A starting population of 300 individuals grows by 33% every year. Assuming that resources are unlimited, how big will the population be after 5 months (note: months not years)?   Question 4 options:   333   338   364   321

At which point (population size and time in months) is the population growth the fastest? (Format your answer following this example: N = 10 individuals, t = 12 months).

Zebra mussels are an aquatic invasive species that are threatening the diversity and abundance of native species in the lake ecosystems of Alberta.    Sylvan Lake is a beautiful recreational lake located in central Alberta. It has a total area of 43 km2.    If the population of zebra mussels is estimated to be 128 mussels/200 km2, calculate the size of the zebra mussel population in Sylvan Lake.    Express your answer as a value rounded to one decimal place.  Answer

Given: N1=8000 N=250 r=1 t=5 years Question: Do you think the population will grow at that rate? Explain your answer.

Need help with 1 and 2 questions: 1.) Two different populations of commander butterfly were studied over a period of two years. The following results were obtained. Population size of commander butterflies Population| Original size| Final size 1 2436 2873 2 2185. 2649 Which of the following concepts would best compare the change in population size of the two populations? A.) Growth rate (gr ) B.) Biotic potential (r) C.) Density (Dp ) D.) Per capita growth rate (cgr ) 2.) When population density reaches the carrying capacity of the environment, the death rate in the population becomes A.) less than the birth rate B.) equal to the birth rate C.) more than the emigration rate D.) more than the immigration rate

(Number marked × total number recaptured)# recaptured with mark/Number marked × total number recaptured# recaptured with mark The formula above is the equation for estimated population size using the Mark and Recapture method of population estimation.  I initially catch and tag 10 rabbits.  Later I recapture 50 total rabbits and 10 of those are marked.  What is the estimated population size of this rabbit population?    Question 22 options:   500 rabbits   20 rabbits   2 rabbits   50 Rabbits

Several years ago wolves were reintroduced in to a national park in North Carolina. Researchers have monitored the populations over the last several years and the per capita growth rate of the population is .5. If the current population size is 100, what equation would you use to determine how large the population will be in ten years? O N(1+r)* N/t *r O (N*r)/t

1/1 100% Jacksonville-A 7 Figure City Fill in the appropriate terms into the missing blanks for the article "Jacksonville – A 7 Figure City" below. Each term will only be used once. Birth rate Logistic growth Exponential growth Population Carrying capacity Immigration Emigration Death rate Density-dependent Density-independent Abiotic Biotic 1 ). As the Jacksonville began as an Indian nation that grew due to European ( population of Spanish, French, and British people increased, the number of Indians dropped, which was partly due to an increase in (_ 2 ) from the aggressiveness of the incoming populations. In addition, the European settlers gradually forced many Indian tribes out into the frontier parts of the US through (_ 3 _). The area became known for its plantations and lumber, which depended on the (4 ) contribution of the land and weather but produced ( 5 )yields that helped the local economy. Fortunately, Jacksonville was north of some of the (_ 6 ) factors such as mosquitos,…

Imagine a population of daisies that is growing exponentially. At the start of 1995, the population was 104 individuals. At the start of 2004, there were 1350 individuals. Assuming r remained constant, calculate r.