Explain why you chose A or B, etc. Provide a logical explanation defending your answer choice. Q1: Which of the following hypothetical islands would likely have the greatest species richness? Group of answer choices A) Not enough information given B) a small island far from the mainland C) a large island far from the mainland D) a large island near to the mainland E) a small island near to the mainland Q2: Trophic cascades are often caused by Group of answer choices A) climate change B) pollution C) keystone species D) invasive species E) ecosystem engineers F) habitat loss Is my reasoning correct? Or is something wrong with my critical thinking? What do you think? The size of the island and its position is very much crucial for species richness. There are several factors that affect the species richness in a large island near the mainland. A large island near the mainland has the highest species richness which is determined by some factors. A large island may contain several species and can hold a different kind of variety compared to a small island. The variety of species actually depends on the availability of food in a wide area. This is also an important part that the island must be near the mainland where the species can find their food for their living. The diversity of food and shelter also increases the number of species richness in an island. On the other hand, the tropic cascade happens when the predators are removed from the ecosystem and have an indirect effect on the producers. Climate change, pollution, and frequent habitat change can cause the loss of predators which makes a trophic cascade. The top predators if removed from the food chain then the herbivorous animals become dominant and the producer level decreases. This cascade directly involves the energy flow and indirectly influences the lower
Biogeography
The study of plants, animals, and other living things in terms of their geographic distribution is referred to as biogeography. Biogeography is usually examined in coexistence with ecological and historical variables that have affected organisms' spatial distribution across time. It is not only based on the habitation patterns; it is also about the reasons that cause differences in distribution. Biogeographic studies divide the Earth's surface into diverse flora and fauna compositions, notably the continents and islands. Biogeography is a field of science, but physical geographers have made vital commitments, especially in flora. Biogeography is a multidisciplinary field of study that combines concepts and data from ecology, evolutionary biology, taxonomy, geology, physical geography, paleontology, and climatology.
Types of Climate
The weather pattern in a long-term process in a locality, region, or even over the entire globe is known as climate. Generally, it is decided by calculating an average of thirty years' weather in a region. In that sense, the weather and climate are different.
Biome
It is defined as a definite community of animals and plants residing together in a climate. Each (plants and animals) having a characteristic appearance and distributed over a wide geographical area defined largely by regional climatic conditions.
Explain why you chose A or B, etc. Provide a logical explanation defending your answer choice.
Q1: Which of the following hypothetical islands would likely have the greatest species richness?
The size of the island and its position is very much crucial for species richness. There are several factors that affect the species richness in a large island near the mainland.
A large island near the mainland has the highest species richness which is determined by some factors. A large island may contain several species and can hold a different kind of variety compared to a small island. The variety of species actually depends on the availability of food in a wide area. This is also an important part that the island must be near the mainland where the species can find their food for their living. The diversity of food and shelter also increases the number of species richness in an island.
On the other hand, the tropic cascade happens when the predators are removed from the ecosystem and have an indirect effect on the producers. Climate change, pollution, and frequent habitat change can cause the loss of predators which makes a trophic cascade. The top predators if removed from the food chain then the herbivorous animals become dominant and the producer level decreases. This cascade directly involves the energy flow and indirectly influences the lower
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