they are more likely to contain key species with temporally stable functioning.

How does species diversity influence community stability?

Increased alpha diversity (the number of species present) generally leads to greater stability, meaning an ecosystem that has a greater number of species is more likely to withstand a disturbance than an ecosystem of the same size with a lower number of species.

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Would a community with more or less biodiversity thrive explain?

Viewpoint: Yes, greater species diversity does lead to greater stability in ecosystems. … Ecologists tend to focus their attention on species diversity, also known as biodiversity, within particular ecosystems, although ecosystems are always part of a larger continuum.

How can we increase biodiversity on Earth?

6 Ways to Preserve Biodiversity

  1. Support local farms. …
  2. Save the bees! …
  3. Plant local flowers, fruits and vegetables. …
  4. Take shorter showers! …
  5. Respect local habitats. …
  6. Know the source!

What supports high biodiversity?

Wetlands have been called “biological super systems” because they produce great volumes of food that support a remarkable level of biodiversity. In terms of number and variety of species supported, they are as rich as rainforests and coral reefs.

How that adaptation helps the organisms to survive in their environment?

Adaptations can help an organism find food and water, protect itself, or manage in extreme environments. … Physical adaptations are body structures that help an organism find and consume food and water, protect itself, cope with tough environments, and reproduce.