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University of Toronto St. George
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BIO210Y5 Lecture Notes - Human Overpopulation, Primary Production, Ecosystem Services
16
Chapter 56 ecosystems and global ecology (only 56. 2, 56. 4 and 56. 5!!!) All energy utilized by organisms come from the sun. Fossil fuels is based on
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BIO210Y5 Lecture Notes - Endangered Species, Habitat Destruction, Species Richness
19
Conservation biology an applied scientific discipline devoted to preserving the diversity of life on earth. Modern conservation biology is supported by
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BIO210Y5 Lecture Notes - Habitat Destruction, Conservation Biology, Species Richness
17
57. 1 what is conservation biology: devoted to preserving the diversity of life on earth, draws heavily on concepts and knowledge from population genet
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BIO210Y5 Lecture Notes - Cambrian, Cambrian Explosion, Sirius Passet
16
Chapter 21- the history of life on earth. For 14c, production in the upper atmosphere is about equal to its natural decay. The waste product is o2: one
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BIO210Y5 Lecture Notes - Conservation Biology, Species Richness, Ecosystem Services
19
57. 1 what is conservation biology: devoted to preserving the diversity of life on earth, draws heavily on concepts and knowledge from population genet
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BIO210Y5 Lecture Notes - Chthamalus Stellatus, Trophic Level, Interspecific Competition
22
BIO210Y5 Lecture Notes - Genotype Frequency, Allele Frequency, Genetic Variation
24
Darwin went on a 5-year-long voyage and made a lot of observations. England, in 1836, he tried to understand and analyze these observations. He develop
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BIO210Y5 Lecture Notes - Conservation Biology, Species Richness, Introduced Species
30
Conservation biology an applied scientific discipline devoted to preserving the diversity of life on earth. Modern conservation biology is supported by
View Document
BIO210Y5 Lecture Notes - Primary Production, Human Overpopulation, Ecosystem Services
22
Chapter 56 ecosystems and global ecology (only 56. 2, 56. 4 and 56. 5!!!) All energy utilized by organisms come from the sun. Fossil fuels is based on
View Document
BIO210Y5 Lecture Notes - Cambrian, Cambrian Explosion, Sirius Passet
26
Chapter 21- the history of life on earth. Fossils- the preserved remains of ancient organisms. Age of rocks cannot be determined by just looking at the
View Document
BIO210Y5 Lecture Notes - Chthamalus Stellatus, Trophic Level, Interspecific Competition
30
BIO210Y5 Lecture Notes - Habitat Destruction, Species Richness, Ecosystem Services
17
57. 1 what is conservation biology: devoted to preserving the diversity of life on earth, draws heavily on concepts and knowledge from population genet
View Document
BIO210Y5 Lecture Notes - Exponential Growth, Logistic Function, Sustainable Yield
27
Population densities can be estimated from samples: estimating population densities is easiest for sedentary organisms, counting mobile organisms is mu
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BIO210Y5 Lecture Notes - Detritivore, Species Richness, Directional Selection
22
55. 1 what are ecological communities: the species that live and interact in an area constitute an ecological community. Communities are loose assembla
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BIO210Y5 Lecture Notes - Circadian Clock, Opportunity Cost, Endocrine System
18
What questions do biologists ask about behaviour: ethology: the study of animal behaviour from an evolutionary perspective. For many animals, much of t
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PSY270H5 Lecture Notes - Sympatric Speciation, Allopatric Speciation, Reproductive Isolation
23
We can recognize and identify many species by their appearance. Linnaeus described hundreds of species on the basis of their appearance morphological s
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BIO210Y5 Lecture Notes - Intertropical Convergence Zone, Alpine Tundra, Rain Shadow
15
Chapter 52: ecology and the distribution of life. As air mass moves toward equator, it encounters an increasingly faster spin, and its rotational movem
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BIO205H5 Lecture Notes - Genotype Frequency, Allele Frequency, Genetic Variation
13
Darwin went on a 5-year-long voyage and made a lot of observations. England, in 1836, he tried to understand and analyze these observations. He develop
View Document
BIO205H5 Lecture Notes - Human Overpopulation, Ecosystem Services, Primary Production
14
Chapter 56 ecosystems and global ecology (only 56. 2, 56. 4 and 56. 5!!!) All energy utilized by organisms come from the sun. Fossil fuels is based on
View Document
BIO205H5 Lecture Notes - Endangered Species, Species Richness, Introduced Species
13
Conservation biology an applied scientific discipline devoted to preserving the diversity of life on earth. Modern conservation biology is supported by
View Document
BIO205H5 Lecture Notes - Cambrian, Cambrian Explosion, Sirius Passet
10
Chapter 21- the history of life on earth. For 14c, production in the upper atmosphere is about equal to its natural decay. The waste product is o2: one
View Document
BIO205H5 Lecture Notes - Conservation Biology, Species Richness, Ecosystem Services
14
57. 1 what is conservation biology: devoted to preserving the diversity of life on earth, draws heavily on concepts and knowledge from population genet
View Document
BIO205H5 Lecture Notes - Chthamalus Stellatus, Trophic Level, Interspecific Competition
15
BIO205H5 Lecture Notes - Exponential Growth, Logistic Function, Sustainable Yield
24
Population densities can be estimated from samples: estimating population densities is easiest for sedentary organisms, counting mobile organisms is mu
View Document
BIO205H5 Lecture Notes - Detritivore, Species Richness, Directional Selection
17
55. 1 what are ecological communities: the species that live and interact in an area constitute an ecological community. Communities are loose assembla
View Document
BIO205H5 Lecture Notes - Cambrian Explosion, Atmospheric Temperature, Radionuclide
19
Chapter 21: the history of life on earth. The oldest layers, or strata, lie at the bottom, and successively higher strata are progressively younger: ob
View Document
BIO205H5 Lecture Notes - Intertropical Convergence Zone, Alpine Tundra, Rain Shadow
19
Chapter 52: ecology and the distribution of life. As air mass moves toward equator, it encounters an increasingly faster spin, and its rotational movem
View Document
BIO205H5 Lecture Notes - Sympatric Speciation, Reproductive Isolation, Allopatric Speciation
16
We can recognize and identify many species by their appearance. Linnaeus described hundreds of species on the basis of their appearance morphological s
View Document
BIO205H5 Lecture Notes - Allele Frequency, Genotype Frequency, Genetic Drift
15
Individuals do no evolve; populations do: a population is a group of individuals of a single species that live and interbreed in a particular geographi
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BIO205H5 Lecture Notes - Tropical And Subtropical Moist Broadleaf Forests, Temperate Deciduous Forest, Intertropical Convergence Zone
15
Ch 52: ecology and the distribution of life. Air rises when it is heated diff in air temp largely determined by solar energy input rate at which solar
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BIO205H5 Lecture Notes - Circadian Clock, Opportunity Cost, Endocrine System
20
What questions do biologists ask about behaviour: ethology: the study of animal behaviour from an evolutionary perspective. For many animals, much of t
View Document
BIO205H5 Lecture Notes - Allele Frequency, Genotype Frequency, Population Genetics
21
Individuals do no evolve; populations do: a population is a group of individuals of a single species that live and interbreed in a particular geographi
View Document
BIO205H5 Lecture Notes - Cambrian Explosion, Atmospheric Temperature, Radionuclide
21
Chapter 21: the history of life on earth. The oldest layers, or strata, lie at the bottom, and successively higher strata are progressively younger: ob
View Document
BIO205H5 Lecture Notes - Chthamalus Stellatus, Trophic Level, Interspecific Competition
21
