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50 Cards in this Set
- Front
- Back
Pragmatic conservation |
Man and nature book written by marsh, inspired Roosevelt to conserve nature, use not abuse |
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Ethical and ethestic |
-nature deserves to exist for its own sake -john Mair -Aldo Leopold |
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Modern environmental movement |
After WWII environmentalists sparked new concerns |
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Rachel Carson |
Chemist and Author of "silent spring 1962" brought dangerous use of pesticides into public eye |
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David Brower |
Used law and litigation regulations and involved mass media to reach out and encourage environmentalists |
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Barry Commoner |
Scientists and activists spoke of against many environmental hazards. |
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Global environmentalist |
Modern media allows for quicker communication and data. Giving local and nationally leaders created impact |
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Population loving in extreme poverty |
1.4 billion people |
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Sustainability |
Meeting needs of present without effecting the needs of future generations |
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Environmental ethics |
Moral obligation to world around us. |
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Inherent value |
Value of somethings existence |
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Instrumental value |
Money or economic purpose |
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Moral extension |
First Myself. Then My parents, then my family then humanity. Then sentiment animals (animals with emotion) and finally all life |
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Religious stewardship |
Taking care of the resources given to us |
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Environmental justice |
Combination of civil rights with environmental protection demanding a safe environment for everyone Ex public housing built in hazardous areas |
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Environmental racism |
An inequal distribution of environmental hazards based on Age. Gender. Race. Ethnicity Ex. Black children are 2x more likely to suffer from lead poisoning |
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Toxic colonialism |
Targets poor minorities or developing Nations of waste disposal areas Ex USA companies dump toxic waste into Indian reservations BC laws do not apply. |
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Deductive reasoning |
Deduct information based on Forseen laws |
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Inductive reasoning |
Laws are induced from observation |
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State varibles |
Store resources, such as energy and create pathways for it to move Ex plant uses sun. Bunny eats plant, cay eats Bunny, dead cat feeds plant |
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Closed system |
No outside input required Ex economic system |
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Open system |
The system is affected by many outside sources Ex the sun |
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Positive feedback |
Amplifiers the energy in the system |
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Negative loop |
Dampens flow of energy |
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Equilibrium state |
State of little to no change |
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Disturbance |
Periodic destructive event in state |
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Resilience |
How well the system balances out and returns to equilibrium |
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State shift |
System will never recover from original disturbance |
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Environmentalist |
Based on opinion and works to influence policies that effect environment |
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Environmental science |
Uses scientific method to study process and systems. |
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Chemical equation for photosynthesis |
6H2O + 6CO + Sunlight =C6 H12 O2 + 6O2 Water. Carbon. Uv. = Glucose oxygen |
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Cellular respiration equation |
C6 H12 O6 + 6O2 = 6H2 + 6CO2 + ATP Glucose. = Water and ATP |
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Infrared light is responsible for _____ while Uv light is responsible for |
Warmth and global warming. Ozone depletion and radiation |
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Potential energy |
Energy of position is chemical energy |
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Kinetic energy |
Energy of motion |
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1 law of thermodynamics |
Energy is not created or destroyed |
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2nd law of thermodynamics |
With each energy transfer, less and less energy is available. |
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Intraspecific competition |
Competition of members of same species |
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Interspecific |
Competition between other species |
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Batesian mimicry |
Harmless species mimics a harmful one Ex octopus mimics lion fish |
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Mullerion mimicry |
Two harmful species look alike Stinging insects developed to be black and yellow due natural selection |
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Symbiosis |
Two or more species are interlinked |
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Mutualism |
The relationship benefits both parties Ex clown fish sea anemone |
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Communalism |
One species benefits while another is not affected Ex mussels and clams |
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Parasitism |
One is benefits while another suffers Ex parasitism |
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Abundance |
Total number of organisms |
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Diversity |
# of species, ecological niches, genetic variation |
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Complexity |
Number of species at each trophic level in community |
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Primary succesion |
From rock go moss to soil to plants to trees |
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Secondary succesion |
Existing community is disrupted then community takes hold again |