
Environmental Interactions
Presentation
•
Biology
•
9th - 12th Grade
•
Easy
+12
Standards-aligned
Leigh Cooper
Used 3+ times
FREE Resource
20 Slides • 22 Questions
1
Environmental Interactions
2
Weather vs Climate
•Weather - day to day condition at a particular time
and place.
•Climate - average year after year conditions at a
particular place
– Average temperatures (Fall, Winter,
Spring, Summer) - averages made
annually, monthly, daily, etc.
– Precipitation - amount of rainfall, snow, hail, etc.
3
Multiple Choice
What is weather?
When it is freezing cold all year round.
The conditions of the atmosphere (air/sky) over a short period of time.
The speed in which the wind travels.
The atmosphere (air/sky) over long periods of time.
4
Multiple Choice
What is climate?
The conditions of the atmosphere (air/sky) over a short period of time.
The changing of weather throughout the day.
The way in which we feel when it is hot or cold.
The atmosphere (air/sky) over long periods of time.
5
Effect of Climate on
Ecosystems
•Climate shapes Ecosystems
– Climate is the primary Abiotic Factor that
determines what type of community that will be
found in a particular area.
– Temperatures and rainfall determine what type of
plants (producers) can be found in an area
•This also determines the type of animals
and number of animals that can be found
in an area (biomass)
6
Effect of Latitude on Climate
• Near the equator the angle
of solar radiation is more
direct
• More solar radiation
will penetrate the
atmosphere near
equator
– Warmer and wetter as a
result
• 3 distinct zones created: tropical, temperate, and
polar
7
Multiple Select
How does climate affect an ecosystem? Select all that apply.
Climate determines the types of plants and animals in the ecosystem.
Climate determines the number of plants and animals that can live in a particular ecosystem.
Climate determines the seasonal and day/night temperatures
Climate determines the type of precipitation and its seasonal totals
8
Multiple Choice
All of the following impact climate EXCEPT
latitude
ocean currents
prevailing wind
tectonic plates
atmospheric pressure
9
Multiple Choice
The closer you are to the equator the higher the temp
Winds bring rain to the coast from the seas
The higher the altitude the colder the temperature
Ocean Currents affect precipitation
10
Multiple Choice
Region between the Tropic of Cancer and the Tropic of Capricorn. The sun's rays are most intense and the temperatures are always warm.
tropical zone
temperate zone
polar zone
warm front
11
• Solar Radiation Heats Earth
• Earth Heats Atmosphere
• Some Heat Trapped in Atmosphere by
Greenhouse Gases (CO2, CH4, and N2O)
Without greenhouse effect Earth would
be VERY COLD!
12
Multiple Choice
The greenhouse effect is a natural process
true
false
13
Multiple Choice
The greenhouse effect is caused by
more heat arriving at the Earth from the sun
the Earth releasing more heat at night
gases in the air trapping heat released by the Earth
14
Biomes of the World
15
Fill in the Blanks
Type answer...
16
The Niche
An organism’s “role” within the
ecosystem
– Feeding Relationships
– Resource partitioning
Where does it belong in food
chain?
– Physical requirements
(temperature, shelter, ect…)
– Other relationships with
other species
17
Community Interactions
• Competition - organisms of the same or different
species trying to use the same resource at the same
time
– Water, nutrients, light, food, space ect…
• Predation - one organism captures and feeds upon
another organism
– Example: Deer and wolf
• Predator - Wolf
• Prey - Elk
18
Multiple Choice
The animal in an ecological relationship that results in another animal being hunted, killed, and eaten…
autotroph
habitat
predator
herbivore
producer
19
Multiple Choice
The non-living part of the natural environment where an animal, plant or other organism lives…
niche
habitat
community
ecosystem
biosphere
20
Multiple Choice
This is the job or role of a specific organism within its habitat...
producer
prey
carnivore
niche
photosynthesis
21
Community Interactions
• Symbiosis - when two organisms live close to one
another and have some sort of Relationship
– Mutualism - a relationship in which both species
benefit. Ex: Oxpecker and cattle
– Commensalism - a relationship in which one
species benefits and the other is neither helped nor
harmed. Ex: Tree and bird
– Parasitism - a relationship in which one species
benefits and the species is harmed. Ex: Tapeworm
(parasite) and Animals (Host)
• Parasite vs. Host
22
Match
Match the following types of relationships to their descriptions:
Both organisms are harmed by fighting over a resource
One organism benefits at the expense of the other
One organism benefits while the other remains neutral
Both organisms benefit (help each other)
Competition
Parasitism
Commensalism
Mutualism
Competition
Parasitism
Commensalism
Mutualism
23
Biodiversity
Biodiversity - all the different species living on Earth,
the diversity of community populations within an
ecosystem.
