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Textbook Notes for BIO205H5 at University of Toronto Mississauga (UTM)

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UTMBIO205H5Christoph RichterFall

BIO205H5 Chapter : BIO205 Textbook Notes.docx

OC7167821 Page
178
A population is a group of individuals of the same species that inhabit a given area. Suggests the potential (in sexually reproducing organisms) for in
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UTMBIO205H5Christoph RichterFall

BIO205H5 Chapter Notes -Poikilotherm, Swim Bladder, Ectotherm

OC22409020 Page
106
Defined as the relationship between organisms and their environment. Resources: consumed by organisms, making them less available for others: food, wat
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UTMBIO205H5Christoph RichterFall

BIO205H5 Chapter Notes - Chapter 9-15: Brood Parasite, Morphine, Thermoregulation

OC21500224 Page
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Closed: ^ do not occur or are minimal. =per capita birthrate d= per capita death rate (proportion of hydra dying at per unit of time) N(t+^t) = n(t) +
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UTMBIO205H5Christoph RichterFall

BIO205H5 Chapter Notes - Chapter 7: Coprophagia, Foregut, Food Energy

OC285602 Page
55
7. 1 size imposes a fundamental constraint on the evolution of organisms animals range from 2-10ug to 100,000kg. Scaling is the predictable change in m
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UTMBIO205H5Christoph RichterFall

BIO205H5 Chapter Notes - Chapter 1: Systems Theory, Ecosystem Ecology, Landscape Ecology

OC399283 Page
37
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UTMBIO205H5Christoph RichterFall

BIO205H5 Chapter Notes - Chapter 8: Global Warming, Ectotherm, Indeterminate Growth

OC11228024 Page
12
The life history of an organism is a list of its reproduction, survival, growth and development. Bio 205 chapter 8: traits associated with the life his
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UTMBIO205H5RickFall

BIO205H5 Chapter Notes - Chapter 7: Mutation, Gamete, Sympatric Speciation

OC2330484 Page
39
By studying how evolution occurs in wild populations, we have seen that natural selection can later a population"s traits in a relatively short time. T
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UTMBIO205H5Christoph RichterFall

BIO205H5 Chapter Notes - Chapter 7: Selective Breeding, Genetic Drift, Disruptive Selection

OC11228022 Page
9
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UTMBIO205H5Christoph RichterFall

BIO205H5 Chapter Notes - Chapter 16: Zero Population Growth, Logistic Function, Interspecific Competition

OC4015803 Page
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Competition occurs when individuals experience limited resources. The theory of competition is an extension of logistic growth models. The outcome of c
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UTMBIO205H5Christoph RichterWinter

BIO205H5 Chapter 14: Predation and Herbivory

OC34988019 Page
17
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UTMBIO205H5Christoph RichterFall

BIO205H5 Chapter Notes - Chapter 12: Exponential Growth, Doubling Time, Inflection Point

OC4722944 Page
10
Growth rate: in a population, the number of new individuals produced in a given amount of time minus the number of individuals that die. Under ideal co
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UTMBIO205H5Christopher RichterFall

BIO205H5 Chapter 1: BIO205 Chapter 1 Notes

OC12239482 Page
0
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