How does disease affect the ecosystem? I don’t know... Just kidding Explanation:
Most ecosystems include viruses, bacteria, fungi, and parasites that cause disease. ... Where ecosystems are not healthy, due to a loss in biodiversity and threats such as habitat loss, climate change, pollution, or invasive species, wildlife and ecosystems are more vulnerable to emerging diseases.
In scientific reasoning, a hypothesis is made before any applicable analysis has been done. A theory, on the opposite hand, is supported by evidence: it is a principle shaped as an effort to clarify things that have already been supported by knowledge.
For example: “It's bright outside.”
Hypothesis: A projected clarification for a development created as a place to begin for additional<span> investigation.
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Theory: <span>A well-substantiated </span>rationalization nonheritable<span> through the </span>methodology<span> and repeatedly tested and confirmed through observation and experimentation</span>
The strong gravity keeps the plantets from escaping so they have thick atmospheres
Answer: density-independent factors
Explanation:
The ecological concept that best categorizes weather (i.e., temperature) as a limiting factor in yellow jacket wasp survival is referred to as density-independent factors.
Density-independent factor, is also referred to as limiting factor, and it simply means the things that have an impact on the population of the living things in a particular area without taking into consideration of the density of the population for the area e.g food limitation, weather conditions, pollutants, fire etc.
Each mastoid process is located on a <u>temporal </u>bone and provides attachment for <u>digastric </u>muscles.
<h3>What is the mastoid process?</h3>
The mastoid process is a bone present on the lateral side of the face. It is present in the mastoid process of is present on the area of the temporal bone.
The mastoid process allows the muscles to joins. It joins the sternocleidomastoid, the posterior belly of the digastric muscle, splenius capitis, and longissimus capitis.
Thus, the digastric muscles can attach to each mastoid process, which is found on a temporal bone.
To learn more about the mastoid process, refer to the link:
brainly.com/question/2158881
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