– Human activity has significantly lowered the
amount of biodiversity on Earth.
Are we currently causing a mass extinction?
– Extinction is a natural process however
• It is estimated that human activity has increased
the rate of extinction by 1,000 to 10,000 times
the natural rate.
• If the trend continues, 30-50% of all
species will be extinct by mid-century
(2050)
24
Invasive(non-native) Species
• Introduction of Invasive (non-native) species
has a negative impact on ecosystems.
– Invasive species can outcompete native species
for resources and disrupt balance or
relationships within a natural ecosystem
25
Why Care?
• Human survival is tied to biodiversity
• Keystone Species - a species whose presence
maintains the balance within the ecosystem. The
loss of the keystone species disrupts the balance and
threatens the existence of the other biotic and
abiotic factors within that particular ecosystem.
• Invasive Species - living things that are non-native
to an ecosystem. Their introduction causes an
imbalance and can have dramatic consequences to
the ecosystem.
26
Multiple Choice
True
False
27
Multiple Choice
Invasive species alter the ecosystem by __________in number quickly,this leads to _____ food for the native species.
increasing, less
declining,more
28
29
Multiple Select
What are the three main parts of Biodiversity? (Check all that apply)
Endangered
Species
Genetic
High Risk
Ecosystem
30
Poll
Is the loss of biodiversity a risk in our community?
No
Yes
Never thought about it
I know the answer is yes, but I have never thought about it before!
31
Human Actions
● Habitat Destruction/Alteration - This is the leading
cause of extinction.
○ Examples: Urban development, Industrial
development, Dams/Alteration of Aquatic
Environments, Agricultural Development
Deforestation
● Habitat Fragmentation - splitting of ecosystems
into pieces (islands)
○ many organisms such as brown bears need a
large area to survive
○ Fragmentation can equal extinction
32
Overfishing, Overhunting,
Poaching
33
Multiple Choice
How does habitat fragmentation reduce genetic diversity in species?
Habitat fragmentation makes nonnative species introduction possible.
Habitat fragmentation opens migration routes.
Habitat fragmentation isolates a large population into smaller groups.
Habitat fragementation encourages open gene flow.
34
Multiple Select
Habitat loss means less space for animals to __________, __________, and _____________. (Choose 3 answers)
feed
breed
locate new species
raise their young
35
Multiple Choice
What will help prevent habitat destruction?
Spreading out farms and urban developments
Finding a balance between what humans and animals need
Decreasing animal populations
Decreasing plant populations
36
Pollution
● Acid Rain - pollutants combine with water vapor
in the atmosphere to form nitric and sulfuric acid;
then, fall as precipitation.
○ Lowers the pH of both aquatic and terrestrial
ecosystems.
● Toxic Waste - harmful materials of all forms that
can contaminate air, soil, and/or water.
○ Biological Magnification- build up of toxins as
they pass through food chain.
■ Some toxins do not degrade (asbestos)
■ These toxins reach lethal levels as they are
consumed to the upper levels of a food
chain (DDT)
37
Ozone Depletion
• CFCs and other atmospheric
pollutants destroy the ozone layer.
– Ozone (O3) is in the upper layer
of the atmosphere called the
stratosphere.
– Ozone successfully deflects
much of the UV-B radiation from
the sun.
• melanoma - an aggressive form
of skin cancer, cataracts
• global warming - an increase in
the earth’s overall average
temperature.
38
Global Warming
• Burning fossil fuels releases carbon dioxide gas
into the Earth’s atmosphere.
– CO2 is a greenhouse gas and traps heat
– CO2 dissolves into water and creates carbonic acid
(HCO3).
■Acids like HCO3 react with calcium carbonate (CaCO3).
■Calcium carbonate makes up the shells of marine invertebrates
like clams and coral. The excess CO2 in oceans dissolves those
shells.
39
Carbon Dioxide gas in Water
Watch the video above.
In it, a student breathes air into a straw that is submerged in water. The water has bromothymol blue added to it. Bromothymol blue changes color in the presence of acidic conditions.
40
Fill in the Blanks
Type answer...
41
Conservation vs. Preservation
Conservationists seek a
sustainable relationship between
humans and the environment.
Where the public can still visit
and use its resources; however,
these resources are tightly
monitored and usage is
controlled.
Preservationists seek
boundaries which protect areas
of land from human influence.
This portion of land or sea can be
protected by its indigenous
peoples but is otherwise
untouched by men.
42
Open Ended
Tell me whether you are more of a conservationist or a preservationist and why?
Is it more important to regulate how people use land and forest resources (conservationism) or should we minimize/eliminate the presence of people altogether (preservation)?
Environmental Interactions
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