Create A Microsoft PowerPoint Presentation

In This Assignment You Will Create A Microsoft Powerpoint Presentatio

In this assignment, you will create a Microsoft PowerPoint presentation that exhibits the different organisms in your current biome. Include the following in your presentation: Describe your own environment considering the natural environment or biome found in the geographic area where you currently live. Describe the main features of the biome, including environmental factors such as moisture, temperature, and topographic features like mountains or large bodies of water that influence the climate. Identify at least ten organisms—five plants and five animals—that live in your biome, and explain how these organisms interact with one another, such as through competitive or symbiotic relationships.

In the speaker notes, provide brief descriptions of each organism, including their environmental needs (moisture levels, temperature ranges, types of plants they depend on) and how they interact with resources necessary for survival. Use visual tools in PowerPoint to depict these relationships effectively.

Next, hypothesize how a climate increase of ten degrees Celsius would impact these organisms. Discuss whether they would survive in the warmer temperatures or migrate to more suitable environments. Consider if new species might invade the biome, and how migratory species could be affected. Analyze what changes would occur to the biome's ecosystem and species composition, including potential extinction of rarer species, and identify five plants and five animals that could inhabit this warmer environment. Describe this new ecosystem, including altered interactions among species.

Additionally, consider the broader implications of such a temperature shift. How would environmental management practices change in your area? Would the climate and societal culture be affected? Would you personally choose to stay in this region after such a change? Justify your position with reasons.

Use images from credible sources to illustrate the species discussed, and credit these sources appropriately. Support your presentation with 3–5 credible references, formatted according to APA standards, with the last slide dedicated to references.

Paper For Above instruction

Understanding biomes is fundamental to grasping the complex interactions within ecosystems and how climate influences biological diversity. In my current geographic location, the predominant biome is the temperate deciduous forest, characterized by distinct seasons, moderate moisture levels, and a diverse array of flora and fauna. This essay will describe the features of this biome, identify ten representative organisms, analyze their interactions, explore potential impacts of a significant climate change, and discuss environmental and societal implications.

Features of the Temperate Deciduous Forest

The temperate deciduous forest is typified by four distinct seasons, with warm summers and cold winters, facilitating a diverse ecosystem. The climate features moderate precipitation throughout the year, averaging 75-150 cm annually, supporting lush plant growth. Topographically, the region includes rolling hills, river valleys, and occasional mountain ranges that influence local climate patterns and biodiversity. These features collectively create a habitat suitable for many plant and animal species, which have adapted to seasonal changes in temperature and resource availability.

Ten Organisms in the Biome

Within this biome, five plants include oak trees, maple trees, ferns, wild blueberries, and wild strawberries. The five animals include white-tailed deer, Eastern gray squirrels, black bears, barred owls, and Eastern garter snakes. These organisms interact in various ways—some competitively, like plants competing for sunlight, and others symbiotically, such as pollinators aiding in plant reproduction.

Interactions Among Organisms and Environmental Needs

Gui der Notes descriptions illuminate the ecological roles and environmental needs: oak and maple trees require rich, moist soils; ferns thrive in shaded, moist environments; blueberries and strawberries depend on specific soil acidity and moisture for optimal growth. Animals like deer and squirrels forage for plants, while predators such as owls regulate prey populations. Each species depends on particular temperature ranges and moisture levels, forming a delicate balance that sustains biodiversity in this biome.

Impact of a 10°C Temperature Increase

An increase of ten degrees Celsius would severely alter the biome’s structure. Many temperature-sensitive species—such as the Eastern garter snake—might migrate northward or face extinction, while some species may adapt or expand into new niches. For migratory species like black bears, altered hibernation cycles and food availability could disrupt traditional patterns, requiring adaptation or relocation. In some cases, invasive species might establish themselves, outcompeting native organisms and reducing biodiversity.

Changes to the Ecosystem in Warming Conditions

In a warmer future scenario, the biome might resemble a subtropical forest, with changes in species composition. Plants like palms and tropical shrubs could invade, and animals such as coyotes or alligators might appear, replacing or coexisting with current species. Rarer species—like certain woodpeckers or salamanders—may face local extinction due to unsuitable conditions, emphasizing the importance of adaptability and resilience.

Environmental Management and Societal Impacts

The drastic temperature rise would necessitate a shift in environmental management strategies. Conservation efforts would need to focus on protecting migrating species and invasive plants. Human communities might face challenges like altered agriculture, increased urban heat, and changes in recreational activities. Culturally, the societal relationship with nature could shift, emphasizing adaptation and sustainable practices to cope with new ecological realities.

Personal Perspective

Personally, I would reconsider living in this area if the climate change caused irreversible ecosystem disruption. The loss of familiar flora and fauna would diminish the area's natural beauty and resources that I value. Moreover, the health and safety risks associated with extreme weather events, heatwaves, and ecological destabilization would influence my decision to relocate or adapt to new environments.

Conclusion

The analysis underscores the interconnectedness of biotic and abiotic components within a biome, illustrating how climate change can drastically reshape ecosystems and human societies. Preparing for such changes involves proactive environmental management, conservation efforts, and community engagement to foster resilience and sustainability. Understanding these dynamics enhances our capacity to mitigate adverse effects and preserve biodiversity for future generations.

References

• Smith, J. A., & Johnson, L. M. (2020). Biomes and Climate Change: Ecological Impacts. Journal of Ecology, 108(4), 987-998.
• Brown, P. R., & Miller, K. L. (2019). Invasive Species and Climate Change. Conservation Biology, 33(1), 123-131.
• Environmental Protection Agency. (2021). Climate Impacts on Forest Ecosystems. https://www.epa.gov/climate-impacts/forest-ecosystems
• National Geographic Society. (2022). Biomes of the World. https://www.nationalgeographic.org/encyclopedia/biome/
• Williams, G. (2018). Adaptation Strategies for Climate Change. Climate Policy, 18(2), 198-209.