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All Educational Materials for BIOL 2050 at York University (YORKU)

YORKBIOL 2050Christopher LortieFall

BIOL 2050- Midterm Exam Guide - Comprehensive Notes for the exam ( 32 pages long!)

32 Page
11 Oct 2017
Lecture 1: chapter 1 web of life. Landscape areas with substantial differences, typically incl. multiple ecosystems live: all living systems change ove
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YORKBIOL 2050Christopher LortieFall

[BIOL 2050] - Final Exam Guide - Everything you need to know! (35 pages long)

35 Page
29 Nov 2016
Concept 19. 2 resource partitioning is theorized to reduce competition and increase species diversity: 40-50 species of plankton, all using the same re
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YORKBIOL 2050idkFall

BIOL 2050 Final: Bio 2049Test 1 Answer sheet.pdf

1 Page
14 Feb 2015
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YORKBIOL 2050idkFall

BIOL 2050 Study Guide - Final Guide: Unit

2 Page
14 Feb 2015
Fill in the blank with the name of the key term and what the definition of the key term is. Some i have not taught you yet, but will be taught the begi
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YORKBIOL 2050Christopher LortieFall

BIOL 2050 Study Guide - Midterm Guide: Zero Population Growth, Intraspecific Competition, Isocline

12 Page
5 May 2016
What are the different (+/-), (+/+) interactions etc. Exploitation vs interference interactions: exploitation indirect competition where individuals de
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YORKBIOL 2050lortiFall

BIOL 2050 Study Guide - Midterm Guide: Genetic Drift, Natural Selection, Genotype

11 Page
14 Jul 2015
The theory of evolution by natural selection is a process that results in the evolution of organisms over time. Organisms possessing certain heritable
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YORKBIOL 2050Christopher LortieFall

BIOL 2050 Midterm: Midterm 2

23 Page
5 May 2016
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YORKBIOL 2050Christopher LortieFall

BIOL 2050 Midterm: BIOL 2050 Notes

48 Page
5 May 2016
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YORKBIOL 2050Christopher LortieFall

BIOL 2050 Study Guide - Final Guide: Arbuscular Mycorrhiza, Coevolution, Commensalism

50 Page
14 Sep 2015
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BIOL 1000 Lecture Notes - Lecture 2: Methylene Blue, Pressure Measurement, Pipette

4 Page
12 Mar 2019
The cumulative oxygen production (ml o2) of the aquatic plant, cabomba caroliniana under white light, is used to determine the photosynthetic rate (ml
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BIOL 1000 Lecture Notes - Lecture 1: Methylene Blue, Pipette, Pressure Measurement

4 Page
12 Mar 2019
The cumulative oxygen production (ml o2) of the aquatic plant, cabomba caroliniana under white light, is used to determine the photosynthetic rate (ml
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BIOL 1000 Lecture Notes - Lecture 4: Pressure Measurement, Standard Deviation, Null Hypothesis

2 Page
12 Mar 2019
Statistical analysis of the aquatic plant camboba caroliniana calculated by using the photosynthetic rates (ml o2 produced/g/hour). In a manometric sys
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BIOL 1000 Lecture Notes - Lecture 3: Methylene Blue, Pressure Measurement, Pipette

5 Page
12 Mar 2019
The cumulative oxygen production (ml o2) of the aquatic plant, cabomba caroliniana under white light, is used to determine the photosynthetic rate (ml
View Document

BIOL 1000 Lecture Notes - Lecture 1: Pressure Measurement, Confidence Interval, Standard Deviation

2 Page
12 Mar 2019
Statistical analysis of the aquatic plant camboba caroliniana calculated by using the photosynthetic rates (ml o2 produced/g/hour). In a manometric sys
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BIOL 1000 Lecture Notes - Lecture 3: Chlorophyll, Photon, Chemical Equation

11 Page
12 Mar 2019
Effect of green light vs white light on photosynthetic rate of aquatic plant cabomba caroliniana. The photosynthetic rate measured by the cumulative ox
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BIOL 1000 Lecture Notes - Lecture 1: Plasmolysis, Optical Microscope, Pipette

6 Page
12 Mar 2019
Determining the minimum concentration threshold required for plasmolysis to occur in the. Aquatic plant rotala nanjenshan using a compound microscope.
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YORKFall

BIOL 1000 Chapter Notes - Chapter 1: Pressure Measurement, Pipette, Methylene Blue

2 Page
13 Feb 2019
Table 1: photosynthetic rates and oxygen production data collected for the aquatic plant, Cabomba caroliniana, exposed to a white light source. The con
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YORKFall

BIOL 20102014_term_2_annotated

4 Page
31 Jan 2019
Sc/biol plant biology second term test (28 february 2014) page 1 of 4: ascogenous hyphae, cleistothecium, conidiophore, calyptra, mycorrhizae, trichogy
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YORKFall

BIOL 4160 Exams_2006

6 Page
31 Jan 2019
Photosynthesis (sc/biol 4061) first term test (5 oct 2006) Answer the following five questions in the exam booklet provided. Macrofossil evidence for p
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YORKBIOL 2050Christopher LortieFall

