in general, are wildlife population constant or do they tend to fluctuate? Explain.
In science on friday we played this game called "Oh Deer". If you google it and click on the first one and read it you'll get a better understanding.
please help im struggling with this question.
What did you learn from this game? This question is asking what YOU think. Why do you think so?
http://docs.google.com/viewer?a=v&q=cache:femmWoiO8i0J:www.riverventure.org/charleston/resources/pdf/population%2520study%2520game.pdf+oh+deer+game&hl=en&gl=us&pid=bl&srcid=ADGEESgg-0AT4NHBTJAqY4xzLBvGU_dkcA1arhk-GzZzKW6hJCz5vX9VNoCJ4cB8Bw1vhrkM1J3KJaMAVsI9r938r2sRVMtTJpS4oOvisCVPLtPg3Vj7LbDD4dCotdWvnncEPp6ejKKZ&sig=AHIEtbSKreuvaOo6-iKDfT3WQgjgSjSnWQ
So this question is just asking me what I just learn from the game...?
In general, are wildlife population constant or do they tend to fluctuate? Explain
con·stant/ˈkänstÉ™nt/
Adjective: Occurring continuously over a period of time.
Noun: A situation or state of affairs that does not change.
Synonyms: steady - permanent - continual - stable - steadfast
fluc·tu·ate/ˈflÉ™kCHoÍžoËŒÄ�t/
Verb:Rise and fall irregularly in number or amount.
Synonyms: waver - vacillate - oscillate - hesitate - sway - vary
now im seem to get the question
will the wildlike population will go up (constant) or tend to fluctuate (rise and fall irregularly in number or amount)
right???? (please be honest)
Yes, you've got the question.
thank you
In general, wildlife populations tend to fluctuate rather than remaining constant. There are several factors that contribute to this fluctuation.
One major factor is the availability of resources such as food, water, and shelter. As these resources fluctuate in quantity and quality, they directly influence the size and health of wildlife populations. For example, during periods of abundant food supply, populations tend to increase as individuals have a higher chance of survival and reproduction. However, if there is a scarcity of resources, populations may decline due to increased competition and reduced reproductive success.
Predation is another important factor affecting population fluctuations. Predators can have a significant impact on the size and distribution of prey populations. When predator populations increase, they tend to exert more pressure on the prey species, resulting in population declines. Conversely, when predator populations decrease or are controlled, prey populations may rebound.
Environmental factors such as temperature, weather patterns, and natural disasters can also influence population fluctuation. Extreme weather conditions, such as droughts or floods, can negatively impact wildlife populations by reducing food availability or destroying habitats. Similarly, natural disasters like wildfires or hurricanes can have immediate and long-term effects on populations, leading to localized or even regional declines.
Additionally, social factors such as disease outbreaks, competition for territories, and migration patterns can contribute to population fluctuations. Diseases can quickly spread through wildlife populations, leading to significant declines. Competitions for territories and resources among individuals can affect survival and reproduction rates. Migration patterns influence population size and distribution as individuals move to find suitable habitats and breeding grounds.
To better understand the concept of wildlife population fluctuation, the "Oh Deer" game you mentioned can be helpful. By playing the game, you can experience firsthand how various factors can influence deer populations, leading to fluctuations in numbers over time. It simulates the real-life challenges that wildlife populations face, highlighting the dynamic nature of these populations.
So, in summary, wildlife populations generally fluctuate due to factors such as resource availability, predation, environmental conditions, social interactions, and disease outbreaks. Understanding these factors and their effects is crucial for wildlife management and conservation efforts.