Synapse is the correct answer :)
Answer:
overpopulation can occur when there are not enough preadators or the food web is out of balance, in some ecosystems overpopulation can really harm it as some organisms increase and decrease which can cause an extintion if it gets too out of hand.
Explanation: period.
Hope this helps
Answer:
Asexual reproduction occurs in fungi by budding, spore formation and fragmentation.
sexual reproduction occurs in fungi by fusion of two gametes to produce a zygospore.
Explanation:
Fungi reproduces both sexually and asexually in-other to allow them adapt to any environmental conditions.
ASEXUAL REPRODUCTION
Almost all fungi reproduce asexually by spore formation. a single parent fungi produces spores that are genetically identical to itself. the spore produced can then develop into new fungi without fertilization.
SEXUAL REPRODUCTION
Sexual reproduction in fungi occurs when two haploid gamete fuse together to produce a Zygospore. zygospore is always genetically different from parent.
Both humans and monkeys have this. A VERY long time ago Humans had very small "strings" of skin. This skin has evolved over time and now there is a bone left. Monkeys are technically un-evolved humans. Good thing they stuck around.
Answer:
The body will overheat
Explanation:
If the brain of an individual does not receive input that the body was starting to heat up on a hot day, <u>the setpoint temperature of the body would be exceeded and the body will overheat. If the condition persists for a while, the entire systems of the body may shut down due to overheating. </u>
Normal homeostatic response requires that the brain (the control center) receives a message from the skin (the sensor) about a rise in the body's temperature. In turn, the brain will set mechanisms that will bring the body's temperature back to normal in motion, including vasodilation of the blood vessels in the skin to allow more blood into the skin which in turn causes more heat loss to the surrounding.<em> Thus, an individual starts sweating and the evaporation of the sweat causes cooling and a return of the body to the setpoint temperature.</em>