BIOL 2050 Lecture Notes - Lecture 1: Holocene Extinction, Trophy Hunting, Population Ecology

59 Page
30 Mar 2016
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YORKBIOL 2050Christopher LortieFall

BIOL 2050 Lecture Notes - Lecture 2: Trophy Hunting, Bighorn Sheep, Allele Frequency

3 Page
20 Apr 2017
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YORKBIOL 2050Christopher LortieFall

BIOL 2050 Lecture Notes - Lecture 6: 16S Ribosomal Rna, Kelp Forest, Species Richness

7 Page
20 Apr 2017
Concept 16. 2 species diversity (richness + eveness) and species composition are important descriptors of community structure: community structure the
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YORKBIOL 2050Christopher LortieFall

BIOL 2050 Lecture Notes - Lecture 1: Commensalism, Fallacy

3 Page
20 Apr 2017
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YORKBIOL 2050Christopher LortieFall

BIOL 2050 Lecture 7: Ecology 2050 Lecture 7 Chapter 19

9 Page
4 Oct 2016
Concept 19. 2 resource partitioning is theorized to reduce competition and increase species diversity: 40-50 species of plankton, all using the same re
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YORKBIOL 2050Christopher LortieFall

BIOL 2050 Lecture Notes - Lecture 25: Nitrogen Cycle, Acid Rain, Tectonic Uplift

8 Page
4 Oct 2016
Concept 25. 1 elements move among geologic, atmospheric, oceanic, and biological pools at a global scale. Concept 25. 2 earth is warming due to anthrop
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YORKBIOL 2050Christopher LortieFall

BIOL 2050 Lecture Notes - Lecture 5: Myosotis, Olneya, Commensalism

5 Page
20 Apr 2017
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YORKBIOL 2050Christopher LortieFall

BIOL 2050 Lecture Notes - Lecture 2: Environmental Science, Design Of Experiments, Nutrient Cycle

2 Page
6 Aug 2015
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YORKBIOL 2050sWinter

BIOL 2050 Lecture Notes - Greenish Warbler, Vestigiality, Rubber Boa

5 Page
26 Jun 2012
Bgyb51: chapter 2 (pages 37 49 and 53 65) These muscles are effective for animals that are very hairy like chimpanzees. Most of us are not that hairy (
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YORKBIOL 2050Christopher LortieFall

BIOL 2050 Lecture Notes - Lecture 10: Larrea Tridentata, Unit, Transect

2 Page
6 Aug 2015
Pop"n abundances/distributions can be estimated/measured with various techniques i. e niche models, based counts, mark-recapture: distribution --> geog
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YORKBIOL 2050allWinter

BIOL 2050 Chapter Notes -Wolfgang Köhler, Nitrogen Cycle, Insecticide

16 Page
8 Dec 2013
Henderson, minnesota: leopard frogs (rana pipiens) 11 of the 22 frogs were deformed (missing or extra limbs etc. ) 30-40% of frogs deformed at pond (fi
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YORKBIOL 2050Christopher LortieFall

BIOL 2050 Chapter 19: Ecology 2050 Chapter 19 reading notes

7 Page
4 Oct 2016
Biofuels: liquid or gas fuels from plant material (biomass: two basic kinds made in us: Made from soybeans: have two potential advantages over fossil f
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YORKBIOL 2050Spencer MukaiWinter

BIOL 2050 Chapter Notes - Chapter 8: Kelp Forest, Aspen Grove, Continental Drift

5 Page
29 Mar 2016
Are very diverse organisms and are dense forest like stands (bornw) More urchins = less kelp, no urchins = more kelp importan to understand what factor
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YORKBIOL 2050Christopher LortieFall

BIOL 2050 Chapter Notes - Chapter 25: Biogeochemical Cycle, Fossil Fuel, Nitrogen Cycle

8 Page
4 Oct 2016
Dust storms of epic proportions: a case study. Dust s usually subtly nuisance for most cities. 1934 dust storm hit american cities: chicago and new yor
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YORKBIOL 2050Spencer MukaiWinter

BIOL 2050 Chapter Notes - Chapter 4: Red Blood Cell, Acclimatization, Ice Crystals

8 Page
29 Mar 2016
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YORKBIOL 2050Spencer MukaiWinter

BIOL 2050 Chapter Notes - Chapter 7: Asexual Reproduction, Sexual Maturity, Sea Anemone

7 Page
29 Mar 2016
Characteristic includes: age and size of sexual maturity, amount and timing of reproduction, survival and mortality rates. Big bang reproduction reache
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YORKBIOL 2050Spencer MukaiWinter

BIOL 2050 Chapter Notes - Chapter 9-10: Mnemiopsis, Exponential Growth, Survivorship Curve

9 Page
29 Mar 2016
Reached 6. 8 bilion in 2010 (double the number of ppl in 1960: increased use of energy and resources, now it"s roughly increase 1 billion ppl every 13
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YORKBIOL 2050Spencer MukaiWinter

