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Class Notes for ENV100Y5 at University of Toronto Mississauga (UTM)

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture 27: CONSERVATION OF SPECIES AND HABITAT

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture 30: CONSERVATION OF SPECIES AND HABITAT

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture 23: AGRICULTURE , FOOD , BIOTECHNOLOGY

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture 28: CONSERVATION OF SPECIES AND HABITAT

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture 26: CONSERVATION OF SPECIES AND HABITAT

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture 29: CONSERVATION OF SPECIES AND HABITAT

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 31: Habitat Fragmentation

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 25: Arain, Feedlot

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 24: The Technique

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture 21: AGRICULTURE,FOOD , BIOTECHNOLOGY

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture 15: SOIL RESOURCES

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture 19: SOIL RESOURCES

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 11: Invasive Species, Temperate Rainforest, Tropical Rainforest

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Some organisms play especially important roles in communities: a species that has particularly strong or far reaching impact is often called keystone s
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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 10: Commensalism, Decomposer, Heterotroph

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Some interactions have no effect in some participants: amensalism is a relationship in which one organism is harmed and other is unaffected. In commens
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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture 22: AGRICULTURE,FOOD , BIOTECHNOLOGY

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture 18: SOIL RESOURCES

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture 17: SOIL RESOURCES

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture 13: HUMAN POPULATION

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Demography is the study of human population: demographic data helps understand how difference in population characteristics and related phenomena affec
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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture 14: SOIL RESOURCES

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 12: Improved Sanitation, Infant Mortality, Industrial Revolution

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 9: Ecological Niche, Niche Differentiation, Competitive Exclusion Principle

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 16: Seaweed Fertiliser

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture 20: AGRICULTURE,FOOD , BIOTECHNOLOGY

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture 37:

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 39: Ocean Current, Speciation, Background Extinction Rate

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Chapter evolution , biodiveristy and population ecology. Populations can be separated in many ways : natural mechanisms of population isolation that ca
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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 4: Chemical Substance, Soil Fertility, Radionuclide

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 3: Scientific Method, Environmental Toxicology, Environmental Science

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 8: Primary Production, Ecosystem Ecology, Heterotroph

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 7: Negative Feedback, Positive Feedback, Eutrophication

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 6: Cell Nucleus, Asthenosphere, Hydrogen Sulfide

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 2: Ecological Footprint, Carrying Capacity, Industrial Revolution

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 38: Divergent Evolution, Evolutionary Pressure, Selective Breeding

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 5: Hydronics, Hydrogen Bond, Covalent Bond

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Water remains liquid over wide range of temperatures. Water exist in liquid form from 0 c all the way 100 c water. Water has a high heat capacity which
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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 9: Water Cycle, Transpiration

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 1: Environmental Science, Wave Power, Industrial Revolution

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 36: Surface Mining, Leachate, Potash

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Topic-minerals: mining methods and their impacts : Strip mining removes surface layers of rocks and soil : when resources occurs in shallow horizontal
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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 37: Mountaintop Removal Mining, Appalachian Mountains, In Situ Leach

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 35: Igneous Rock, Tantalite, Pegmatite

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Lithosphere is the region including the uppermost layers of rock near earths surface. Colton mining areas of eastern congo are situated along the weste
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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 32: Temperate Forest, Biome, A Forest

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High latitude forest mainly in northern hemisphere. Characteristics cold , dry climates , short growing season. Found in canada , russia , scandinavia.
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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 34: Shelterwood Cutting, Ecosystem Services, Reforestation

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Forest products are economically valued : wood is used as fuel for fires used in homes. Industrial harvesting has allowed for extracting more timber in
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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 33: Clearcutting, Carbon Cycle, Transpiration

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Study Guide - Final Guide: Cell Theory, Biomagnification, South American Plate

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Study Guide - Final Guide: Mariculture, Understory, Pterois

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Study Guide - Final Guide: Cyanobacteria, Biotic Component, Nitrogen Fixation

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Midterm: Complete and Comprehensive 54 Page Term Test Study Guide

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture 32: Term Test Review

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There will be one set of multiple-choice questions, similar to those you have seen on the quizzes. The remaining questions will be mainly short- to med
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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 31: Pinus Ponderosa, Tropical Rainforest, Temperate Forest

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Ntfps = non-timber forest products, such as medicinal, herbal, decorative, and edible o o products. Flora: cold-tolerant evergreen conifers with needle
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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 30: Forest Management, Photosynthesis, Mycorrhiza

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 29: Habitat Destruction, Species Richness, Invasive Species

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 28: Ecotourism, Mescaline, Soil Fertility

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Organisms provide drugs and medicines: plants, in response to herbivory, produces, cyanide, caffeine, cocaine, mescaline, nicotine and many more. Biodi
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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 27: Wild Fisheries, Mariculture, Eutrophication

