Transcript Scores

© Mark E. Damon - All Rights Reserved
© Mark E. Damon - All Rights Reserved
Another
Presentation
© 2001 - All rights Reserved
[email protected]
© Mark E. Damon - All Rights Reserved
Directions:
•
Scroll through the presentation and enter the answers (which are really the
questions) and the questions (which are really the answers).
•
Enter in the categories on the main game boards.
•
As you play the game, click on the TEXT DOLLAR AMOUNT that the
contestant calls, not the surrounding box.
•
When they have given a question, click again anywhere on the screen to
see the correct question. Keep track of which questions have already been
picked by printing out the game board screen and checking off as you go.
•
Click on the “Game” box to return to the main scoreboard.
•
Enter the score into the black box on each players podium.
•
Continue until all clues are given.
•
When finished, DO NOT save the game. This will overwrite the program
with the scores and data you enter. You MAY save it as a different name,
but keep this file untouched!
© Mark E. Damon - All Rights Reserved
Round 1
Round 2
Final
Jeopardy
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© Mark E. Damon - All Rights Reserved
DefinitionsDefinitions
Calculations InteractionDefinitions
2
s
1
3
Potpourri
Round 2
$100 $100
$100
$100 $100
$100
Final
Jeopardy
$200 $200
$200
$200 $200
$200
Scores
$300 $300
$300
$300 $300
$300
$400 $400
$400
$400 $400
$400
$500 $500
$500
$500 $500
$500
© Mark E. Damon - All Rights Reserved
$100
Draw an illustration using the
following information, and state
what you have made: two maple
trees support 250,000 termites.
Those termites feed 15
woodpeckers. The woodpeckers
support one hawk.
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$100
Scores
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$200
Calculate Net Primary
Productivity given the following:
GPP = 65, R = 18
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$200
NPP = 47
Scores
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$300
Calculate Net Secondary
Productivity given the following:
Food Eaten = 150, Fecal Loss =
75, Respiration = 35
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NSP = 40
Scores
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$400
Using the data below, calculate the population size of deer mice in
a local forest. On the first visit to the forest, ten deer mice were
captured and marked. On a second visit 15 deer mice were
captured and five of them were marked.
N = n1 x n2
m
n1 = Number of animals captured the first day
n2 = Number of animals recaptured
m = number of marked animals recaptured on the second day
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N = 30
Scores
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$500
The following data on small birds was collected in two
different forested locations.
Forest A
Forest B
House Sparrow
16
6
Song Sparrow
19
57
Yellow Warbler
17
10
Chickadee
17
9
Ruby Crowned Kinglet
11
5
Dark Headed Junco
2
3
Use Simpson’s Diversity Index to determine which forest has greater diversity.
D = Diversity Index
N = total number of organisms of all species found
n = number of individuals of a particular species
Calculate D for both forests.
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$500
Forest A = 5.37
Forest B = 2.35
Scores
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$100
Hare and Lynx
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Predation
Scores
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Chipmunks and squirrels
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Interspecific Competition
Scores
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$300
Tapeworms
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$300
Parasitism
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$400
Wolves
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Intraspecific competition
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Fungi and Alga
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Mutualism
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Feeding level within a food chain
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Trophic level
Scores
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Retain in body tissue (pesticides)
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Bioaccumulation
Scores
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Toxins become more
concentrated further up the food
web
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Biomagnification
Scores
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$400
A group of organisms that
interbreed and produce fertile
offspring
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Species
Scores
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A group of the same species
living in the same area at the
same time
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Population
Scores
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$100
The environment in which a
species normally lives
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Habitat
Scores
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$200
Where and how a species lives.
Their share of habitat and
resources
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$200
Niche
Scores
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$300
Group of populations living and
interacting with each other in a
common habitat
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$300
Community
Scores
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$400
Community of interdependent
organisms and the physical
environment they inhabit
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$400
Ecosystem
Scores
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$500
Mass of organic materials in
organisms or ecosystems
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$500
Biomass
Scores
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$100
Used for non-mobile organisms.
Vary from .25 to 1 m squares
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$100
Quadrat
Scores
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$200
gain by autotrophs in energy or
biomass per unit area per unit
time
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$200
Primary productivity
Scores
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$300
biomass gained by heterotrophs
thru feeding and absorption,
measured in units of mass or
energy per unit area per unit time
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$300
Secondary Productivity
Scores
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$400
based on number of different
species, and relative numbers of
individuals of each species
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$400
Species Diversity
Scores
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$500
Based on the number of different
species
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$500
Species Richness
Scores
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$100
Compare and contrast rainforest
and desert
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$100




Desert
Temperature: 45 C
Rainfall: Under 250 mm/yr
Insolation (Light Level):
High
 Distribution: 30 o N and S
 Structure: Little vegetation,
organisms highly adapted
to low water and
fluctuating temperatures
 Productivity: Very low




Tropical Rainforest
Temperature: 26 C
Rainfall: Over 2500 mm/yr
Insolation (Light Level):
High
 Distribution: Between the
tropics of cancer and
capricorn
 Structure: Highly stratified
(Emergent, Canopy,
Understory, Immature,
and Herb layers)
 Productivity: High
Scores
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$200
Compare and contrast temperate
forest and desert
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$200
What is the electron?




Desert
Temperature: 45 C
Rainfall: Under 250 mm/yr
Insolation (Light Level):
High
 Distribution: 30 o N and S
 Structure: Little vegetation,
organisms highly adapted
to low water and
fluctuating temperatures
 Productivity: Very low
 Temperate forest
 Temperature: cold winters, hot
summers
 Rainfall: 500-1500 mm/yr
 Insolation (Light Level): varies
through year
 Distribution: 40 to 60 o N
 Structure: Dominated by one
species of tree (evergreen or
deciduous) bigger shrub layer
due to less dense canopy
 Productivity: Relatively high
Scores
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$300What should 5a + b say?
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$300
Has white wings Species E
Has black wings Species F
Scores
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$400
Identify the species on the
bottom
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$400
D,E,C,F,B,A
Scores
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$500
Draw a food web with all the
correct interactions, and labeled
producers, consumers, and
decomposers.
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$500
Scores