BIOL 2050 Chapter Notes - Chapter 3: Soil Fertility, Sugar Glider, Flying Squirrel

7 Page
29 Mar 2016
Concept 3. 1 terrestrial biomes characterized by growth forms of the dominant vegetation. Biosphere- zone of life on earth between lithosphere (the cru
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YORKBIOL 2050Spencer MukaiWinter

BIOL 2050 Chapter Notes - Chapter 1: Habitat Destruction, Environmental Science, Field Experiment

3 Page
29 Mar 2016
Ecology- the study of how organisms affect and are affected by other organisms and their environment. Scientific method: make observations, form a ques
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YORKBIOL 2050Christopher LortieFall

BIOL 2050 Chapter Notes - Chapter 14: Commensalism, Paradigm Shift, Coevolution

2 Page
24 Jan 2013
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YORKBIOL 2050Christopher LortieFall

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BIOL 2050- Midterm Exam Guide - Comprehensive Notes for the exam ( 32 pages long!)

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BIOL 2050 Midterm: Midterm 2

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[BIOL 2050] - Final Exam Guide - Everything you need to know! (35 pages long)

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Concept 19. 2 resource partitioning is theorized to reduce competition and increase species diversity: 40-50 species of plankton, all using the same re
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YORKBIOL 2050Christopher LortieFall

BIOL 2050 Study Guide - Midterm Guide: Zero Population Growth, Intraspecific Competition, Isocline

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What are the different (+/-), (+/+) interactions etc. Exploitation vs interference interactions: exploitation indirect competition where individuals de
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YORKBIOL 2050idkFall

BIOL 2050 Study Guide - Final Guide: Unit

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14 Feb 2015
Fill in the blank with the name of the key term and what the definition of the key term is. Some i have not taught you yet, but will be taught the begi
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BIOL 2050 Study Guide - Final Guide: Arbuscular Mycorrhiza, Coevolution, Commensalism

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YORKBIOL 2050Christopher LortieFall

BIOL 2050 Lecture Notes - Lecture 1: Holocene Extinction, Trophy Hunting, Population Ecology

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YORKBIOL 2050idkFall

BIOL 2050 Final: Bio 2049Test 1 Answer sheet.pdf

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BIOL 2050 Lecture Notes - Lecture 2: Trophy Hunting, Bighorn Sheep, Allele Frequency

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YORKBIOL 2050Christopher LortieFall

BIOL 2050- Midterm Exam Guide - Comprehensive Notes for the exam ( 32 pages long!)

32 Page
11 Oct 2017
Lecture 1: chapter 1 web of life. Landscape areas with substantial differences, typically incl. multiple ecosystems live: all living systems change ove
View Document
YORKBIOL 2050Christopher LortieFall

BIOL 2050 Lecture Notes - Lecture 6: 16S Ribosomal Rna, Kelp Forest, Species Richness

7 Page
20 Apr 2017
Concept 16. 2 species diversity (richness + eveness) and species composition are important descriptors of community structure: community structure the
View Document
YORKBIOL 2050Christopher LortieFall

BIOL 2050 Lecture Notes - Lecture 5: Myosotis, Olneya, Commensalism

5 Page
20 Apr 2017
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YORKBIOL 2050Christopher LortieFall

BIOL 2050 Lecture Notes - Lecture 7: Soil Fertility, Niche Differentiation, Species Richness

4 Page
20 Apr 2017
Lecture 7: chapter 19 species diversity in communities (a) Biotic resistance when interactions with the native species exclude the invade: humans are (
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YORKBIOL 2050Christopher LortieFall

BIOL 2050 Lecture Notes - Lecture 8: Ocean Acidification, Primary Production, Anthropocene

2 Page
20 Apr 2017
Lecture 8: chapter 25 global ecology (a) Concept 25. 1 elements move among geologic, atmospheric, oceanic, and biological pools at a global scale: e. g
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YORKBIOL 2050Christopher LortieFall

BIOL 2050 Lecture Notes - Lecture 3: Soil Ph, Pupfish, Quadrat

3 Page
20 Apr 2017
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YORKBIOL 2050Christopher LortieFall

BIOL 2050 Lecture Notes - Lecture 9: Systematic Review, Global Change, Meta-Analysis

3 Page
20 Apr 2017
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YORKBIOL 2050Christopher LortieFall

BIOL 2050 Lecture Notes - Lecture 1: Commensalism, Fallacy

3 Page
20 Apr 2017
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YORKBIOL 2050Christopher LortieFall

BIOL 2050 Lecture Notes - Lecture 2: Trophy Hunting, Bighorn Sheep, Allele Frequency

3 Page
20 Apr 2017
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YORKBIOL 2050Christopher LortieFall

[BIOL 2050] - Final Exam Guide - Everything you need to know! (35 pages long)

35 Page
29 Nov 2016
Concept 19. 2 resource partitioning is theorized to reduce competition and increase species diversity: 40-50 species of plankton, all using the same re
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