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 26: Svalbard Global Seed Vault, Crop Trust, Crop Diversity

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture 25: Agriculture and Biotechnology (continuation)

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Monocultures: large expanses of single crop types, increases yields (planting and harvesting more efficient, reduces biodiversity (e. g. pollinators, l
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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 24: Food Security, Overgrazing, Soil Salinity

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 23: Bioremediation, Subsidence, Intercropping

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 22: Aeration, Soil Texture, Humus

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 21: Global Hectare, Doubling Time, Biocapacity

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Demography: study of factors determining size and structure of human population, demographers study, population size, density and distribution, age str
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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 20: Neanderthal Genome Project, Neoteny, Hyoid Bone

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 19: Keystone Species, Food Chain, Food Web

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Three hypotheses: energy transfer, large fraction of energy is lost moving up a food chain; thus, there should be more trophic levels in highly product
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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 7: Metamorphic Rock, Oceanic Crust, Igneous Rock

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 18: Herbivore, Coevolution, Parasitism

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Env100y5- lecture 18- species interactions and community ecology. Ecological communities: antagonistic species become locked in a duel escalating adapt
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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 17: Population Ecology, Logistic Function, Carrying Capacity

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 16: Sympatric Speciation, Vulnerable Species, Population Ecology

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Env100y5- lecture 16- evolution, biodiversity and population ecology. Ways to separate populations: sympatric speciation, population become reproductiv
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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 15: Natural Selection, Mutation, African Elephant

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 14: Sedimentary Rock, Fossil Fuel, Geosphere

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 13: Biogeochemical Cycle, Maintenance Respiration, Primary Production

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 12: Ecosystem Ecology, Systems Theory, Emergence

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What is ecosystem ecology: study of interactions among organisms and their physical environment as an integrated system. What is an ecosystem: a way of
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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 11: Evaporation

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 10: Rock Cycle, Magma Chamber, Evaporation

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 9: Geosphere, Hydrosphere, Closed System

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What is covered in this chapter: systems, cycles, reservoirs and fluxes, the nature of environmental systems and cycles, feedback loops, how environmen
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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 8: Convergent Boundary, Plate Tectonics, Subduction

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 6: Hydrosphere, Plate Tectonics, Chemotroph

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 5: Nebular Hypothesis, Stellar Evolution, Gravitational Collapse

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Age of sun and solar system = ~ 4. 57 ga (billions of years) Based on models of stellar evolution and dating of primitive solar system objects. Based o
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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture 2: Introduction to Environmental Science

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A systematic process for learning about the world and testing our understanding of it. The accumulated body of knowledge that arises from this dynamic
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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 3: Environmental Science, Overconsumption, Sustainable Development

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 1: Environmentalism, Institute For Operations Research And The Management Sciences

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Pursuit of knowledge about the natural world. How nature resources and processes support life (human and other) A social movement dedicated to protect
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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 4: Null Hypothesis, Endocrine System

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A provisional statement (temporary statement) that proposes a possible explanation for a particular observed explanation. Cigarette smoking increases t
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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture 32: Term Test Review

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There will be one set of multiple-choice questions, similar to those you have seen on the quizzes. The remaining questions will be mainly short- to med
View Document
UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 1: Environmentalism, Institute For Operations Research And The Management Sciences

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85
Pursuit of knowledge about the natural world. How nature resources and processes support life (human and other) A social movement dedicated to protect
View Document
UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 23: Bioremediation, Subsidence, Intercropping

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture 2: Introduction to Environmental Science

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A systematic process for learning about the world and testing our understanding of it. The accumulated body of knowledge that arises from this dynamic
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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 4: Null Hypothesis, Endocrine System

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50
A provisional statement (temporary statement) that proposes a possible explanation for a particular observed explanation. Cigarette smoking increases t
View Document
UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 3: Environmental Science, Overconsumption, Sustainable Development

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71
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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 5: Nebular Hypothesis, Stellar Evolution, Gravitational Collapse

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51
Age of sun and solar system = ~ 4. 57 ga (billions of years) Based on models of stellar evolution and dating of primitive solar system objects. Based o
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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 6: Hydrosphere, Plate Tectonics, Chemotroph

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51
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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 12: Ecosystem Ecology, Systems Theory, Emergence

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What is ecosystem ecology: study of interactions among organisms and their physical environment as an integrated system. What is an ecosystem: a way of
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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 30: Forest Management, Photosynthesis, Mycorrhiza

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44
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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 8: Convergent Boundary, Plate Tectonics, Subduction

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UTMENV100Y5Barbara MurckFall

ENV100Y5 Lecture Notes - Lecture 10: Rock Cycle, Magma Chamber, Evaporation

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