Column A
1
2
3.
4.
5
6
7
8.
9
10
11.
12.
13.
14.
15.
16.
17.
18.
19
20.
Ocean currents/storm surges/Wind
Jetty/groin
Beach Erosion
Beach Nourishment
Dredge/Dredging
Sustainability
Green Roofs/Greenspace
Crop Rotation
Terrace farming
Alley Cropping
Intercropping
Carbon sequestration
Loam
Eutrophication
pH
Carbon Dioxide
Aquifer
Water Table
Flood damage effects
Flood Mitigation
Column B
a. Built in Urban spaces to promote the benefits of
vegetation.
b. A number that determines if a water source is acidic or
basic
c. Storage of carbon in the soil or in the trees/shrubs/plants.
d. Too many nutrients in a freshwater source leads to algal
blooms; destroys the ecosystem of the water source.
e. Replenishing beaches with new sand that has been dug
up offshore.
f. Strategies by homeowners and communities to lessen the
impact and burden of a potential flood. Often controlling
how and where floodwater moves, while also taking care
to build on higher ground.
g. The act of digging up sand from under the water.
h. Natural causes of beach erosion.
i. A farming method where different crops are planted
seasonally, each of which require different nutrients from
the soil. This prevents overuse of the soils nutrients.
j. Destroyed homes & habitats, polluted water sources,
increased food prices, loss of life and jobs
k. Area of ground that holds underground water- Must dig a
well to reach this groundwater
I. A farming method that uses trees to provide shade for
the crops.
m. Top level of water in an Aquifer. A higher
more groundwater for well usage but also higher
likelihood of flooding.
n. A greenhouse gas given off both naturally and by human
activites
o. Several crops grown at once can increase the output.
p. Wall of rock/cement built perpendicular to shoreline to
reduce beach erosion
q. Practices that help to preserve land, water and other
natures resources for FUTURE usage.
r. A farming method that reduces erosion by creating flat
areas on a slope.
s. General movement and loss of sand at a shoreline
t. Ideal soil for crops: has a mix of sand, clay, silt
means
Column A Column B
1. Ocean currents/storm surges/Wind s. General movement and loss of sand at a shoreline
2. Jetty/groin p. Wall of rock/cement built perpendicular to shoreline to reduce beach erosion
3. Beach Erosion h. Natural causes of beach erosion
4. Beach Nourishment e. Replenishing beaches with new sand that has been dug up offshore
5. Dredge/Dredging g. The act of digging up sand from under the water
6. Sustainability q. Practices that help to preserve land, water and other natures resources for FUTURE usage
7. Green Roofs/Greenspace a. Built in Urban spaces to promote the benefits of vegetation
8. Crop Rotation i. A farming method where different crops are planted seasonally, each of which require different nutrients from the soil
9. Terrace farming r. A farming method that reduces erosion by creating flat areas on a slope
10. Alley Cropping o. Several crops grown at once can increase the output
11. Intercropping o. Several crops grown at once can increase the output
12. Carbon sequestration c. Storage of carbon in the soil or in the trees/shrubs/plants
13. Loam t. Ideal soil for crops: has a mix of sand, clay, silt
14. Eutrophication d. Too many nutrients in a freshwater source leads to algal blooms; destroys the ecosystem of the water source
15. pH b. A number that determines if a water source is acidic or basic
16. Carbon Dioxide n. A greenhouse gas given off both naturally and by human activities
17. Aquifer k. Area of ground that holds underground water- Must dig a well to reach this groundwater
18. Water Table m. Top level of water in an Aquifer. A higher more groundwater for well usage but also higher likelihood of flooding
19. Flood damage effects j. Destroyed homes & habitats, polluted water sources, increased food prices, loss of life and jobs
20. Flood Mitigation f. Strategies by homeowners and communities to lessen the impact and burden of a potential flood. Often controlling how and where floodwater moves, while also taking care to build on higher ground